TWI265434B - A service providing system and method, a sentient network generating device and method - Google Patents

A service providing system and method, a sentient network generating device and method Download PDF

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TWI265434B
TWI265434B TW093100096A TW93100096A TWI265434B TW I265434 B TWI265434 B TW I265434B TW 093100096 A TW093100096 A TW 093100096A TW 93100096 A TW93100096 A TW 93100096A TW I265434 B TWI265434 B TW I265434B
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information
user
service
network
generating
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TW093100096A
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TW200523755A (en
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Rong-Yao Fu
Wei Li
Chun Ying
Song Song
Xiao-Xi Liu
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Abstract

The invention provides a service providing system, a service providing method enabling a user to utilize the capabilities of several various devices and a sentient network generating device and method. The invention collects the information about the user, the devices and the environment from different information resource, and associates various available device information related to a user and stores them so as to provide a base for sharing the resources. The invention provides services for the user by using virtual device so as to ""hide"" the physical devices. Therefore the users and the service provides do not have to be concerned with what concrete devices are used for the users to accept the services, the users only have to be concerned with what kind of services they themselves need, and the service providers only have to be concerned with which services of specialties they themselves can provide, and the interaction between them is realized by means of the virtual device, thus a real user-oriented service can be provided.

Description

1265434 玖、發明說明： 【發明所屬之技術領域】 本發明涉及以使用者為中心的服務提供系統和服務提 供方法，以及感知網路產生裝置和方法，尤其涉及允許使 用者使用多種裝置的能力來接受服務的服務提供系統和服 務提供方法以及感知網路產生裝置和方法。 【先前技術】 近年來，在常規的電腦之外，出現了許多為使用者提 供處理及通訊能力的終端機裝置。這些裝置包括例如個人 數字助理（pDA)、行動電話、車内裝置、電腦周邊裝置 (例如印表機、傳真機等）等等。 目前的解決方案是，現有的服務提供者都是基於所謂 的裝置導向，，服務提供方式為使用者提供服務的。即， 使用者通常都《透過單獨❸某個終端機裝i的功能來接受 專門針對該裝置的某種服務。例％’透過行動電話接聽對 方打來的電話；透過PDA進行簡單的文字編輯等等。 將會出現更多具有各種各 選擇使用。因此，使用者 可以預見，在不久的將來， 樣的功能的終端機裝置供使用者 所選擇的空間更大。 1265434 但是上述這種“裝置導向”服務提供方式可能產生的 最大問題是：一方面，必須為各種終端機裝置提供用於達 成對應的服務功能的中介體（inter ware);另一方面，服務 提供者必須花費大量的精力和成本來為更多的新的終端機 裝置提供支援功能。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a user-centric service providing system and service providing method, and a sensing network generating apparatus and method, and more particularly to a capability of allowing a user to use a plurality of devices. A service providing system and service providing method and a sensing network generating apparatus and method. [Prior Art] In recent years, in addition to conventional computers, there have been many terminal devices that provide processing and communication capabilities for users. These devices include, for example, personal digital assistants (PDAs), mobile phones, in-vehicle devices, computer peripherals (e.g., printers, fax machines, etc.) and the like. The current solution is that existing service providers are based on so-called device orientation, and service delivery methods provide services to users. That is, the user usually accepts a service specific to the device by separately installing the function of a terminal. Example %' receives a call from the other party via a mobile phone; simple text editing via PDA, etc. There will be more and more choices to use. Therefore, the user can foresee that in the near future, the terminal device of the function is provided for a larger space for the user to select. 1265434 However, the biggest problem that can be caused by such a "device-oriented" service delivery method is that, on the one hand, intermediaries for providing corresponding service functions must be provided for various terminal devices; on the other hand, service provision It takes a lot of effort and cost to provide support for more new terminal devices.

而且，對於使用者來講，雖然可能會擁有眾多的終端 機裝置，由於各終端機裝置的侷限性，仍然免不了要忍受 低品質的服務，例如小的螢幕尺寸、低速鏈結時間、糟糕 的影音品質。Moreover, for the user, although there may be a large number of terminal devices, due to the limitations of each terminal device, it is inevitable to endure low-quality services, such as small screen size, low-speed link time, poor video and audio. quality.

另外，雖然某個使用者可能會擁有眾多的終端機裝 置，但在使用某個具體的終端機裝置的時候，由於終端機 裝置本身的能力有限，仍然阻止了該使用者完成更高階的 作業，即使此時使用者身邊還有其它裝置具有達成該作業 的能力。 因此，如果能夠把一個使用者可以使用的各種裝置的 能力整合起來構成一個“虛擬裝置”來統一地為使用者提 供服務，則為解決上述問題提供了一種途徑。 【發明内容】 4 1265434 為了解決現有技術的上述問冑，本發明的一個目的是 提供-種感知網路形成裝置以及感知網路形成方法，其中 為每個使用者都構成一個感知料，該感知網路是該使用 者以及該使用纟可用力以的集纟。根κ固使用者的喜 好和/或使用者環境的改鑤，盔& ^ ^ 0 兄w ?文复，為該使用者構成的感知網路是 動態可變的。 本發明的另一個目的是提供允許使用者使用多種裝置 的能力來接受服務的服務提供系統和服務提供方法。 本ι明還有一個目的是提供一種通訊代理裝置，其中 各種可以為使用者提供處理能力的裝置透過該通訊代理裝 置廣播其自身的狀態資訊。 為了達成上述目的，本發明提供一種感知網路產生裝 置該感知網路包括一個使用者物件，以及該使用者物件 可用的一個或多個裝置物件，該感知網路產生裝置包括： 使用者管理部分，用於接收至少一個使用者的登錄要求， 為各使用者建立使用者物件；裝置管理部分，用於接收至 ^ 一個装置的登錄要求，為各裝置建立裝置物件；關聯部 刀將個使用者物件與該裝置物件中的至少一個關聯起 來’形成感知網路。 5 1265434 本發明還提供一種感知網路產生方 括一個使用者物件，以及該使用者物件 褒置物件，該感知網路產生方法包括： 者的登錄要求，為各使用者建立使用者 個裝置的登錄要求，為各裝置建立裝置 者物件與該裝置物件中的至少一個關聯 網路。 本發明提供一種服務提供系統，包 置和為每個使用者建立的服務提供裝置 的服務提供裝置利用該感知網路產生裝 的可用的至少一個實體裝置，為該使用 該感知網路產生裝置包括：使用者管理 少一個使用者的登錄要求，儲存使用者 理部分，用於接收至少一個實體裝置的 體裝置資訊；關聯部分，將一個使用者 至少一個關聯起來，形成感知網路，每 供裝置包括：介面部分，與該感知網路 收或發送來自/去往該感知網路產生裝s 分，用於透過該介面從該感知網路產生 者所關聯出的實體裝置資訊；協商部分 行通訊，從該服務提供者所提供的服務 擇一種服務類型；服務處理部分，與該 法，該感知網路包 可用的一個或多個 接收至少一個使用 物件；接收至少— 物件；將一個使用 起來，以形成感知 括感知網路產生裝 ，其中每個使用者 置為該使用者決定 者提供服務資訊， 部分，用於接收至 資訊；實體裝置管 登錄要求，储存實 與該實體裝置中的 個使用者的服務提 產生裝置相連，接 ^的資訊；監視部 裝置獲取為該使用 ，與服務提供者進 類型中為使用者選 服務提供者進行通 6 1265434 訊，將在該服務類型下該使用者與該服務提供者之間 的服務資訊進行轉發；服務資訊再配置部分，用於接 服務處理部分轉發的從該服務提供者發送給該使用者 務資訊，根據所選擇的服務類型所需的實體襄置能力 該服務資訊配置到被關聯的對應的實體裝置/實體裝3 合上；控制部分，用於進行控制，在上述各部分之間 資訊。 本發明提供一種為使用者提供服務的方法，包括 網路產生步驟和為使用者提供服務的步驟，其中服務 步驟利用該感知網路產生步驟為一個使用者決定的可 至少一個實體裝置，為該使用者提供服務資訊，該感 路產生步驟包括：使用者管理步驟，用於接收至少一 用者的登錄要求，儲存使用者資訊；實體裝置管理步 用於接收至少一個實體裝置的登錄要求，儲存實體裝 訊，關聯步驟，將一個使用者與該實體裝置中的至少 關聯起來，形成感知網路，對於每個使用者，該服務 步驟包括：接收該使用者向一個服務提供者所發送的 要求或者接收一個服務提供者要求向該使用者提供服 要求，從該感知網路產生步驟獲取為該使用者所關聯 實體裝置資訊；從服務提供者可以提供的服務類型中 使用者選擇一種服務類型；根據該服務類型所需的實 互動 收該 的服 ，將 .組 轉發 感知 提供 用的 知網 個使 驟， 置資 一個 提供 服務 務的 出的 為該 體裝 7 1265434 置能力，將 置到被關聯 本發明 環境資訊收 置資訊關聯 本發明 「隱藏」了 講，不需關 只需關心自 可以提供什 來達到的， 進而， 者的喜好， 製”的虛擬 使用者而“ 進而， 它將根據使 要求而發生 該服務提供者發送給該使用者的服務資訊，配 的對應的實體裝置/實體裝置組合上。 透過將來自於各個資訊源的使用者、裝置以及 集起來，並將涉及一個使用者的各種可用的裝 儲存起來，從而為達成資源共用提供了基礎。 透過使用虛擬裝置來為使用者提供服務，從而 實體的裝置。因此對於使用者和服務提供者來 心具體使用的是什麼裝置來接受服務，使用者 己需要什麼服務，而服務提供者只需關心自己 麼特色服務，它們之間的互動是透過虛擬裝置 從而達成了真正的使用者導向的服務提供。 由於本發明可以根據使用者所處的環境、使用 以及根據服務的要求來為該使用者提供“訂 裝置’因此’可以向使用者提供專門為適應該 訂製”的資訊。 本發明的虛擬裝置的執行環境是動態可變的， 用者所處的環境、使用者的喜好，以及服務的 變化。因此可以為使用者提供沒有間隙的服務。 1265434 透過以下結合附圖對本發明的最佳實施例的詳細說 明，本發明的這些以及其他優點將更加明顯。 【實施方式】 如第1圖所示，該圖示出根據本發明的服務提供系統的 概念示意圖。本發明的服務提供系統根據真實世界的實體 物件，例如使用者和實體裝置，來為每個使用者構造虛擬 破置；並且’本發明的服務提供系統還可以把每個使用者周 圍的環境的資訊，主要是在空間上與使用者有關的環境資 訊’收集起來。使用者透過該構造出的虛擬裝置來接受服 務提供者的服務。發明中所稱的使用者不僅包括真實世界 中的人，還包括動物等實體。本發明所稱的「裝置」包括 所有可以為使用者提供通訊服務的實體裝置。 下面簡要說明第1圖中的程序。 首先，真實世界100的實體物件，例如使用者^2 . . 3 22 和實體裝置1 2 0 ··· 1 2 0，預先登錄到系統中。另外，在較佳 的實施例中，與每個使用者有關的環境124的資訊也被收集 起來（102 )。 然後’系統從登錄的資訊中截取有用的資訊，分別為 每一個登錄的裝置和使用者產生裝置物件126和使用者物 1265434 件1 2 8。並且將收集到的環境資訊儲存到環境資訊庫1 3 Ο 中吏用者物件，裝置物件以及/或環境資訊庫構成了虛擬 世界1 〇 4。 系統然後將該使用者的使用者物件和與之相關的一個 或多個可用的裝置物件關聯起來（1〇6)，從而為該使用者 物件建立一個感知網路（SN) 108。如果需要的話，本發 明的系統將為每個登錄的使用者的使用者物件建立一個感 知’·周路。該感知網路的構成要素包括一個使用者物件以及 與該使用者物件相關的一個或多個可用的裝置物件。 當該使用者物件接受服務或者服務提供者提供服務的 時候，系統為該使用者建立一個虛擬裝置（VD )，並根據 服務特徵或要求，以及/或使用者的要求等參數為該使用者 建立虛擬裝置（VD )執行環境丨丨2 ( 1 1 〇 )。於是使用者物 件可以透過該虛擬裝置（VD )在虛擬裝置（VD )執行環 境1 1 2中來存取服務提供者1 1 4，1 1 6或從它們接受服務等。 下面將詳細描述根據本發明的資訊提供系統如何達成 上述程序。 第2圖示出根據本發明的資訊提供系統的基本結構方 方塊圖。如第2圖所示，該資訊提供系統包括使用者管理部 10 1265434 刀1表置官理部分2，靜態環境資訊管理部分3，動態環境 賣訊管理部分4，關聯部分5，以及虛擬裝置管理部分6 ;其 中使用者官理部分1，裝置管理部分2和關聯部分5構成一個 感矣肩路產生裝置。在較佳的實施例中，靜態環境資訊管 理邛为3和動態環境資訊管理部分4也可以用來構成該感知 網路產生裝置。 下面對上述各部分的構成分別進行說明。 在使用者管理部分1中，使用者管理器200接收使用者 的登錄或變更’為真實世界中的使用者建立使用者物件或 更新使用者物件的資訊，並將使用者物件儲存在使用者物 件儲存器202中或修改使用者物件儲存器202内的使用者物 件資訊β 在震置管理部分2中，實體裝置管理器204接收裝置的 登錄或變更，為真實世界中的裝置建立裝置物件或更新裝 置物件的資訊，並將裝置物件儲存在裝置物件儲存器2〇6 中或修改裝置物件儲存器206内的裝置物件資訊。 在根據本發明的資訊提供系統中，將真實世界中的實 體實體劃分為使用者和裝置。其中使用者是接受服務的目 標，裝置是為使用者提供服務的媒體。根據本發明的服務 11 1265434 提供系統為每個使用者建立一個使用者物件，為每個實體 裝置建立一個裝置物件。 使用者物件例如被定義為具有如下資料項： 使用者物件 —基本資訊 ——個人裝置（PD ) ----生理特徵（P C ) —社會關係（s C ) ------授權資訊 ------喜好資訊 每個使用者物件包括與該使用者相關的資訊，例如該 使用者的基本資訊，授權資訊和喜好資訊等。 基本資訊包括：該使用者所擁有的各個人裝置（PD) 的辨識資訊；該使用者的生理特徵（PC )資訊；該使用者 的社會關係（SC)資訊等等。 12 1265434 個人裝置是用於描述被真實世界中的一個使用者 有的某種裝置的術語，這種裝置例如是員工的胸卡， 卡，行動電話、PDA等。在個人裝置資料項下存放上 置的辨識資訊，例如員工的胸卡號，信用卡號，行動 號，PDA網卡號碼等。但不限於上述例子，該辨識資 要能夠使系統唯一地辨識該個人裝置即可。 使用者的生理特徵資訊例如是使用者的指紋、聲 虹膜影像、面部特徵等等。 使用者的社會關係資訊包括使用者本人，使用者 庭成貝、同事、朋友的資專等，例如他們的姓名。 在授權資訊中存放表示使用者對於某個環境中的 的使用權限和使用層次。例如，對於某個公司，該系 以對該公司的員工授予存取公司所有可用資源的權限 對於來訪客人則拒絕其存取公司的可用資源。在使用 件中，該授權資訊是選擇性的。 在喜好資訊中存放使用者對於接受服務或使用裝 要求，例如喜愛用哪種實體裝置來接受音頻資訊；不 用哪種實體裝置來接受服務，對某種服務的要求等等 所擁 信用 述裝 電話 訊只 紋、 的家 資源 統可 ，而 者物 置的 能使 13 1265434 在上述資訊中，基本資訊通常是靜態資訊。而 訊和喜好資訊通常是動態資訊。 裝置物件例如被限定為具有如下資料項： 裝置物件 —基本設置 —狀態 —存取介面 每個裝置物件包括與該裝置相關的資訊，例如 置資訊、狀態資訊、存取介面資訊等等。在此需要 是，對於不屬於某個使用者所專門擁有的實體裝置 安裝在大樓區域網路裡的攝影機、印表機、複印機 將為它們建立起裝置物件，這是因為這些裝置作為 置也依然能夠被使用者所使用。本發明將為每個實 建立一個裝置物件。 基本設置資訊包括裝置辨識號、類型、型號、 力、處理能力、功能介紹等等涉及裝置的基本設置！ 該基本設置資訊一般是靜態資訊，即，它在登錄到 以後，一般不會發生改變。 授權資 基本設 強調的 ，例如 等，也 公共裝 體裝置 顯示能 勺資訊 系統中 14 1265434 狀態資訊包括裝置的使用狀態，例如該裝置 線上，是否可用的資訊，該狀態資訊一般是動態 據裝置的使用情況或者移動情況可能會發生變化 置的使用狀態資訊可能是：離線；線上。 存取介面資訊包括裝置的存取方法的描述， 訊協定等等。 下面將參考第3圖描述根據本發明的使用者： 程序。 使用者的登錄可以採用多種方式，例如可以 登錄或自動登錄的方式或者採用將這兩種方式結 方式。在人工登錄的方式下，由使用者透過已有 路將自己的資訊發送給使用者管理器200。另外 能全面地收集使用者的資訊，本發明的使用者管 可以向使用者提供一個登錄畫面，提示使用者需 資訊。當然，在人工登錄的方式下，也可以由使 的某個網路，例如區域網路的系統管理員來把使 訊提供給使用者管理器200。 在自動登錄的情況下，可以由使用者管理器 者所在的一個或多個網路下載與該使用者相關的 目前是否 資訊，根 。因此裝 例如其通 I訊管理 採用人工 合起來的 的通訊網 ，為了儘可 理器200 要登錄的 用者所在 用者的資 200從使用 資訊。自 15 動 該 專 在 是 述 動 有 才 者 網 訊 其 的 好 件 1265434 登錄的情況通常發生在使用者進入一個暫時的 環境可以自動地偵測使用者的存在，並且透過 用裝置來獲得與該使用者相關的資訊，從而為 流動環境中進行自動登錄。與該使用者相關的 存在使用者的專用裝置或是一個網路鏈結上。 的一種代理裝置將幫助本發明來達成對使用者 登錄。 對於某一個使用者來說，登錄工作僅需進行 當上迷所描述的使用者物件資訊需要發生改變 將交化的資訊再次發送給使用者管理器2 〇 〇，或 J 甲 〇〇 玲 裔0 0定期或不定期地從使用者所在的一値 絡動收集使用者的新資訊。 使用者管理器200根據所接收的該使用者的爸 ， 4足中 , 抽取為了描述該使用者物件的資料項所 個人裝罢 < & > ( pd )有關的資訊；與其生理特徵（ ， 與其社會關係（s c )有關的資訊；授權 資言fL裳暫 、寺4，根據這些資訊為該使用者構造一個 〇 下面將結合第3圖描述使用者管理器2〇〇的作 環境時， 使用者的 該使用者 資訊可以 後面將描 資訊的自 一次，只 的時候， 者由使用 1或多個 卜錄資 需要的與 PC)有關 資訊；喜 使用者物 業程序。 16 1265434 在第3圖的步驟S300,使用者管理器2〇〇接收與使用者 有關的資訊。 在v驟S 3 02 ,判斷發送資訊的使用者是否是已登錄使 用者田判斷出使用者是未登錄使用者的時候，前進到步 驟 S304 〇 在步驟S3 04，使用者管理器2〇〇從所接收的資訊中截 取描述使用者物件所需的資訊。 在步驟S306，由使用者管理器2〇〇根據所截取的資訊 為使用者建立使用者物件。 在步驟S3 08 ’由使用者管理器200將新建立的使用者 物件儲存在使用者物件儲存器202中。 在步驟S3 10，使用者管理器200將新使用者登錄這個 消息通知關聯裝置208，由其進行以後的處理。關聯裝置2〇8 的作業將在以後描述。 當在步驟S302判斷為使用者疋已登錄使用者的時 候，前進到步驟S3 12，由使用者官理器200根據所接收的 17 1265434 的使用者 貝汛更新儲存在使用者物件儲存器2〇2中的對 物件資料項資訊。 … 者資訊更新這 I理。關聯裝置 在步驟S3 14，使用者管理器2〇〇將使用 個消息通知關聯裝置208，由其進行以後的 208的作業將在以後描述。 裝置進行登錄時，可能存在兩種情況。對於靜離裝置 例如印表機，目定電話等位置比較固定的襄置，可以在裝 置新投入使用’即’聯到網路中的時候，#裝置所在的網 路的系、统管理貞纟將裝i資訊登錄到實體擬置管理器 204 ’或者由實體裝置管理器2〇4從這些裝置所在的網路下 載該裝置的資訊。對於動態裝置，例如使用者的PDA、行 動電話、筆記本電腦等，可以在裝置投入使用，例如開機 進入網路的時候由其所在的網路的伺服器來將其登錄到實 體裝置管理器204。習知該項技藝者將能夠瞭解，對於動薄 裝置也可以在裝置被新購買的時候，由裝置所在的網路 的系統管理員或伺服器將該裝置資訊登錄到實體裝置管理 器204。後面將描述的一種代理裝置將幫助本發明來達成变 裝置的自動登錄。 實體裝置管理器2 0 2根據所接收的該裝置的登錄資 訊，從中抽取為了描述該裝置物件的資料項所需要的基本 18 1265434 設置資訊、狀態資訊、存取介面資訊等等，並根據這些資 訊為該裝置構造一個裝置物件。 下面將結合第4圖描述實體裝置管理器204的作業程 序。In addition, although a certain user may have a large number of terminal devices, when a specific terminal device is used, the user is prevented from completing higher-order operations due to the limited capabilities of the terminal device itself. Even at this time there are other devices around the user that have the ability to do so. Therefore, if the capabilities of various devices that can be used by a user can be integrated to form a "virtual device" to uniformly provide services to users, a way is provided to solve the above problems. SUMMARY OF THE INVENTION In order to solve the above problems of the prior art, it is an object of the present invention to provide a sensing network forming apparatus and a sensing network forming method, wherein each user constitutes a sensing material, the sensing The network is the set of users and the available power of the user. The user's preferences and/or changes in the user's environment, the helmet & ^ ^ 0 brother, the cognitive network for the user is dynamically variable. Another object of the present invention is to provide a service providing system and a service providing method that allow a user to receive a service using the capabilities of a plurality of devices. Still another object of the present invention is to provide a communication agent device in which various devices capable of providing processing capabilities to a user broadcast their own status information through the communication agent device. In order to achieve the above object, the present invention provides a sensing network generating device, the sensing network including a user object, and one or more device objects available to the user object, the sensing network generating device comprising: a user management portion For receiving the login request of at least one user, establishing a user object for each user; a device management part for receiving a login request to a device, establishing a device object for each device; The object is associated with at least one of the device objects to form a sensing network. 5 1265434 The present invention further provides a sensing network generating a user object, and the user object placing object, the sensing network generating method comprises: a user login request, establishing a user device for each user The login request establishes, for each device, a network of at least one of the device object and the device object. The present invention provides a service providing system, wherein a service providing device that packages and provides a service providing device for each user uses the sensing network to generate at least one physical device that is available for use by the sensing network generating device. The user manages one user's login request, and stores the user management part for receiving body device information of at least one physical device; the association part associates at least one user to form a sensing network, and each device is provided The interface includes: receiving, by the sensing network, the sending/sending to/from the sensing network, the s component, the physical device information associated with the sensible network creator through the interface; negotiating a partial communication Selecting a service type from the service provided by the service provider; the service processing part, and the method, the one or more available for the aware network packet receiving at least one use object; receiving at least - the object; using one, To form a perceptually aware network generating device, where each user decides to be the user Providing service information, in part, for receiving information; physical device management registration request, storage is connected with a service generation device of a user in the physical device, and information is received; the monitoring device is acquired for the use, and In the service provider type, the user selects the service provider to communicate with the service provider, and the service information between the user and the service provider is forwarded under the service type; the service information reconfiguration part is used to connect The service processing part forwards the information to the user service from the service provider, and the service information is configured to be associated with the corresponding physical device/entity according to the entity setting capability required by the selected service type; The control part is used for control and information between the above parts. The present invention provides a method for providing a service to a user, including a network generating step and a step of providing a service to a user, wherein the serving step utilizes the sensing network generating step to determine at least one physical device determined by a user. The user provides the service information, and the sensing step includes: a user management step, configured to receive at least one user's login request, and store the user information; and the entity device management step is configured to receive the login request of the at least one physical device, and store The entity device, the association step, associates at least one user with the entity device to form a sensing network. For each user, the service step includes: receiving a request sent by the user to a service provider Or receiving a service provider requesting to provide a service request to the user, and obtaining, by the sensing network generating step, information about a physical device associated with the user; and selecting a service type from a service type that the service provider can provide; According to the actual type of service required for the service type, The group forwarding sense is provided by the knowledge network, and the provision of a service service for the body is 7 1265434, and the related environment information information is associated with the invention. To say, you don't need to care about what you can achieve, and then, the preferences of the user, the "virtual user" and, in turn, it will send the service provider to the user according to the requirements. Information, corresponding to the corresponding physical device / physical device combination. It provides a basis for resource sharing by storing users and devices from various information sources and storing various available devices that involve a user. By using a virtual device to provide services to users, thus a physical device. Therefore, what devices are specifically used by users and service providers to receive services, what services users need, and service providers only need to care about their own unique services, and the interaction between them is achieved through virtual devices. A true user-oriented service offering. Since the present invention can provide a "booking device" to the user according to the environment in which the user is located, use, and according to the requirements of the service, the user can be provided with information specifically adapted to the order. The execution environment of the virtual device of the present invention is dynamically variable, the environment in which the user is located, the preferences of the user, and changes in the service. Therefore, it is possible to provide the user with a service without a gap. These and other advantages of the present invention will become more apparent from the detailed description of the preferred embodiments of the invention. [Embodiment] As shown in Fig. 1, the figure shows a conceptual diagram of a service providing system according to the present invention. The service providing system of the present invention constructs a virtual break for each user based on real-world physical objects such as users and physical devices; and 'the service providing system of the present invention can also place the environment around each user Information, mainly in terms of spatial information related to users, is collected. The user accepts the service of the service provider through the constructed virtual device. The users referred to in the invention include not only people in the real world but also entities such as animals. The "device" referred to in the present invention includes all physical devices that can provide communication services to users. The procedure in Figure 1 is briefly explained below. First, the real objects of the real world 100, such as the user ^2 . . 3 22 and the physical device 1 2 0 ··· 1 2 0, are pre-registered into the system. Additionally, in the preferred embodiment, information about the environment 124 associated with each user is also collected (102). The system then intercepts useful information from the logged-in information, generating device objects 126 and user objects 1265434 1 2 8 for each logged device and user. And storing the collected environmental information in the environmental information library 1 3 Ο user objects, device objects and/or environmental information database constitute a virtual world 1 〇 4. The system then associates the user's user object with one or more of the available device objects associated therewith (1, 6) to establish a sensing network (SN) 108 for the user object. If desired, the system of the present invention will create a sense for each user object of the logged-in user. The components of the sensing network include a user object and one or more available device items associated with the user object. When the user object accepts the service or the service provider provides the service, the system establishes a virtual device (VD) for the user, and establishes the virtual device (VD) according to the service feature or requirement, and/or the user's request. The virtual device (VD) executes the environment 丨丨 2 ( 1 1 〇). The user object can then access the service provider 1 1 4, 1 1 6 or receive services or the like from the virtual device (VD) execution environment 1 1 2 through the virtual device (VD). How the above-described program is achieved by the information providing system according to the present invention will be described in detail below. Fig. 2 is a block diagram showing the basic structure of an information providing system according to the present invention. As shown in FIG. 2, the information providing system includes a user management unit 10 1265434, a knife 1 table, a static information management portion 3, a dynamic environment news management portion 4, an association portion 5, and virtual device management. Part 6; wherein the user's official part 1, the device management part 2 and the associated part 5 constitute a sensory shoulder generating device. In the preferred embodiment, the static environment information management module 3 and the dynamic environment information management portion 4 can also be used to construct the sensing network generating device. The configuration of each of the above sections will be described below. In the user management section 1, the user manager 200 receives the user's login or change 'creates a user object or updates the user object information for the user in the real world, and stores the user object in the user object. The user object information β in the storage 202 or in the user object storage 202 is modified. In the earthquake management section 2, the physical device manager 204 receives the login or change of the device, and establishes a device object or update for the device in the real world. The information of the device object and the device object is stored in the device object storage 2〇6 or the device object information in the device object storage 206 is modified. In the information providing system according to the present invention, the real entities in the real world are divided into users and devices. The user is the target of receiving the service, and the device is the media that provides services to the user. The service according to the invention 11 1265434 provides a system for creating a user object for each user, creating a device object for each physical device. The user object is for example defined as having the following items: User object - basic information - personal device (PD) - physiological characteristics (PC) - social relationship (s C) ------ authorization information - -----Function Information Each user object includes information related to the user, such as the user's basic information, authorization information and favorite information. The basic information includes: identification information of each person device (PD) owned by the user; physiological characteristics (PC) information of the user; social relationship (SC) information of the user, and the like. 12 1265434 A personal device is a term used to describe a device that is owned by a user in the real world, such as an employee's badge, card, mobile phone, PDA, and the like. Store the identification information such as the employee's badge number, credit card number, action number, PDA network card number, etc. under the personal device data item. However, it is not limited to the above example, and the identification resource enables the system to uniquely recognize the personal device. The physiological characteristic information of the user is, for example, a user's fingerprint, an acoustic iris image, a facial feature, and the like. The user's social relationship information includes the user himself, the user's class, colleagues, friends, etc., such as their names. Storing in the authorization information indicates the user's usage rights and usage levels in an environment. For example, for a company, the company grants access to all of the company's available resources to employees of the company. Visitors are denied access to the company's available resources. In the use case, the authorization information is optional. In the preference information, the user is asked to accept the service or use the device, such as which physical device is preferred to receive audio information; no physical device is used to receive the service, the request for a certain service, etc. The only information, the family resources can be unified, and the object can make 13 1265434 in the above information, the basic information is usually static information. Information and preferences are usually dynamic. The device item is for example defined as having the following items: Device Object - Basic Settings - Status - Access Interface Each device object includes information related to the device, such as information, status information, access interface information, and the like. The need for this is that cameras, printers, and copiers that are installed in the building's regional network for physical devices that are not owned by a user will establish device objects for them, because these devices remain as devices. Can be used by users. The present invention will create a device item for each. The basic setup information includes the device identification number, type, model, force, processing capability, function description, etc., which are related to the basic settings of the device! The basic setup information is generally static information, that is, it does not generally change after it is logged in. The basic information of the authorization is emphasized, for example, etc., and the public body device displays the information in the information system. The information includes the state of use of the device, such as information on whether the device is available on the device line. The status information is generally dynamic. Usage status or movement conditions may change. The usage status information may be: offline; online. The access interface information includes a description of the access method of the device, a protocol, and the like. The user: program according to the present invention will be described below with reference to FIG. The user can log in in a variety of ways, such as login or automatic login, or both. In the manual login mode, the user sends his or her own information to the user manager 200 through the existing route. In addition, the user's information can be collected comprehensively, and the user tube of the present invention can provide a login screen to the user, prompting the user to request information. Of course, in the manual login mode, the communication can also be provided to the user manager 200 by a certain network, such as a system administrator of the regional network. In the case of automatic login, the current information, root, associated with the user can be downloaded by one or more networks on which the user manager is located. Therefore, for example, the communication management network is manually connected, in order to use the information of the user 200 of the user to be logged in. It is usually the case that the user enters a temporary environment to automatically detect the presence of the user and obtain the same by using the device. User-related information for automatic login in a mobile environment. The user-specific device associated with the user or a network link. An agent device will assist the present invention in achieving login to the user. For a certain user, the login work only needs to be sent to the user manager 2, or the J. 0 Collect new information from users on a regular or irregular basis from the user's location. The user manager 200 extracts information related to the personal item <&> ( pd ) of the data item describing the user object according to the received dad of the user, and the physiological characteristics thereof ( , information related to its social relationship (sc); authorized words fL shangyu, temple 4, based on this information to construct a user for the user, the following will describe the user manager 2 结合 environment in conjunction with Figure 3, The user's user information can be followed by information from the user, and only when it is used by the PC or the user. 16 1265434 In step S300 of FIG. 3, the user manager 2 receives information related to the user. In step S3 02, if it is determined whether the user who sent the information is the registered user field and judges that the user is not the registered user, the process proceeds to step S304. In step S3 04, the user manager 2 The information received is used to intercept the information needed to describe the user object. In step S306, the user manager 2 creates a user object for the user based on the intercepted information. The newly created user object is stored in the user object store 202 by the user manager 200 at step S308. In step S310, the user manager 200 notifies the associated device 208 of the new user login message, and performs subsequent processing. The operation of the associated device 2〇8 will be described later. When it is determined in step S302 that the user has logged in to the user, the process proceeds to step S3 12, and is stored in the user object storage 2 by the user's official device 200 according to the received user's update of 17 1265434. 2 information on the item data item. ... information updates this. Associating means In step S3 14, the user manager 2 will notify the associating means 208 using the message, and the subsequent work of 208 will be described later. There are two possible situations when the device logs in. For a static device such as a printer, it is possible to specify a fixed position such as a telephone. When the device is newly put into use, that is, when the device is connected to the network, the system of the network where the device is located 贞纟The information is logged into the entity plan manager 204' or the information of the device is downloaded from the network where the devices are located by the physical device manager 2〇4. For dynamic devices, such as a user's PDA, mobile phone, laptop, etc., the device can be put into use, for example, when it is booted into the network, it is logged into the physical device manager 204 by the server of the network in which it is located. It will be appreciated by those skilled in the art that the device can also be logged to the physical device manager 204 by the system administrator or server of the network in which the device is located when the device is newly purchased. An agent device, which will be described later, will assist the present invention in achieving automatic login of the device. The physical device manager 202 draws, according to the received login information of the device, basic 18 1265434 setting information, status information, access interface information, etc., which are required to describe the data item of the device object, and according to the information. A device object is constructed for the device. The work program of the physical device manager 204 will be described below in conjunction with FIG.

在第4圖的步驟S4 00，實體裝置管理器204接收與裝置 有關的資訊。 在步驟S402，判斷發送資訊的裝置是否是已登錄裝 置。當判斷出裝置是未登錄裝置的時候，前進到步驟S404。 在步驟S404，裝置管理器從所接收的資訊中截取裝置 物件各資料項所需的資訊。 在步驟S406，由實體裝置管理器204根據所截取的資 訊為裝置建立裝置物件。 在步驟S40 8，由實體裝置管理器204將新建立的裝置 物件儲存在裝置物件儲存器206中。 _ 19 1265434 在步驟S410，實體裝置管理器204將新裝置登錄這個 >肖息通知關聯装置208,由其進行以後的處理。關聯裝置208 的作業將在以後描述。 當在步驟S402確認裝置是已登錄裝置的時候，前進到 步驟S412，由實體裝置管理器2〇4根據所接收的資訊更新 儲存在裝置物件儲存器206中的該裝置物件資訊。 在步驟S414，實體裝置管理器204將裝置資訊已更新 這個消息通知關聯裝置2 〇 8，由其進行以後的處理。關聯裝 置2 0 8的作業將在以後描述。 由於用於描述装置物件的資訊中包括需要隨時更新的 動態資訊，例如狀態資訊，因此，即使在裝置登錄完之後， 一旦透過監視發現襄置的上述動態資訊發生變化，就將裝 置的上述變化反映給實體裝f管理器2〇4,由該實體裝置管 理器204修改已經登錄的實體裝置物件資訊，從而時刻保持 最新的裝置狀態。 這種監視例如透過由一個專門的監視裝置來對實體裝 置的狀態訊號進行監視，並在實體裝置的狀態發生改變的 時候將狀態的改變通知實體裝置管理器2 0 4 ’由其來進行狀 2〇 1265434 態資訊的更新。該監視裝置例如可以由實體裝置所在的網 路的伺服器來充當。 下面將介紹根據本發明的一種代理裝置。該代理裝置 可以以附件的形式可拆卸地附加到各種實體裝置上，將這 些實體裝置的功能和狀態以及存取方法等基本資訊廣播出 去或者接收其它實體裝置透過代理裝置所廣播的資訊。 第5圖示出了該代理裝置的結構方方塊圖。 如第5圖所示，代理裝置包括處理單元500，介面502, 收發單元504，和儲存單元506。 其中處理單元500負責代理裝置的整體控制，並且在需 要時透過一個標準介面502與主裝置508進行互動，從主裝 置5 0 8獲取與該裝置相關的資訊，例如該裝置的基本設置資 訊、狀態資訊、存取介面資訊等等。在較佳的實施例中， 當主裝置508為某使用者的個人裝置時，還從該主裝置508 獲取與該使用者有關的資訊。 裝置的基本設置資訊例如包括主裝置的辨識號、類 型、型號、顯示能力、處理能力、功能介紹等等涉及裝置 的基本設置的資訊。 21 1265434 裝置的狀態資訊包括主裝置的使用狀態，例如該農置 目前是否線上的資訊。 存取介面資訊包括裝置的存取方法的描述，例如其通 訊協定等等。 因此’處理單元500所獲取的資訊既包括靜態資訊，例 如主裝置的基本設置資訊、存取介面資訊等，又包括動態 資訊，例如主裝置的狀態資訊。 才不準介面5 0 2可以採用任何已知的可以與主裝置之間 進行負Λ互動和通说的硬體和/或教體或它們的組合。例 如’該標準介面502可以是一個RS_232介面，一個平行介 面’或者是無線介面，例如採用藍牙或紅外技術的無線介 面。但是，該標準介面5 〇2不是必須的。也可以預先透過未 圖示的輸入裝置將與主裝置5〇8有關的資訊輸入到代理裝 置中儲存起來。 處理單元500可以是已知的任何型號的具有算術邏輯 運算能力的處理器。從節省成本的角度出發，可以採用處 理能力較低的CPU等處理器。 22 1265434 儲存單元506將處理單元5〇〇所獲取的 訊暫時或永久地儲存起來。例如該儲存單 的靜態資訊永久地保存，而把獲取的動態 收發單元504將處理單元5〇〇所獲取的 訊廣播出去。其中對於靜態資訊，收發單 置是否已經登錄到系統中的情況僅廣播一 資訊，可以在一旦它發生變化就把變化後 出去。但是應當注意的是，用於辨識主裝 型號和辨識號資訊，是必須要廣播的裝置 置。但是用於辨識主裝置的參數不限於上 有其它用於辨識主裝置的參數。 另外，收發單元5 04還可以具有接收$ 代理裝置所廣播的其它主裝置的資訊接收 的資訊進行進一步的處理。該處理將在以 由收發單元504所廣播出去的資訊被身 置510或同樣具有廣播功能的另外的代理| 後面將詳細描述採用這兩種方式的裝置資 在較佳的實施例中，收發單元5 04可以 線感測器，例如採用藍牙或紅外技術的無 主裝置508的資 元5 06可以把獲取 資訊暫時地保存。 主裝置508的資 元可以根據主裝 次，而對於動態 的動態資訊廣播 置的參數，例如 資訊，以辨識裝 述例子，還可以 能，將從其它的 下來，並對接收 後描述。 t置資訊收集裝 t置512所接收。 訊收集程序。 是任何已知的無 線感測器等。採 23 1265434 用相同技術的感測器相互之間通常能夠互相感知。例 用藍牙技術的無線感測器能夠感知在一定的距離範圍 其它採用藍牙技術的無線感測器所廣播的資訊，反之 然。具有這種無線感測器結構的代理裝置尤其適用於 動環境中廣播主裝置或者使用者的資訊以被系統所掌 另外，對於具有固定位置的裝置而言，也可以加載一 理裝置，來廣播該固定裝置的資訊。 在較佳的實施例中，收發單元5 04可以是任何已知 種無線感測器的組合，例如該收發單元5 04是採用藍牙 線感測器和採用紅外技術的無線感測器等的組合。這 一個代理裝置可以同時相容收集或廣播採用不同傳感 的資訊，從而擴充了·代理裝置的功能。 在較佳的實施例中，根據本發明的代理裝置還可 有一個供電系統，從而即使當主裝置處於關閉的狀態 該代理裝置依然可以工作，代理它所連接的主裝置來 部廣播主裝置的資訊或感知其它裝置。 另外，本發明的代理裝置還可以以一個能夠被其 置感知的記錄標籤的形式存在，該代理裝置例如是一 碼標籤，該條碼標籤記錄了該代理裝置所附加的裝置 用者的資訊。從而由其它的收集裝置來收集其資訊。 如採 内的 亦 在移 握。 個代 的各 的無 樣， 技術 以具 下， 向外 它裝 個條 或使 24 1265434 在本發明中，可以將代理裝置附加到任何的主裝置 上，以幫助系統收集主裝置的資訊。本發明提供如下的方 式來透過使用代理裝置收集裝置的資訊。 第6圖示出在集中收集方式下使用代理裝置進行裝置 資訊收集的示意圖。At step S4 00 of Fig. 4, the physical device manager 204 receives information related to the device. In step S402, it is judged whether or not the device that transmits the information is the registered device. When it is judged that the device is not registered, the process proceeds to step S404. In step S404, the device manager intercepts information required for each item of the device object from the received information. At step S406, the device object is created by the physical device manager 204 for the device based on the intercepted information. The newly created device object is stored in the device object store 206 by the physical device manager 204 in step S40. _ 19 1265434 In step S410, the physical device manager 204 registers the new device with this > the notification notification device 208, and performs subsequent processing. The operation of the associating device 208 will be described later. When it is confirmed in step S402 that the device is the registered device, the process proceeds to step S412, and the device information stored in the device object storage 206 is updated by the physical device manager 2〇4 based on the received information. In step S414, the physical device manager 204 notifies the associated device 2 将 8 that the device information has been updated, and performs subsequent processing. The operation of the associated device 2 0 8 will be described later. Since the information for describing the device object includes dynamic information that needs to be updated at any time, such as status information, even after the device is logged in, the above-mentioned change of the device is reflected once the dynamic information of the device is changed through the monitoring. The entity manager f〇4 is installed, and the entity device manager 204 modifies the information of the entity device object that has been logged in, so as to keep the latest device state at all times. Such monitoring, for example, monitors the status signal of the physical device by a dedicated monitoring device, and notifies the physical device manager of the change of the state when the state of the physical device changes. 〇 1265434 Status information update. The monitoring device can for example be acted upon by a server of the network in which the physical device is located. An agent device in accordance with the present invention will now be described. The proxy device can be detachably attached to various physical devices in the form of an attachment, and broadcasts basic information such as functions and states of these physical devices and access methods, or receives information broadcast by other physical devices through the proxy device. Figure 5 is a block diagram showing the structure of the proxy device. As shown in FIG. 5, the proxy device includes a processing unit 500, an interface 502, a transceiver unit 504, and a storage unit 506. The processing unit 500 is responsible for the overall control of the proxy device, and interacts with the host device 508 through a standard interface 502 when needed, and obtains information related to the device from the host device 508, such as basic setup information and status of the device. Information, access interface information, and more. In the preferred embodiment, when the primary device 508 is a personal device of a user, information about the user is also obtained from the primary device 508. The basic setting information of the device includes, for example, the identification number, type, model, display capability, processing capability, function introduction, and the like of the main device, and information related to the basic settings of the device. 21 1265434 The status information of the device includes the status of the main device, such as whether the farm is currently online or not. The access interface information includes a description of the access method of the device, such as its communication protocol and the like. Therefore, the information acquired by the processing unit 500 includes static information, such as basic setting information of the main device, access interface information, and the like, and dynamic information, such as status information of the main device. It is not allowed to interface 500. Any known hardware and/or teachings or combinations thereof that can interact with the master device can be used. For example, 'the standard interface 502 can be an RS_232 interface, a parallel interface' or a wireless interface, such as a wireless interface using Bluetooth or infrared technology. However, the standard interface 5 〇 2 is not required. It is also possible to input information related to the main device 5〇8 to the agent device by using an input device (not shown) in advance. Processing unit 500 can be any type of processor known to have arithmetic logic capabilities. From the perspective of cost savings, processors such as CPUs with lower processing power can be used. 22 1265434 The storage unit 506 temporarily or permanently stores the information acquired by the processing unit 5〇〇. For example, the static information of the storage list is permanently saved, and the acquired dynamic transceiver unit 504 broadcasts the information acquired by the processing unit 5〇〇. For static information, if the transceiver is already logged into the system, only one message is broadcast, and it can be changed once it changes. However, it should be noted that the information used to identify the main model and identification number is a device that must be broadcast. However, the parameters for identifying the master device are not limited to other parameters for identifying the master device. In addition, the transceiver unit 504 may further have information for receiving information received by other host devices broadcasted by the proxy device for further processing. This process will be described in detail in the preferred embodiment, the transceiver unit, in the case of the information broadcast by the transceiver unit 504 being placed 510 or another agent having the same broadcast function. The 5 04 line sensor, such as the ownerless device 508 using Bluetooth or infrared technology, can temporarily store the acquired information. The elements of the main device 508 may be based on the main installation, and the parameters of the dynamic dynamic information broadcast, such as information, to identify the example of the description, may also be from the others, and described after the reception. t set the information collection device t received 512 received. Collection process. Is any known wireless sensor, etc. 23 2365434 Sensors of the same technology are generally able to perceive each other. For example, a wireless sensor using Bluetooth technology can sense information broadcast by other wireless sensors using Bluetooth technology over a certain distance range, and vice versa. The proxy device having such a wireless sensor structure is particularly suitable for broadcasting the information of the main device or the user in the dynamic environment to be held by the system. For a device having a fixed position, a device can also be loaded to broadcast the device. Information on fixtures. In a preferred embodiment, the transceiver unit 504 can be any combination of known wireless sensors. For example, the transceiver unit 504 is a combination of a Bluetooth line sensor and a wireless sensor using infrared technology. . This proxy device is capable of simultaneously collecting or broadcasting information using different sensing, thereby expanding the functionality of the proxy device. In a preferred embodiment, the proxy device according to the present invention may further have a power supply system, so that the proxy device can operate even when the master device is in a closed state, and the host device to which it is connected is to broadcast the master device. Information or perception of other devices. In addition, the proxy device of the present invention may also exist in the form of a record tag that can be perceived by the proxy device, such as a code tag that records information about the device user attached to the proxy device. Thereby the information is collected by other collection devices. If it is inside, it is also being moved. Each generation of the generations has the same technology, and it is attached to the outside or made 24 1265434. In the present invention, the agent device can be attached to any of the main devices to help the system collect the information of the main device. The present invention provides a way to collect information of a device by using a proxy device. Figure 6 is a diagram showing the collection of device information using a proxy device in a centralized collection mode.

在這種方式下，裝置1至裝置N的每一個都附加一個如 第5圖所示的代理裝置。裝置資訊收集裝置5 1 0收集位於其 無線感知範圍内的那些代理裝置所廣播的廣播資訊。這樣 由裝置資訊收集裝置5 1 0和裝置1至裝置N構成了一種感測 器網路來收集·裝置資訊。In this manner, each of the devices 1 to N is attached with a proxy device as shown in Fig. 5. The device information collecting means 510 collects broadcast information broadcast by those agent devices located within its wireless sensing range. Thus, the device information collecting device 5 10 and the device 1 to the device N constitute a sensor network for collecting device information.

另外，在集中收集方式下，也可以將裝置資訊收集裝 置510的功能放置在實體裝置管理器204側來達成。 第7圖示出在集中收集方式下收集裝置資訊的流程圖。 下面以裝置1為例描述收集裝置資訊的程序。 25 1265434 首先，在步驟S700，备驻嬰，w 51 〇的資訊收隹_ 田、進入裝置資訊收集裝置 、0收集乾圍内的時候， 欠4 集該裝置i 4 、舅讯收集裝置51 〇收 衣罝1透過自己的代理駐 队 裝置100所廣播的本裳置資訊。 在步W裝置資訊收集裝置51〇將所 置的資訊發送給實體裝置管 收集的該裝 理器204 在步驟S 7 0 4，實體鞋ga # 序來n 實體裝置官理器2G4按照第1的執行程 進仃裝置物件的建立或修改。 第8圖示出在本發 置資訊收集的示意 明收集方式下使用代理裝置進行裝 圖 在运種方式下’取代由一個梦詈眘却你崔莊 1固在置貝汛收集裝置510收集 實體裝置的資訊，而由一徜呈舻沾鲁 乂 田個具體的實體裝置的代理裝置 來收集其感#範目^其它實體裝置資訊。裝^資訊的收 集是透過在代理裝置之間進行裝置資訊傳遞而達到的。這 種方式尤其適用於在相對封閉的移動環境中進行資訊收集 處理，這種移動環境例如是由在公司工作的員工隨身攜帶 的移動裝置所構成的移動環境。 26 1265434 在這種方式下，具有一個或多個能夠向實體裝置管理 器204報知其收集的資訊的代理裝置。在第8圖所示的例子 中，設定裝置1的代理裝置具有上述報知功能。 第9圖示出在本發明收集方式下收集裝置資訊的流程 圖。 首先，在步驟S900，一個裝置的代理裝置接收從其它 代理裝置所廣播的資訊。 然後，在步驟S902，該代理裝置判斷自己是否能夠與 實體裝置管理器204進行通訊。該判斷例如透過向實體裝置 管理器204發送詢問並從其接收回應，或者透過在代理裝置 的儲存單元中預先儲存相對的實體裝置管理器204的相關 存取參數並透過查詢該存取參數來進行。 當判斷為不能與實體裝置管理器204進行通訊的時 候，在步驟S904，該代理裝置透過收發單元將所接收的廣 播資訊以及/或其自己的辨識資訊廣播出去，由其相鄰的代 理裝置接收。 當判斷為能夠與實體裝置管理器204進行通訊的時 候，在步驟S906，該代理裝置透過收發單元將所接收的廣 27 1265434 播資訊以及/或其自己 204 〇 的辨識資訊發送給實 體裝置管理器 其它的代理裝置都進杵4 |延仃相同的作業。 透過這種方式，第8圖中 话、a 的所有裝置1至N的襞置資邙 透過骏置1的代理裝置報知& 貝0凡 .^ ⑼實體裝置管理器204。缺後， 由該實體裝置管理器204進杆筮4国 “曼 圖的W様成了 示的處理。這樣，第8 構成了-種感測器網路來收集软置資訊。 習知該項技藝者將能夠瞭解，上 嗖去处人 4兩種方式可以單猸 次者結合進行使用’從而向早獨 F ^ ^ ^ 骽凌置官理器2〇4報知 波置貝訊。例如’在結合使用的時候，可以 報知 有裝置的裝置資訊報告給能 、置1將所 ^ 雨為展置1的奘苗次 訊收集裝置510,並進而由該裝置資訊收集紫置:貝 置1至N的裝置資訊以及所接收的其它裝置的裝γ 5亥裴 知給實體裝置資訊管理器2〇4。 、貝成報 上述應用於實體裝置的代理裝置以及透過這此代 置進行裝置資訊收集的兩種方式同樣可以應 ^ 、使用者資 訊收集。在應用於使用者資訊收集的 況下， 、 办％ ^ 對於使用者 來說’可以將該代理裝置隨身攜帶。在這種情π ^ 乃/几F，預先 將使用者的基本資訊或變更資訊儲存在該代理装置中 傭以後登錄或修改時使用。 Χ 28 1265434 白知該項技藝者將能夠暸解，使用者的 予在作為該使用者的個人裝置的附件的代理 ^^4 王軍 )ro j 、置在廣播該使用者的個人裝置的資訊 用者的凝訊。另外，使用者的資訊還可 隧身攜帶的個人裝置由附加到這些裝置上的 出去任何將使用者或裝置的資訊透過本發 廣播出去或者由其收集的形式都在本發明的 習知該項技藝者將能夠瞭解，對於由使] 和實體裝置管理器2〇4所收集的使用者和裂 面所描述的那些資訊之外，還可以有其它的 些其它的資訊對於為了建立後面所述的感知 置是需要的。 上面詳細地介紹了進行使用者資訊和裂 程序。為了為一個使用者搜尋出在使用者接 可用並且有效的裝置。有時環境資訊也是非 如，當使用者目前正在在一個實驗室工作的 掌握該實驗室環境中的各種裝置資訊對於為 加豐富的服務具有現實意義。再例如，當使 辦公環境中的時候，時刻了解使用者在各移 利用的裝置資源，對於為使用者提供更適應 的服務具有很有效的參考意義。 資訊還可以儲 裝置中，從而 的同時，還廣 以透過使用者 代理裝置廣播 明的代理裝置 範圍之内。 韦者管理器200 曼資訊，除了上 資訊，只要這 網路和虛擬裝 置資訊收集的 收服務的時候 常重要的。例 時候，讓系統 使用者提供更 用者處於移動 動環境下可以 於該移動環境 29 1265434 因此，本發明進而提供了用於收集環境資訊的靜態環 境資訊管理部分3和動態環境資訊管理部分4，從而使得系 統可以根據環境資訊為使用者搜集可用的裝置。 如第2圖所示，靜態環境資訊管理部分3包括靜態環境 資訊管理器201和靜態環境資訊儲存器203。 靜態環境資訊管理器20 1從已有的資訊網路例如公司 的區域網路獲知公司裡各種靜態裝置，例如印表機、掃描 儀、不易移動的電腦、固定電話等的位置資訊和裝置辨識 資訊。並將它們儲存在靜態環境資訊儲存器203中。當然， 靜態環境資訊管理器201還可以從其它的途徑收集靜態資 訊，例如，透過本發明提供的附加在各靜態裝置上的代理 裝置所構成的感測器網路來收集。 靜態環境資訊資料項的結構例如包括： 空間範圍 •子空間範圍1 一裝置A ID ;裝置A位置（選擇性的）… --裝置B ID ;裝置B位置（選擇性的）… -子空間範圍2 30 1265434 ―裝置C ID ;裝置C位置（選擇性的）… 一裝置D ID ;裝置D位置（選擇性的）... 其中，空間範圍例如是一個公司所在的大樓；子空間 範圍例如是該公司内部被劃分的各房間；裝置ID是位於各 子空間範圍内的裝置ID。 透過該靜態環境資訊管理器2 0 1，系統可以掌握該系統 内的靜態裝置的空間位置狀況。 第1 0圖示出靜態環境資訊的收集流程圖。 首先，在步驟S 1 000，靜態環境資訊管理器20 1從外部 網路，例如公司的區域網路，公司的電話網等，接收有關 靜態裝置的環境資訊。選擇性地，還可以把本發明的代理 裝置附加到這些靜態裝置上來透過代理裝置所構成的感測 器網路向靜態環境資訊管理器20 1發送有關靜態裝置的環 境資訊。 在步驟S 1 002，判斷所接收到的有關靜態裝置的環境 資訊是否曾經被收集過。 31 1265434 、當判斷為沒有被收集過時，在步驟3 1004,從所接收 、有關靜悲裝置的環境資訊中截取為了形成靜態環境資訊 所需的資訊。 在步驟S1006，將所截取的靜態裝置資訊儲存起來。 在步驟S 1008，將收集到新的靜態環境資訊這一消息 通知關聯裝置208。由該關聯裝置2〇8進行進一步的處理。 在步驟S 1 002，當判斷為靜態裝置資訊已經被收集過 時’在步驟S 1 0 1 0，根據接收到的靜態裝置資訊對靜態環 境資訊進行更新。 在步驟S 1 0 1 2，將靜態環境資訊被更新這一消息通知 關聯裝置208。由該關聯裝置208進行進一步的處理。 本領域技術人員將能夠暸解，在靜態裝置被新接入或 者在靜態裝置被移動位置的時候可以觸發上述作業。 由於移動裝置的日益普及，除了上述靜態環境資訊之 外，還包括大量的動態環境資訊，這些動態環境資訊包括 移動裝置和/或使用者資訊。環境資訊一般也是動態可變 的，當真實世界中的裝置或網路觀察到其周圍環境有所變 化的時候，它將通知系統來更新其“觀察”到的環境資 32 1265434 訊。例如’相機具有可視地觀察周圍環境的能 相機所截取的環境資訊將隨著時間的推移而有 例如指紋閱讀器具有感知誰觸摸了它的能力， 閱讀器所截取的環境資訊將隨著時間的推移以 變動而有所不同。另外，能夠告之使用者位置 也是這種能夠截取環境資訊的一個例子，例如 透過使用自己的胸卡進入某個房間的時候，大 統透過獲得該員工的胸卡資訊能夠得知該員工 位置。 在本發明中，將具有可以感知環境變化的 或網路稱為動態環境資訊截取網路。這種環境 指處於移動中的線上實體裴置或者使用者進入 動態環境資訊截取網路所帶來的變化。動態環 網路包括但不限於：GSM、CDMA等無線網路 統；藍牙裝置；具有聽覺功能的裝置或系統； 能的裝置或系統·’具有截取人體生理特徵資料 統；代理裝置所構成的感測器網路等等。 本發明透過提供一個動態環境資訊管理部 對動態環境資訊的管理。 力，因此該 所不同。再 因此該指多文 及使用者的 的已知網路 當一個員工 樓的考勤系、 目前所處的 能力的裝置 變化通常是 或離開某個 境資訊截取 ;GPS定位系 具有視覺功 的裝置或系 分4來達成 33 1265434 如第2圖所示，動態環境資訊管理部分4包括動態環境 資訊截取網路管理器205和動態環境資訊儲存器2〇7。 動態環境資訊截取網路管理器205從上述各種動態環 &負Λ截取網路接收這些網路所感知到的環境的改變，並 將這種改變儲存在動態環境資訊儲存器2〇7中。 在本發明中，由於可以從許多動態環境資訊戴取網路 接收動態環境資訊，因此，在較佳的實施例中，在動態環 境資訊儲存器207中為每個動態環境資訊截取網路配置“一 個儲存區域來存放該網路的動態環境資訊。對於能夠決定 移動裝置或使用者的位置的動態環境資訊截取網路，例如 GSM、CDMA等無線網路；Gps定位系統；安裝在公司内部 的考勤系統，其動態環境資訊資料項的結構例如包括： 空間範圍 -子空間範圍1 --移動裝置A ID;移動裝置A位置（選擇性的） --移動裝置B ID;移動裝置B位置（選擇性的） --使用者A ID ;使用者a位置（選擇性的）.. ···-子空間範圍2 34 1265434 ―移動裝置C ID;移動裝置C位置（選擇性的）·.· ―移動裝置D ID;移動裝置D位置（選擇性的）··· —移動使用者B ID ;移動使用者B位置（選擇性的）…Further, in the centralized collection mode, the function of the device information collecting device 510 can also be placed on the side of the physical device manager 204. Figure 7 shows a flow chart for collecting device information in a centralized collection mode. The following describes the procedure for collecting device information by using the device 1 as an example. 25 1265434 First, in step S700, when the information is stored in the infant, the information collection device _ field, the device information collecting device, and the collection device are 0, the device 4 4 is owed, and the device 5 舅 is collected. The clothing 罝1 is broadcasted by the agent stagnation device 100. In step W device information collecting means 51, the set information is sent to the processor 204 collected by the physical device tube. In step S307, the physical shoe ga# is ordered to be the physical device 2G4 according to the first Perform the creation or modification of the device. Figure 8 shows the use of the proxy device for the loading and unloading in the schematic collection mode of the information collection. In the mode of operation, the entity is replaced by a nightmare, but your Cui Zhuang 1 is fixed in the collection device 510. The information of the device, and the information of the other entity devices is collected by a proxy device that is presented to a specific physical device. The collection of information is achieved by device information transfer between the agent devices. This approach is particularly useful for information gathering in a relatively closed mobile environment, such as a mobile environment consisting of mobile devices carried by employees working at the company. 26 1265434 In this manner, there are one or more proxy devices capable of notifying the physical device manager 204 of the information it has collected. In the example shown in Fig. 8, the proxy device of the setting device 1 has the above-described notification function. Fig. 9 is a flow chart showing the collection of device information in the collection mode of the present invention. First, in step S900, the proxy device of one device receives the information broadcasted from the other proxy devices. Then, in step S902, the proxy device determines whether it is capable of communicating with the physical device manager 204. The determination is made, for example, by sending an inquiry to the physical device manager 204 and receiving a response therefrom, or by pre-storing the relevant access parameters of the relative physical device manager 204 in the storage unit of the proxy device and by querying the access parameter. . When it is determined that the communication with the physical device manager 204 is not possible, in step S904, the proxy device broadcasts the received broadcast information and/or its own identification information through the transceiver unit, and is received by the adjacent proxy device. . When it is determined that communication with the physical device manager 204 is possible, in step S906, the proxy device transmits the received information of the broadcaster and/or its own 204〇 to the physical device manager through the transceiver unit. The other agent devices are all in the same way. In this way, all the devices 1 to N in Fig. 8 and the devices of a are notified through the proxy device of Junji 1 & (9) physical device manager 204. After the absence, the physical device manager 204 enters the country of the four countries "Mantu's W" becomes the processing. Thus, the eighth constitutes a sensor network to collect soft information. The craftsman will be able to understand that the two ways of going to the squatter can be used in combination with the single 猸 从而 从而 从而 从而 从而 早 早 早 早 早 F F F F F F F 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 When in use, it can be reported that the device information report of the device is provided, and the seedling data collection device 510 that is set to be the rain 1 is set, and then the information is collected by the device information: the bay is set to 1 to N. The device information and the received other devices are provided to the physical device information manager 2〇4, the above-mentioned proxy device applied to the physical device, and the device information collection by the device. The method can also be used to collect information from users and users. In the case of application of user information collection, %^ for the user, 'the agent device can be carried with you. In this case π ^ is / F , in advance, the basic information of the user or change The information is stored in the agent device and used to log in or modify after the commission. Χ 28 1265434 The artist knows that the user is acting as an agent for the attachment of the user's personal device ^^4 Wang Jun) Ro j , a message that is placed on the user of the user who broadcasts the user's personal device. In addition, the user's information can also be carried by the personal device that is carried by the device by any device or device that is attached to the device. Those skilled in the art of broadcasting through or distributed by the present invention will be able to understand those described for the user and the split surface collected by the physical device manager 2〇4. In addition to the information, there may be other information that is needed to establish the perception described later. The user information and the cracking procedure are described in detail above. In order to search for a user, the user is connected. A device that is available and effective. Sometimes the environmental information is not the same, when the user is currently working in a laboratory to master the various environments in the laboratory environment. The information has practical significance for the enrichment of services. For example, when the office environment is used, it is effective to provide a more suitable service for the user to provide more suitable services for the user. The information can also be stored in the device, and at the same time, it is widely distributed within the scope of the proxy device through the user agent device. The manager device 200, in addition to the information, as long as the network and virtual device information is collected. It is often important to receive the service. For example, let the system user provide the mobile user to be in the mobile environment. 29 1265434 Therefore, the present invention further provides a static environment information management part 3 for collecting environmental information. And the dynamic environment information management part 4, so that the system can collect available devices for the user according to the environmental information. As shown in Fig. 2, the static environment information management section 3 includes a static environment information manager 201 and a static environment information storage 203. The static environment information manager 20 1 obtains location information and device identification information of various static devices in the company, such as printers, scanners, non-mobile computers, fixed telephones, etc., from an existing information network such as a company's local area network. . They are stored in the static environment information storage 203. Of course, the static environment information manager 201 can also collect static information from other sources, for example, through a sensor network formed by the proxy device attached to each static device provided by the present invention. The structure of the static environment information item includes, for example: space range • subspace range 1 - device A ID; device A position (optional)... - device B ID; device B position (optional)... - subspace range 2 30 1265434 ―Device C ID; Device C position (optional)... Device D ID; Device D position (optional)... Where space is, for example, the building in which a company is located; Each room within the company is divided; the device ID is a device ID located within each subspace. Through the static environment information manager 102, the system can grasp the spatial position of the static devices in the system. Figure 10 shows a flow chart for collecting static environment information. First, in step S1 000, the static environment information manager 20 1 receives environmental information about the static device from an external network, such as a company's regional network, the company's telephone network, and the like. Alternatively, the proxy device of the present invention may be attached to the static devices to transmit environmental information about the static devices to the static environment information manager 20 1 through the sensor network formed by the proxy devices. At step S1 002, it is judged whether or not the received environmental information about the static device has been collected. 31 1265434. When it is judged that it has not been collected, in step 3 1004, the information necessary for forming static environment information is intercepted from the received environmental information about the silent device. In step S1006, the intercepted static device information is stored. In step S1008, the association device 208 is notified of the message that the new static environment information is collected. Further processing is performed by the associated device 2〇8. In step S1 002, when it is determined that the static device information has been collected, the static environment information is updated based on the received static device information in step S1 0 1 0. In step S1 0 1 2, the association device 208 is notified of the update of the static environment information. Further processing is performed by the association device 208. Those skilled in the art will be able to appreciate that the above operation can be triggered when the static device is newly accessed or when the static device is moved. Due to the increasing popularity of mobile devices, in addition to the above static environment information, a large amount of dynamic environment information including mobile devices and/or user information is included. Environmental information is generally also dynamically variable. When real-world devices or networks observe changes in their surroundings, they will notify the system to update their “observed” environmental resources 32 1265434. For example, 'the camera has the environmental information captured by the camera that can visually observe the surrounding environment. Over time, for example, the fingerprint reader has the ability to sense who touched it, and the environmental information intercepted by the reader will be over time. The transition varies with changes. In addition, the ability to tell the user's location is also an example of such an ability to intercept environmental information. For example, when using a badge to access a room, the system can know the employee's location by obtaining the employee's badge information. In the present invention, a network having a sense of environmental change or a network is referred to as a dynamic environment information interception network. This type of environment refers to changes in the online physical device that is on the move or the user enters the dynamic environment to intercept the network. The dynamic ring network includes but is not limited to: GSM, CDMA and other wireless network systems; Bluetooth devices; devices or systems with auditory functions; capable devices or systems, 'having a data structure for intercepting human physiological characteristics; Tester network and so on. The present invention provides management of dynamic environment information by providing a dynamic environment information management department. Force, so it is different. Therefore, the reference network of the multi-text and the user's known network is the attendance of an employee's building, and the device changes of the current capabilities are usually intercepted or removed from the information; the GPS positioning system has a visual function or The score is 4 to reach 33 1265434. As shown in Fig. 2, the dynamic environment information management section 4 includes a dynamic environment information interception network manager 205 and a dynamic environment information store 2〇7. The dynamic environment information interception network manager 205 receives the changes in the environment sensed by the network from the various dynamic ring & interception networks described above, and stores the changes in the dynamic environment information store 2〇7. In the present invention, since dynamic environment information can be received from a plurality of dynamic environment information capture networks, in a preferred embodiment, the network configuration is intercepted for each dynamic environment information in the dynamic environment information store 207. A storage area to store dynamic environment information of the network. For dynamic environment information interception networks that can determine the location of mobile devices or users, such as GSM, CDMA, etc.; GPS positioning system; attendance installed in the company The system, the structure of its dynamic environment information item includes, for example: space range - subspace range 1 - mobile device A ID; mobile device A location (optional) - mobile device B ID; mobile device B location (selective User A ID; User a location (optional).. ···-Subspace range 2 34 1265434 ―Mobile device C ID; Mobile device C location (optional)··· ―Mobile Device D ID; mobile device D position (optional) ··· - mobile user B ID; mobile user B position (optional)...

其中，空間範圍，例如是一個公司所在的大樓；子空 間範圍例如是該公司内部被劃分的各房間；移動裝置ID是 在各子空間之間移動的移動裝置ID。Here, the spatial extent is, for example, a building in which a company is located; the subspace range is, for example, each room divided within the company; the mobile device ID is a mobile device ID that moves between the subspaces.

而對於不能夠決定移動裝置或使用者的位置，但是能 夠截取移動裝置的空間關係，或使用者的空間關係，或使 用者和裝置的動態環境資訊截取網路，例如安裝在公司内 部的攝影機監視系統，本發明所提供的由代理裝置所構成 的感測器網路等等，其動態環境資訊資料項的結構例如包 括：However, it is not possible to determine the location of the mobile device or the user, but can intercept the spatial relationship of the mobile device, or the spatial relationship of the user, or the dynamic environment information interception network of the user and the device, for example, camera monitoring installed inside the company. The system, the sensor network formed by the proxy device provided by the present invention, and the like, the structure of the dynamic environment information item includes, for example:

—動態環境資訊截取網路ID —所截取的移動裝置或使用者的ID資訊或其映射資訊 等等。 35 1265434 例如對於攝影機監視系統，其動態資訊資料項可能包 括攝影機ID，其截取的那些使用者的生理特徵資料。 下面將砰細介紹採用本發明所提供的由代理襞置所構 成的感測器網路進行動態環境資訊收集的處理。 下面參照第1 1圖以裝置i為例描述在第6圖的集中方式 下動態環境資訊的收集程序流程圖。 首先，在步驟SHOO，當裝置1進入裝置資訊收集裝置 510的資訊收集範圍内的時候，由裝置資訊收集裝置收 集該裝置1透過自己的代理裝置1〇〇所廣播的本裝置資訊。 在步驟S1 102，裝置資訊收集裝置51〇根據所收集的該 襞置的ID資訊發送給動態環境資訊截取網路管理器2〇5。 在步驟S1 104，動態環境資訊截取網路管理器2〇5將 导变 % * 的裝置1的ID儲存在動態環境資訊儲存器2〇7中為由 展置為訊收集裝置510以及裝置1-N所構成的感測器網 $所配置的記憶體空間中。 在步驟S 1 1 0 6 ’動態環境資訊截取網路管理器2 〇 5搜尋 其它記憶體空間中的儲存内容，將具有該裝置1的m的記 36 1265434 錄刪除。這樣，保證動態環境資訊管理部分4總是能夠保持 最新的動態環境資訊。 在步驟S1 108，動態環境資訊截取網路管理器205將動 態環境資訊已經改變的消息通知關聯裝置5。由關聯裝置5 進行以後的處理。 透過這種方式，系統能夠掌握裝置資訊收集裝置5 1 0 目前所感知的移動裝置的情況，供以後進行關聯作業時使 用。 下面參考第1 2圖描述在第8圖的本發明方式下的動態 環境資訊的收集程序流程圖。 首先，在步驟S 1200，一個裝置的代理裝置接收從另 一個裝置的代理裝置所廣播的資訊。 在步驟S 1 202，該代理裝置將所接收的另一個裝置的 ID資訊以及其自己的主裝置的ID作成對映表。 然後，在步驟S 1 204，該代理裝置判斷自己是否能夠 與動態環境資訊截取網路管理器2 0 5進行通訊，即是否具有 報知功能。該判斷例如透過向動態環境資訊截取網路管理 37 1265434 器2 05發送詢問並從其接收回應，或者透過在代理 〇 罝的儲 存單70宁預先儲存相對的動態環境資訊截取網路管理器 205的相關存取參數來進行。 當判斷為不能與動態環境資訊截取網路管理器2〇5進 行通訊的時候，在步驟S1206,該代理裝置將所製作的對 映表以及其自己所附加的主裝置的ID廣播出去，由其相、 的代理裝置接收。其相鄰的代理裝置也將製作一個對映 表，该對映表將包括該相鄰的裝置1]3與該裝置⑺的映射關 係，以及該裝置的ID與該另一個裝置的m之間的映射關 係I知該項技藝者將能夠暸解，根據對映表被傳遞的次 數，上述映射關係可能包括多層映射。 田判斷為旎夠與動態環境資訊截取網路管理器2 〇 5進 行通訊的時候，在步驟312〇8，該代理裝置透過收發單元 將所製作的對映表資訊發送給動態環境資訊截取網路管理 器 205 〇 在v驟S 1 2 0 9，動態環境資訊截取網路管理器2 〇 5根據 所接收的對映表資訊判斷是否需要更新所保持的動態環境 資訊。當判斷為不需要的時候，肖束處理。否則前進到步 驟 s 1 2 1 0。 38 1265434 在步驟S 1 2 1 Ο，動態環境資訊截取網路管理器2 Ο 5根據 所接收的對映表資訊更新由裝置1-Ν所構成的感測器網路 儲存器空間中的映射關係。 在步驟S1212，動態環境資訊截取網路管理器205搜尋 其它記憶體空間中的儲存内容，將具有相對裝置的ID的記 錄刪除。這樣，保證動態環境資訊管理部分4總是能夠保持 最新的動態環境資訊。 在步驟S 1 2 1 4，動態環境資訊截取網路管理器205將動 態環境資訊已經改變的消息通知關聯裝置5。由關聯裝置5 進行以後的處理。 透過這種方式，系統能夠掌握裝置1目前所感知的各移 動裂置的相互關係，供以後進行關聯作業時使用。 、I知j項技藝者將能夠瞭解，上述兩種方式可以單獨 或者結合進行使用 用’從而向系統的動態環境資訊截取網路 管理器205報知裝窨 衣ΐ的相互關係資訊。例如，在結合使用的 時候，可以透過护 ^ 置1將所有裝置1至Ν的裝置關係資訊報 σ給能夠重寫該贫 ^ 罝1的裝置資訊收集裝置510，並進而由 戎裝置資訊收集梦罢c 、 置5 1 0將裝置1至N的裝置關係資訊以及 39 1265434 其它動態環境資訊報知給動態環境資訊截取網路管理器 205。 習知該項技藝者將能夠瞭解，上述第1 1圖和第1 2圖的 作業同樣可以用於收集在移動環境下使用者之間，進而移 動使用者和移動裝置之間的相互映射關係。 習知該項技藝者還將能夠暸解，上述第1 1圖和第1 2圖 的作業同樣可以用於收集在靜態環境下裝置和使用者之間 的相互映射關係，進而收集靜態和動態環境下的各種裝置 和/或使用者之間的關係。透過使用代理裝置構成的環境資 Λ截取網路來截取環境資訊，為收集儘可能多的裝置和使 用者=貝rfl提供了一個快捷和方便的途徑。 其它動態環境資訊截取網路向動態環境資訊截取網路 管理 〇 口 Β 裔2 0 5發送動態環境資訊的程序與上述第1 1圖中所描 〆、序類似。其不同之處在於，代替使用裝置資訊收集 、 1 0 ’由動態環境資訊截取網路的伺服器（在該網路 留 y ·Ί 的傳感裝置的情況下，該傳感裝置本身就被視為—個 词服器）將所截取的動態環境資訊發送給動態環境資訊戴 、罔路音理器2 0 5。而該動態環境資訊也根據動態環境資 網路而不同，例如可能是使用者的生理特徵資訊。診 處理程序如第1 3圖所示。 40 1265434 在步驟S 1 3 Ο Ο， 個動態環境截取網 在步驟S1302 動態環境資訊儲存 要更新。當判斷為 步驟S1304。 在步驟S 1 3 0 4 所接收的動態環境 在步驟S 1 3 0 6 其它記憶體空間中 訊相關的使用者物 態環境資訊管理部 在步驟S 1 3 0 8 態環境資訊已經改 進行以後的處理。 透過後面的描 境資訊和動態環境 多的可用裝置建立 _動態環境資邙# & h ^ 貝也戴取網路官理器2〇5從- 路接收該網路席# , ^ 斤戴取的動態環境資訊。 ，動態環境資訊 器207中所儲存 不需要的時候 戴取網路管理器2 〇 5判斷 的動態環境資訊是否需 結束處理。否則前進到 動態$衣境資訊戴取網路管理器205根據 資訊更新對應記憶體空間中的資訊。 ’動態％境資訊截取網路管理器2 〇 5搜尋 的儲存内容，將保持了與該動態環境資 件或裝置物件資訊刪除。這樣，保證動 分4總是能夠保持最新的動態環境資訊。 ’動怨環境資訊截取網路管理器2 〇 5將動 變的消息通知關聯裝置5。由關聯裝置5 述將能夠瞭解，本發明所收集的靜態環 資訊對於為真實世界中的各使用者和更 相互關聯起到了橋樑的作用。 41 1265434 上面介紹了環境資訊的收集處理。下面將介紹將一個 使用者物件與/個或多個可用的裝置物件關聯起來的作 業。 第2圖中的關聯裝置2〇8將使用者物件儲存器202中儲 存的一個使用者物件，和一個或多個儲存在裝置物件儲存 器2 0 6中的裝置物件之間建立起關聯關係。並且如有必要， 根據靜態環境資訊管理部分3和動態環境資訊管理部分4所 提供的環境資訊，進行關聯作業。 下面將詳細介紹根據本發明的三種建立關聯關係的方 式。 第一種方式是透過個人裝置（PD)在使用者物件和製 置物件之間建立起關聯關係。 如前所述，使用者物件儲存器202中各使用者物件的個 人裝置（PD )資料項下儲存有其所擁有的個人裝置的資 訊。而裝置物件儲存器206中儲存的是裝置物件資訊。 因此關聯裝置2〇8將使用者物件的個人裝置資料項下 的個人裝置的類型和辨識號，與各裝置物件的基本資訊資 42 1265434 料項下的類型和辨識號進行符合，從中找出和該使用者物 件具有相同資訊的裝置物件’從而在該使用者物件和該裝 置物件之間建立起關聯。 例如，真實世界中的一個使用者A具有一個個人裝 置··具有藍牙功能的行動電話X。由於在虛擬世界中，為 該使用者A建立的使用者物件A1和為該行動電話X建立的 行動電話物件X 1都包括該行動電話X的類型和電話號碼資 訊，因此關聯裝置2 0 8可以透過辨識出使用者物件a丨和行 動電話物件X 1具有相同的行動電話的類型和電話號碼資 訊來將該使用者物件A 1和行動電話物件X 1關聯起來。 雖仏上面透過利用個人裝置的類型和辨識號資訊來進 行關聯，但是還可以使用個人裝置物件的基本資訊資料項 下的”匕用於哉別該個人裝置的資訊進行關聯，只要透過 進行符合將使用者和個人裝置關聯起來即可。 為了減少關聯的工作量，本發明的關聯裂置2〇8還玎以 在關聯作業之前進行過濾作業，根據某些條件先將一些裝 置過滤出去’從而在進行關聯作業的時候不再對這些裝置 進行作業。例如，將狀態資訊表現為“離線，，的裝置物件 過濾出去，因為這些裝置目前不具有工作能力。但該過濾 步驊不是必須的。 43 1265434 按照上述關聯方式，本發明的關聯裝置208可以透過個 人裝置辨識資訊將一個使用者物件與相關裝置物件關聯起 來。 第14圖中的使用者物件a和屬於該使用者的行動電話 裝置物件A，就是透過第一種方式關聯起來的。 第二種方式是利用生理特徵資料在使用者物件和裝置 物件之間建立起關聯關係。 如刖所述’當一個使用者進行登錄的時候，使用者管 理器2 0 0將把其生理特徵資訊放入其使用者物件的生理特 徵資料項下。 @許多的動態環境資訊截取網路也能夠截取並傳感使 用者的生理特徵資訊。例如由攝影機裝置構成的截取網路 可以截取使用者的面部影像，由聲音截取裝置構成的截取 網路可以截取使用者的聲音特徵。並且如上所述，這些截 取網路所截取的動態環境資訊都儲存在動態環境資訊儲存 器2 〇 7中。 44 1265434 因此關聯裝 的生理特徵資料 態環境資訊進行 或多個相同的生 取網路），從而 立起關聯。 {列如，第1 5 就是透過第二種 在上述兩種 環境資訊或動態 件關聯起來。 例如，在第 订動電話裝置物 以以該行動電話 動態環境資訊來 的關聯。例如， 網路所提供的行 室中；而在靜態老 具有一個印表機 者物件A和該印^ 置208將使用者物件的生理特徵資料項下 ’與動態環境資訊儲存器207申所錯存的動 符合，從中找出和該使用者物件具有一個 理特徵資料的一個或多個裝置物件（或截 在該使用者物件和對應的裝置物件之間建 圖中的使用者物件A和攝影機裝置物件c, 方式關聯起來的。 關聯方式的基礎上，還可以透過利用靜態 環境資訊將使用者物件A和更多的裝置物 1 4圖中^關聯裝置2 0 8為使用者物件a和 件A，建立起關聯之後，關聯裝置2〇8還可 裝置物件A為橋樑，、结合收集到的靜態/ 建立該使用者物件和更多的裝置物件之間 在動I、環i兄資訊健存器207中健存了 GSM 動電話裴置物件A，位於公司的某個會議 I境資訊儲存器2〇3中儲存了該會議室内還 貝源則關聯裝置2〇8根據這些資訊在使用 良機負源建立起關聯。 45 1265434 第1 4圖的右側示出了使用環境資訊為使用者物件建立 更多的關聯的例子。關聯裝置208根據從包含行動電話裝置 物件A’的代理裝置的截取網路收集的動態環境資訊，以 使用者的行動電話裝置物件A’為橋樑，在使用者物件A以 及由該行動電話的代理裝置所在的截取網路所截取的裝置 D’ 、裝置E’和裝置F’之間建立關聯。 第1 5圖的右側示出了使用環境資訊為使用者物件建立 更多的關聯的例子。關聯裝置208根據從由攝影機裝置物件 C ’的代理裝置所在的截取網路收集的動態環境資訊，以 攝影機裝置物件C ’為橋樑，在使用者物件A以及由該攝影 機裝置物件C’的代理裝置所在的截取網路截取的裝置 Ή’ 、裝置Γ 和裝置J’之間建立關聯。 第三種關聯方式是透過社會關係資料在使用者物件和 裝置物件之間建立起關聯關係。 如前所述，使用者進行登錄的時候，如果可能的話， 使用者管理器200將把其社會關係資訊放入其使用者物件 的社會關係資料項下。 第1 6圖示出了透過社會關係資料項在使用者物件和裝 置物件之間建立關聯的示意圖。 46 1265434 例如’假如關聯裝置208已經為使用者B建立起與一些 裝置物件，例如裝置物件K, 、L，和M,的關聯關係。如 果使用者A與使用者B具有某些社會關係，則關聯裴置Mg 透過使用者A物件的社會關係資料項下的資訊，建立起使 用者A與使用者B之間的關係，並進而與和使用者B建立起 關聯關係的那些裝置物件K，、L，矛口 M，之間建立起關聯 關係。 ^ 關聯裝置208在將使用者物件及裝置物件進行關聯的 時候，可以將上述三種方式進行任意的組合而使用或將其 單獨使用。本發明為關聯關係的建立提供了靈活的關聯方 式0 透過關聯裝置208的作業，為一個使用者物件建立起與 一個或多個可用裝置物件的關聯關係。 應該注意的是，該關聯裝置208為使用者物件建立起的 與-個或多個可用裝置物件的關聯關係也可能會改變。例 如’田有新的裝置物件被建立的時候，關聯裝置將該新 的裝置物件與對應的佶用去μ 使用者物件關聯起來。當靜態/動態裱 境資訊發生變化時，該關货纟壯m Λ 落關聯裝置208將根據該變化後的環境 資訊將對應的使用者物件的關 的關聯關係進行重建或修改。任 何可能會引起使用者物件条姑 刃仔和裝置物件的關聯關係的影響都 47 1265434 將觸發該關聯裝置208將對應的使用者物件的關聯關係進 行重建或修改。因此，關聯裝置208總能維持最新的使用者 物件和可用裝置物件的關聯關係。 關聯裝置208把每個使用者物件以及為該使用者物件 所關聯的一個或多個裝置物件作為一個感知網路實體，儲 存在感知網路儲存器210中。 第17A-17C圖示出關聯裝置的關聯作業處理程序。 在步驟SU00,關聯裝置208進行監視，判斷是否從使 用者管理器200或實體裝置管理器2〇4接收到登錄或變更通 知以及是否從靜態/動態環境資訊管理器2〇12㈣收到環 境資訊變更通知。 當判斷結果是未接收到任 仕何通知的時候，關聯裝置2〇8 繼續進行監視。 當判斷出從使用者管理考 ° 〇〇接收到通知的時候，前 到步驟S1702，判斷此通知 、別 疋4錄通知還是變更通知。告 判斷結果疋登錄通知時，前 田 到步驟S 1 7 0 4，由關聯步署 208採用上述三種關聯方式 《聊裒置 匕們的組合為該新登錄的由 用者物件進行關聯作業。情土 、、^ 、夢τ丨v振嬙少庇+ ” '思、，在進行關聯作業的時指 运可以根據在使用者物件φ Τ υ 所锦存的使用者喜好資訊， 48 1265434 的裝置的喜好資訊 好資訊，來將某些裝置物件- Dynamic Environment Information Intercept Network ID - ID information of the mobile device or user intercepted or its mapping information, etc. 35 1265434 For example, for a camera surveillance system, the dynamic information item may include the camera ID, which intercepts the physiological characteristics of those users. The process of collecting dynamic environment information using the sensor network constructed by the proxy device provided by the present invention will be described in detail below. Referring to Fig. 1 1 below, a flow chart of the collection procedure of the dynamic environment information in the centralized mode of Fig. 6 will be described by taking the device i as an example. First, in step SHOO, when the device 1 enters the information collection range of the device information collecting device 510, the device information collecting device collects the device information broadcast by the device 1 through its own proxy device 1. In step S1102, the device information collecting means 51 sends the ID information to the dynamic environment information intercepting network manager 2〇5 based on the collected ID information of the device. In step S1 104, the dynamic environment information intercepting network manager 2〇5 stores the ID of the device 1 of the variable %* in the dynamic environment information storage unit 2〇7 as the display device 510 and the device 1 N is formed in the memory space of the sensor network $. In step S1 1 0 6 ' dynamic environment information interception network manager 2 〇 5 searches for the stored content in the other memory space, and records the record of m 12 3665434 with m of the device 1. Thus, it is ensured that the dynamic environment information management section 4 is always able to maintain the latest dynamic environment information. In step S1 108, the dynamic environment information interception network manager 205 notifies the associated device 5 that the dynamic environment information has changed. The subsequent processing is performed by the associating device 5. In this way, the system can grasp the situation of the mobile device currently perceived by the device information collecting device 5 1 0 for later use in the associated work. The flow chart of the collection procedure of the dynamic environment information in the mode of the present invention in Fig. 8 will be described below with reference to Fig. 12. First, in step S1200, the proxy device of one device receives the information broadcasted from the proxy device of the other device. In step S1202, the proxy device makes the ID information of the received other device and the ID of its own master device into a mapping table. Then, in step S1 204, the proxy device determines whether it is capable of communicating with the dynamic environment information interception network manager 250, i.e., whether it has a notification function. The judgment intercepts the network manager 205 by, for example, sending a query to and receiving a response from the dynamic environment information intercepting network management system, or by pre-storing the relative dynamic environment information in the agent's storage list 70. Related access parameters are used. When it is determined that the communication cannot be performed with the dynamic environment information interception network manager 2〇5, the proxy device broadcasts the created mapping table and the ID of the master device attached thereto by the proxy device in step S1206. The phase, the proxy device receives. Its neighboring proxy device will also create an mapping table that will include the mapping relationship between the adjacent device 1] 3 and the device (7), and the ID of the device and the m of the other device. The mapping relationship I knows that the skilled artisan will be able to understand that the mapping relationship may include a multi-layer mapping depending on the number of times the mapping table is delivered. When the field determines that it is communicating with the dynamic environment information interception network manager 2 〇 5, in step 312 〇 8, the proxy device sends the created mapping information to the dynamic environment information interception network through the transceiver unit. The manager 205 is in step S1 2 0 9, and the dynamic environment information intercepting network manager 2 〇 5 determines whether it needs to update the maintained dynamic environment information according to the received mapping information. When it is judged that it is not necessary, the beam is processed. Otherwise proceed to step s 1 2 1 0. 38 1265434 In step S 1 2 1 , the dynamic environment information interception network manager 2 更新 5 updates the mapping relationship in the sensor network storage space formed by the device 1-Ν according to the received mapping information. . In step S1212, the dynamic environment information interception network manager 205 searches for the stored content in the other memory space, and deletes the record having the ID of the opposite device. Thus, it is ensured that the dynamic environment information management section 4 is always able to maintain the latest dynamic environment information. At step S1 2 1 4, the dynamic environment information interception network manager 205 notifies the associated device 5 that the dynamic environment information has changed. The subsequent processing is performed by the associating device 5. In this way, the system is able to grasp the interrelationship of the various motion splits currently perceived by the device 1 for later use in associated operations. Those skilled in the art will be able to understand that the above two methods can be used alone or in combination to intercept the network manager 205 to inform the relationship information of the device. For example, when used in combination, the device relationship information σ of all the devices 1 to Ν can be reported to the device information collecting device 510 capable of rewriting the poor 罝1 through the protection device 1, and further the dream information collection device 510 Then, the device relationship information of the devices 1 to N and the 39 1265434 other dynamic environment information are reported to the dynamic environment information intercepting network manager 205. It will be appreciated by those skilled in the art that the above-described operations of Figures 11 and 12 can also be used to collect mappings between users in a mobile environment, thereby moving the user and the mobile device. It will be appreciated by those skilled in the art that the above-described operations of Figures 11 and 12 can also be used to collect the mapping between devices and users in a static environment, thereby collecting static and dynamic environments. The relationship between various devices and/or users. Intercepting environmental information by intercepting the network using proxy devices provides a quick and convenient way to collect as many devices and users as possible. Other dynamic environment information interception network to the dynamic environment information interception network management Β Β 2 2 0 5 The program for sending dynamic environment information is similar to the sequence described in the above figure. The difference is that instead of using the device information collection, the server that intercepts the network by the dynamic environment information (in the case of the sensor device that is left in the network, the sensing device itself is regarded as For the word service, the intercepted dynamic environment information is sent to the dynamic environment information wear and the road music processor 2 0 5 . The dynamic environment information also varies according to the dynamic environment network, for example, may be the physiological characteristic information of the user. The diagnosis procedure is shown in Figure 13. 40 1265434 In step S 1 3 Ο Ο, a dynamic environment interception network in step S1302 dynamic environment information storage to be updated. When it is judged as step S1304. The dynamic environment received in step S1 3 0 4 is in step S 1 3 0 6 in the other memory space, and the related user state environment information management unit has changed the environment information in step S 1 3 0 8 deal with. Through the post-descriptive information and the dynamic environment, there are many available devices to build _ dynamic environment 邙# & h ^Bei also take the network official device 2〇5 from the road to receive the network seat # , ^ 斤 wear Dynamic environmental information. If the dynamic environment information stored in the dynamic environment information device 207 is not needed, the dynamic environment information judged by the network manager 2 〇 5 needs to be processed. Otherwise, proceed to the dynamic $Internet Information Network Manager 205 to update the information in the corresponding memory space according to the information. The dynamic content interception network manager 2 〇 5 searched storage content will be deleted from the dynamic environment or device object information. In this way, the guarantee movement 4 is always able to maintain the latest dynamic environment information. The grievance environment information interception network manager 2 〇 5 notifies the associated device 5 of the change message. It will be appreciated by the associated device 5 that the static ring information collected by the present invention acts as a bridge for each user and more interrelated in the real world. 41 1265434 The collection and processing of environmental information is described above. The operation of associating a user object with one or more available device items will be described below. The associated device 2〇8 in Fig. 2 establishes an association between a user object stored in the user object store 202 and one or more device objects stored in the device object store 206. And if necessary, the association operation is performed based on the environmental information provided by the static environment information management section 3 and the dynamic environment information management section 4. The three ways of establishing an association relationship according to the present invention will be described in detail below. The first way is to establish a relationship between the user object and the workpiece through a personal device (PD). As previously mentioned, the personal device (PD) data for each user object in the user object store 202 stores the information of the personal device it owns. The device object storage 206 stores the device object information. Therefore, the associating device 2〇8 matches the type and identification number of the personal device under the personal device data item of the user object with the type and identification number of the basic information element 42 1265434 of each device object, and finds the sum The user item has the same information of the device item 'to establish an association between the user item and the device item. For example, a user A in the real world has a personal device·a mobile phone X with Bluetooth function. Since in the virtual world, the user object A1 established for the user A and the mobile phone object X1 established for the mobile phone X both include the type and phone number information of the mobile phone X, the association device 2 0 8 can The user object A 1 and the mobile phone object X 1 are associated by recognizing that the user object a and the mobile phone object X 1 have the same type of mobile phone and telephone number information. Although the association is made by using the type of personal device and the identification number information, it is also possible to use the information of the basic information item of the personal device object to identify the personal device, as long as the compliance is performed. The user and the personal device can be associated. In order to reduce the associated workload, the associated splitting 2〇8 of the present invention is also used to perform filtering operations before the associated work, and some devices are first filtered out according to certain conditions. These devices are no longer operated when the associated work is performed. For example, the status information is expressed as "offline," and the device objects are filtered out because these devices currently do not have the ability to work. However, this filtering step is not required. 43 1265434 In accordance with the above described manner, the associated device 208 of the present invention can associate a user object with the associated device object via the personal device identification information. The user object a in Fig. 14 and the mobile phone device object A belonging to the user are associated in the first manner. The second way is to use the physiological characteristic data to establish a relationship between the user object and the device object. As described above, when a user logs in, the user manager 200 will place his or her physiological characteristic information under the physiological feature data of his user object. @Many dynamic environment information interception networks can also intercept and sense the user's physiological characteristics. For example, the intercepting network formed by the camera device can intercept the facial image of the user, and the intercepting network composed of the sound intercepting device can intercept the sound characteristics of the user. And as mentioned above, the dynamic environment information intercepted by these interception networks is stored in the dynamic environment information storage 2 〇 7. 44 1265434 Therefore, the physiological characteristics of the associated equipment are related to environmental information or multiple identical production networks, thereby establishing an association. {Listing, the 15th is through the second in the above two kinds of environmental information or dynamic parts. For example, the first mobile phone device is associated with the mobile phone dynamic environment information. For example, in the mobile room provided by the network; and in the static old one, there is a printer object A and the printer 208, under the physiological characteristic data item of the user object, and the dynamic environment information storage device 207 is wrong. And the one or more device objects (or the user object A and the camera intercepted in the drawing between the user object and the corresponding device object) The device object c is connected to the device. Based on the association method, the user object A and the device can be used as the user object a and the device by using the static environment information. A. After establishing the association, the associated device 2〇8 can also device the object A as a bridge, and combine the collected static/establishment of the user object and more device objects between the moving I and the ring information. The device 207 stores the GSM mobile phone device object A, and is located in a certain conference I information storage device 2〇3 of the company, and the associated device is stored in the conference room. The associated device 2〇8 is used according to the information. Source construction 45 1265434 The right side of Figure 14 shows an example of using context information to establish more associations for user objects. The association device 208 collects based on the interception network from the proxy device containing the mobile phone device object A'. Dynamic environment information, using the user's mobile phone device object A' as a bridge, the user object A and the device D', the device E' and the device F' intercepted by the interception network where the mobile phone's proxy device is located An association is established between the right side of Figure 15. The use of context information to create more associations for user objects is provided. The association device 208 is based on the interception network from the proxy device where the camera device object C' is located. The dynamic environment information, with the camera device object C' as a bridge, establishes an association between the user object A and the device Ή', the device Γ and the device J' intercepted by the interception network where the agent device of the camera device object C' is located. The third way to associate is to establish a relationship between the user object and the device object through the social relationship data. When the user logs in, if possible, the user manager 200 will put his social relationship information under the social relationship data item of the user object. Figure 16 shows the user through the social relationship data item. A schematic diagram of the association between an object and a device object. 46 1265434 For example, 'If the associated device 208 has established an association relationship with some device objects, such as device objects K, L, and M, for user B. If user A In association with user B, the associated device Mg establishes the relationship between user A and user B through the information under the social relationship data item of the user A object, and further establishes the relationship between user A and user B. The relationship between the device objects K, L, and the spear M that establish the relationship is established. ^ When the user device and the device object are associated with each other, the association device 208 can use any of the above three methods in combination or use it separately. The present invention provides a flexible association mode for the establishment of associations. The operation of the association device 208 establishes an association relationship with one or more available device objects for a user object. It should be noted that the association established by the associated device 208 with the one or more available device objects for the user object may also change. For example, when the new device object is created, the associated device associates the new device object with the corresponding user object. When the static/dynamic context information changes, the related device 208 will reconstruct or modify the associated relationship of the corresponding user object based on the changed environmental information. Any effect that may cause the association between the user object and the device object is 47 1465434. The associated device 208 will be triggered to reconstruct or modify the association of the corresponding user object. Thus, the associated device 208 can always maintain the association between the most recent user object and the available device object. The association device 208 stores each user object and one or more device objects associated with the user object as a perceptual network entity in the perceptual network storage 210. 17A-17C illustrate an associated job processing program of the associated device. In step SU00, the associating device 208 monitors whether or not the login or change notification is received from the user manager 200 or the physical device manager 2〇4 and whether the environmental information change is received from the static/dynamic environment information manager 2〇12(4). Notice. When the result of the judgment is that the notification is not received, the associated device 2〇8 continues the monitoring. When it is judged that the notification is received from the user management test, the process proceeds to step S1702 to determine whether the notification, the notification, or the change notification. When the result of the judgment is 疋 the notification of the registration, the field is forwarded to step S1 7 0 4, and the associated step 208 adopts the above three related methods. The combination of the two sets is the associated object of the newly registered user object.情土,,^,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, Good information, good information, to get some device objects

用的裝置物件。 如使用者拒絕使用 放棄，從而抽· 4备Afc 在步驟S 1 706，將該使用者物件，以及為該使用者物 件所關聯的裝置物件作為一個感知網路實體儲存在感知網 路儲存器2 1 0中。 選擇性地，仍在步驟S 1 708將新的感知網路建立之消 息通知虛擬裝置管理部分6，由其進行以後的作業。 當在步驟S 1702判斷為是變更作業的時候，前進到步 驟S 1 7 1 0，關聯裝置將使用者物件資訊已變更的消息通知 虛擬裝置管理部分6。根據變更内容判斷是否需要對已有的 關聯關係進行更新。該判斷例如可以根據使用者喜好資气 和/或授權資訊是否變化來進行。當判斷為需要更新的時 候，前進到步驟S 1 7 1 2，根據使用者物件變更内容進行關 聯作業。否則，處理結束。 49 1265434 在步驟S 1 7 1 4，用關聯作業結果更新儲存在感知網路 儲存器2 1 0中的對應的感知網路。 選擇性地，在步驟S 1 7 1 5，將感知網路已變更的消息 通知虛擬裝置管理部分6，由其進行以後的作業。Device object used. If the user refuses to use the waiver, thereby extracting the Afc, in step S1 706, storing the user object and the device object associated with the user object as a sensing network entity in the sensing network storage 2 1 0. Optionally, the message of the new sensing network establishment is still notified to the virtual device management section 6 at step S1 708 for subsequent work. When it is determined in step S1702 that the job is a change job, the process proceeds to step S1 7 1 0, and the associated device notifies the virtual device management portion 6 of the message that the user object information has been changed. According to the content of the change, it is judged whether it is necessary to update the existing relationship. This determination can be made, for example, based on whether the user's preference for the asset and/or the authorization information changes. When it is determined that the update is necessary, the process proceeds to step S1 7 1 2, and the related operation is performed based on the user object change content. Otherwise, the process ends. 49 1265434 In step S1 7 1 4, the corresponding perceptual network stored in the perceptual network storage 210 is updated with the associated job results. Alternatively, in step S1 7 15 , the virtual device management section 6 is notified of the message that the sensing network has been changed, and the subsequent work is performed.

當在步驟S1700判斷為是來自實體裝置管理器204的 通知時，前進到步驟S 1 7 1 6，判斷該通知是裝置登錄通知 還是裝置資訊變更通知。When it is determined in step S1700 that it is the notification from the physical device manager 204, the process proceeds to step S1 7 1 6, and it is determined whether the notification is a device registration notification or a device information change notification.

當判斷結果是登錄通知時，前進到步驟S 1 7 1 8，為該 新登錄的裝置進行關聯作業。由關聯裝置208採用上述三種 關聯方式或它們的組合為該新登錄的裝置物件進行關聯作 業。請注意，在進行關聯作業的時候，還可以根據在被關 聯的使用者物件中所儲存的使用者喜好資訊，來將裝置物 件放棄，從而根據使用者的訂製來決定裝置物件是否可作 為某個使用者可用的裝置資源。進而，在進行關聯作業的 時候，還可以根據裝置物件的狀態資訊，將狀態為“離線” 的裝置物件放棄，從而使得被關聯的裝置物件實際上是使 用者物件可用的裝置物件。 50 1265434 當將該新登錄的裝置物件與對應的使用者物件關聯起 來之後，在步驟S1720，使用關聯作業結果更新儲存在感 知網路儲存器2 1 〇中的對應感知網路内容。 選擇性地，在步驟S i 722，將感知網路已變更的消息 通知虛擬裝置管理部分6，由其進行以後的作業。 當在步驟S1716判斷為是變更作業的時候，前進到步 驟S 1 724，將裝置物件資訊已變更的消息通知虛擬裝置管 理部分6，根據變更内容判斷是否需要對已有的關聯關係進 行更新。在較佳的實施例中，當裝置的狀態發生變化的時 候’例如從線上狀態變為線外狀態，或從線外狀態變為線 上狀態的時候，判斷為需要進行更新。當判斷為需要更新 的時候，前進到步驟S 1726，根據裝置物件變更内容進行 關聯作業。否則處理結束。 在步驟S 1 7 2 8 ’用關聯作業結果更新儲存在感知網路 儲存器2 1 0中的對應的感知網路。 選擇性地，在步驟S 1 730，將感知網路已變更的消息 通知虛擬裝置管理部分6，由其進行以後的作業。 51 1265434 當在步驟S1700判斷為是來自靜態/動態環境資訊管理 器205、207的通知時，前進到步驟s174〇，由關聯裝置208 根據變更的環境資訊為對應的一個或多個使用者物件進行 關聯作業。 在步驟S1742,用關聯作業結果更新儲存在感知網路 儲存器2 1 〇中的對應的一個或多個感知網路。 選擇性地，在步驟S 1 744，將一個或多個感知網路已 變更的消息通知虛擬装置管理部分6，由其進行以後的作 業。 習知該項技藝者將能夠暸解，上述向虛擬裝置管理部 分6進行通知的作業不是必須的。 透過關聯作業，為一個使用者物件搜尋出可·用的裝置 物件資源，並且把它們作為一個感知網路實體儲存起來’ 從而可以即時地掌握真實世界中使用者可用的裝置資訊。 透過上述的說明，本發明提供一種感知網路形成方/套 和裝置，透過將真實世界中的裝置、使用者、環境資訊收 集起來，並且基於收集的資訊為使用者搜尋出矸用的裝置 資源’從而為進行資源共用、使裝置進行協同工作提供7 基礎。 52 1265434 當真實世界 時候，或者當一 服務資訊的時候 者建立一個虛擬 者和服務提供者 該使用者目前可 提供服務。 因此，當服 與該虛擬裝置進 訊由該虛擬裝置 裝置進行協調管 要求以及/或裝J 在本發明前 理，在虛擬世界 路，該感知網路 的裝置物件的資 為一個使用者物 面在說明虛擬裝 可用裝置物件資 料庫還可以透過 中的一個使用者主動要求存取一個服務的 個服務提供者主動要求向一個使用者提供 ，本發明的虛擬裝置管理器部分為該使用 裝置執仃％境。由一個虛擬裝置作為使用 之間的服務介面。該虛擬裝置將充分利用 用的那些實體裝置的綜合能力來為使用者 務提供者向使用者交付服務資訊的時候僅 行互動。而使用者所發往服務提供者的資 進行轉發。該虛擬裝置對該使用者可用的 理，從而向使用者提供根據使用者的服務 L的能力的服務。 面已經描述了透過進行資訊收集和相聯處 中為一個使用者物件建立起一個感知網 包括該使用者物件以及該使用者物件可用 訊。因此，可以將該感知網路視為本發明 件建立起的可用裝置物件資料庫。因此下 置的時候將以該感知網路作為虛擬裝置的 料庫。但是該虛擬裝置的可用裝置物件資 其它方式獲取’而不僅僅限於本發明的感 53 1265434 ’同路例如該可用裝置物件資料庫可以從已有的能夠提 供使用者目前可用實體裝置資訊的其它現有技術中獲取。 因此，本發明的虛擬裝置所使用的可用裝置物件資料庫不 限於上述感知網路，該感知網路只是虛擬裝置可以利用的 了用裝置物件資料庫的一個例子。 下面將詳細介紹虛擬裴置管理器部分6的處理。 本發明的虛擬裝置管理器部分6為每個感知網路中的 接文服務的使用者物件產生一個虛擬裝置。基於為其產生 的虛擬裝置來為使用者物件提供適當的服務。 如第1 8圖所示’該虛擬裝置包括服務處理部分1 800 , 商P刀1802’控制部分18〇4，監視部分18〇6，服務資訊 再配置部分1808以及介面部分1810。 其中控制部分1 804用於協調控制構成虛擬裝置的其它When the result of the determination is the login notification, the process proceeds to step S1 7 1 8 to perform an associated job for the newly registered device. The associated device 208 uses the above three associations or a combination thereof to perform associated operations for the newly registered device object. Please note that when the related operation is performed, the device object may be discarded according to the user preference information stored in the associated user object, thereby determining whether the device object can be used as a certain according to the user's customization. Device resources available to the user. Further, at the time of the associated operation, the device object whose status is "offline" can be discarded based on the status information of the device object, so that the associated device object is actually the device object available to the user object. 50 1265434 After associating the newly registered device object with the corresponding user object, in step S1720, the corresponding perceived network content stored in the sensing network storage 21 is updated using the associated job result. Optionally, in step S i 722, the virtual device management section 6 is notified of the message that the network has been changed, and the subsequent jobs are performed. When it is determined in step S1716 that the job is a change job, the process proceeds to step S1 724, and the virtual device management section 6 is notified of the change of the device object information, and it is judged whether or not the existing relationship needs to be updated based on the change content. In the preferred embodiment, when the state of the device changes, e.g., from the on-line state to the off-line state, or from the off-line state to the on-line state, it is determined that the update is necessary. When it is determined that the update is necessary, the process proceeds to step S1726, and the association operation is performed based on the device object change content. Otherwise the process ends. The corresponding perceptual network stored in the perceptual network storage 210 is updated with the associated job result in step S1 7 2 8 '. Alternatively, in step S1 730, the virtual device management section 6 is notified of the message that the sensing network has been changed, and the subsequent jobs are performed. 51 1265434 When it is determined in step S1700 that the notification is from the static/dynamic environment information manager 205, 207, the process proceeds to step s174, and the associated device 208 performs the corresponding one or more user objects according to the changed environmental information. Associate the job. In step S1742, the corresponding one or more sensing networks stored in the sensing network storage 21 are updated with the associated job results. Optionally, in step S1 744, the one or more messages that the perceived network has changed are notified to the virtual device management portion 6 for subsequent operations. It will be understood by those skilled in the art that the above-described operation of notifying the virtual device management section 6 is not necessary. By associating jobs, a user object is searched for available device objects and stored as a perceptual network entity' to instantly grasp the device information available to users in the real world. Through the above description, the present invention provides a sensing network forming party/set and device, which collects device, user, and environmental information in the real world, and searches for the device resource for the user based on the collected information. 'This provides the basis for resource sharing and device interaction. 52 1265434 When the real world, or when a service information, establish a virtual person and service provider, the user can currently provide services. Therefore, when the virtual device is served by the virtual device device, and the device is required to be coordinated, and in the virtual world road, the device object of the sensing network is a user object. In the description of the virtual device available device object database, a service provider who actively requests access to a service through a user actively requests to provide to a user, and the virtual device manager portion of the present invention is executed for the user device. %territory. A virtual device is used as a service interface between the uses. The virtual device will make full use of the combined capabilities of those physical devices to interact with the user service provider when delivering service information to the user. The funds sent by the user to the service provider are forwarded. The virtual device is available to the user to provide the user with a service based on the user's service L. It has been described that a perception network is created for a user object through the information collection and association, including the user object and the user object available. Therefore, the perceptual network can be considered as a library of available device objects established by the present invention. Therefore, the sensing network will be used as a repository for virtual devices. However, the available device items of the virtual device are obtained in other ways 'not limited to the sense of the present invention 53 1265434 'Same way, for example, the available device object database may be from other existing existing information capable of providing the user's currently available physical device information. Obtained in technology. Therefore, the library of available device objects used by the virtual device of the present invention is not limited to the above-described sensing network, and the sensing network is only one example of a library of device objects that can be utilized by the virtual device. The processing of the virtual device manager section 6 will be described in detail below. The virtual device manager portion 6 of the present invention generates a virtual device for each user object that is aware of the contextual service in the network. The appropriate service is provided for the user object based on the virtual device it generates. As shown in Fig. 18, the virtual device includes a service processing section 1 800, a quotient P knife 1802' control section 18〇4, a monitoring section 18〇6, a service information reconfiguring section 1808, and an interface section 1810. Wherein the control portion 1 804 is used to coordinately control other components constituting the virtual device

感知網路產生部分進行互動的介 置其它部分與感知網路產生部分各組成的資訊 該介面部分1 8 1 〇執行。另外，使用者物件透過 181〇與虛擬裝置互動。 54 1265434 監 網路進 協 為使用 在 負責使 服 服務類 合，將 到相對 候，還 下 首 裝置物 擇服務 首 一個裝 分互動，對感知 情況。 視部分1 806負責與感知網路產生部 行監控，掌握感知網路的即時構成 商部分腕負責與服務提供者互動，根據感知網路 者選擇最適當的服務類型。 使用者接受具體的服務的時候，服務處理部分18〇〇 用者和服務提供者之間的資訊互動。 務資訊再配置部分1 808根據協商部分丨8〇2所決定的 型來決定接受服務s要的褒4物件/裝置物件組 服務處理部分18〇〇所發送給使用者物件的資訊配置 的裝置物件，並且當決定的是裝置物件組合的時 負責協調各裝置物件之間的作業。 面將詳細介紹上述各部分的作業。 先結合第19圖說明當使用者物件透過感知網路中的 件發运服務要求的時候，虛擬裝置為使用者物件選 類型以及裝置物件/裝置物件組合的處理。 先，在步驟S1900，介面部分181〇從感知網路中的 置物件接收使用者物件所發送的服務要求，介面部 55 1265434 分181 0將該服務要求轉發給控制部分18〇4，控制部分“Μ 將該服務要求轉發給協商部分18〇2，並且將該服務要求事 件通知監視部分1 806。 在步驟S 1 902，回應接收到服務要求事件，監視部分 1 806透過介面部分1810從該使用者物件的感知網路獲取各 可用的裝置物件資訊和/或使用者物件資訊。然後透過控制 部分1 804將所獲取的裝置物件資訊發送給協商部分18〇2。 在步驟S 1 904，回應接收到服務要求，協商部分丨8 i 〇 將該服務要求發送給對應的服務提供者，要求服務提供者 提供滿足該服務要求的服務的服務類型資訊和各服務類型 下的裝置物件能力要求資訊。該服務類型例如是服務提供 者對於一個服務要求可以提供的一種或多種等級的服務種 類’該裝置物件能力要求資訊例如是某個服務類型下所要 求的裝置能力。 在步驟S 1 906，回應從服務提供者接收的服務類型和 裝置物件能力要求資訊，協商部分1 802根據從監視部分 1 8 0 6所接收的裝置物件資訊和/或使用者物件資訊，從服務 提供者所提供的服務類型中選擇出適應於可用的裝置物件 的能力的一種服務類型，將所選擇的服務類型通知服務提 56 1265434 供者，並將對應於該服務類型的裝置物件能力要求資訊透 過控制部分1 804發送給服務資訊再配置部分1808。 選擇性地，在上述選擇程序中可以進而參考使用者的 個人訂製要求來決定服務類型。 例如，在步驟S 1 9 0 6，根據監視部分1 8 0 6預先從使用 者物件中所獲取的或者是透過詢問使用者所獲取的使用者 對於接收服務的裝置的喜好資訊來進一步過濾目前可用的 裝置物件’該喜好資訊例如是使用者優選使用什麼實體裝 置來接受視頻服務，使用什麼裝置來接受音頻服務等等。 然後再根據過濾後的裝置物件基本資訊，從服務提供者所 提供的服務類型中選擇出適應於過濾後的可用的裝置物件 的能力的一種服務類型。 選擇性地，協商部分1 802可以從服務提供者所提供的 多種服務類型中預先選擇出適應於可用的裝置物件的能力 的那些服務類型，並透過詢問使用者物件來決定一種服務 類型’或者透過參照’例如，使用者物件的喜好資訊中關 於使用者對於服務的要求，來進一步決定服務類型。 57 1265434 第20圖示出另一種當使用者物件透過感知網路中的裝 置物件發送服務要求的時候，虛擬裝置為使用者物件選擇 服務類型以及裝置物件/裝置物件組合的處理。 在這種方式下，步驟S2000和S2002和步驟S 1900和 S 1 902的作業相同，因此省略其說明。 在步驟S2004，回應接收到服務要求，協商部分m〇 將該服務要求以及從監視部分丨8 〇 6所接收的可用裝置物件 的資訊和/或使用者物件資訊發送給對應的服務提供者，要 求服務提供者根據可用的裝置物件的能力決定滿足該服務 要求的服務類型。 在步驟S2006，回應從服務提供者接收的服務類型資 訊，協商部分1 802為使用者物件選擇出一種服務類型，將 所選擇的服務類型通知服務提供者，並將對應於該服務類 型的裝置物件能力要求資訊透過控制部分丨8〇4發送給服務 資訊再配置部分1 808。 選擇性地，在上述步驟S2004中，根據監視部分18〇6 預先從使用者物件中所獲取的或者是透過詢問使用者所獲 取的使用者對於接收服務的裝置的喜好資訊來進一步過濾 目則可用的裝置物件，將過濾後的裝置物件資訊提供給服 務提供者。 58 1265434 選 務提供 過詢問 例如， 求，來 透 務資訊 下 務的處 協 或根據 視部分 第 圖。 首 者接收 擇性地，在步驟S2006，協商部分1 802可以將從服 者所提供的多種服務類型提供給使用者物件，並透 使用者物件來決定一種服務類型，或者透過參照， 使用者物件的喜好資訊中關於使用者對於服務的要 進一步決定服務類型。 過上述協商部分1 8 0 2的處理，為使用者物件接受服 決定了一個服務類型。 面§兒明在所決定的服務類型下為使用者物件提供服 理程序。 商部分1 8 0 2進而還透過控制部分1 8 0 4將所過濾掉的 使用者資訊所放棄使用的裝置物件辨識資訊通知監 1 806 〇 2 1圖示出了為使用者物件提供服務的處理程序流程 先，在步驟S2 100，服務處理部分1 800從服務提供 在被選擇的服務類型下所提供的服務資訊。 59 1265434 在步驟S2102，ι 透過控制部分1804發 服務處理部分1 8 0 0將接收的服務資訊 卜送給服務資訊再配置部分1 8 0 8。 4 ’服務資訊再配置部分1 8 0 8從監視部分 的裝置物件資訊，並且如果需要的話，從 在步驟S2104 , 1806獲取各可用的 協商4分1 802獲取過濾裝置物件時所放棄的裝置物件資訊 和/或所參考的使用者物件喜好資訊，根據從協商部分1802 所接收的裝置物件能力要求資訊，為使用者物件決定接收 服務資訊的裝置物件/裝置物件組合。 在步驟S2106，服務資訊再配置部分18〇8將服務資訊 透過介面部分1810配置給所決定的裝置物件/裝置物件組 合。並且當需要在裝置物件之間進行協調的時候，例如在 需要在各裝置物件之間同步各種服務資訊流的時候，進行 在服務提供者為使用者物件提供服務的程序中，使用 者物件與服務提供者之間的万叙咨邻拙旦：未、α上...The sensing network generates part of the interaction between the other parts and the information about the components of the sensing network. The interface part is executed. In addition, the user object interacts with the virtual device through 181〇. 54 1265434 Supervisory Network Association for the use of the service is responsible for the service, will be the opposite, but also the first device selection service, the first component interaction, the perception. The visual part 1 806 is responsible for monitoring with the sensing network generating department, and the instant component of the sensing network is responsible for interacting with the service provider, and selecting the most appropriate service type according to the perceived network. When the user accepts a specific service, the service processing section 18 interacts with the information between the user and the service provider. The information reconfiguration section 1 808 determines the device object of the information configuration to be sent to the user object by the service object s group/service object group processing processing section 18 according to the type determined by the negotiation section 丨8〇2. And when it is determined that the device object combination is responsible for coordinating the work between the various device objects. The operations of each of the above sections will be described in detail. First, in conjunction with FIG. 19, when the user object transmits the service request through the component in the sensing network, the virtual device processes the user object selection type and the device object/device object combination. First, in step S1900, the interface portion 181 receives the service request sent by the user object from the object in the sensing network, and the interface part 55 1265434 divides the service request to the control portion 18〇4, the control portion.进行 forwarding the service request to the negotiation portion 18〇2, and notifying the monitoring portion 1 806 of the service request event. In step S1 902, in response to receiving the service request event, the monitoring portion 1 806 transmits the user from the user through the interface portion 1810. The sensing network of the object acquires each available device object information and/or user object information, and then transmits the acquired device object information to the negotiating portion 18〇2 through the control portion 1804. In step S1904, the response is received. The service request, the negotiation part 丨8 i 发送 sends the service request to the corresponding service provider, and requests the service provider to provide the service type information of the service satisfying the service requirement and the device object capability requirement information under each service type. The type is, for example, one or more levels of service that the service provider can provide for a service request. The object capability request information is, for example, the device capability required under a certain service type. In step S1 906, in response to the service type and device object capability request information received from the service provider, the negotiation portion 1802 is based on the slave monitoring portion 1 8 0 6 received device object information and/or user object information, selecting a service type from the service provider's service type to adapt to the available device object, and notifying the service type of the selected service type 56 1265434 The provider sends the device object capability requirement information corresponding to the service type to the service information reconfiguration portion 1808 through the control portion 1804. Optionally, in the above selection procedure, the user's personal subscription can be further referred to. The request determines the type of service. For example, in step S1 906, the user is pre-acquired from the user object according to the monitoring part 1 806 or is the user's preference for receiving the service device obtained by the querying user. Information to further filter currently available device objects 'This preference information is for example user preference What physical device is used to accept the video service, what device is used to accept the audio service, etc. Then, based on the filtered device object basic information, the available device adapted to the filtering is selected from the service types provided by the service provider. A type of service of the capabilities of the object. Optionally, the negotiation portion 1 802 can pre-select those service types that are adapted to the capabilities of the available device objects from a plurality of service types provided by the service provider, and by querying the user object To determine the type of service or to further determine the type of service by referring to the user's preference information in the user's preference information. 57 1265434 Figure 20 shows another way when the user object passes through the sensing network. When the device object in the transmission service request is requested, the virtual device selects the type of service for the user object and the processing of the device object/device object combination. In this manner, the operations of steps S2000 and S2002 and steps S 1900 and S 1 902 are the same, and thus the description thereof will be omitted. In step S2004, in response to receiving the service request, the negotiation part m sends the service request and the information of the available device object and/or the user object information received from the monitoring part 丨8 〇6 to the corresponding service provider, requesting The service provider determines the type of service that meets the service requirements based on the capabilities of the available device objects. In step S2006, in response to the service type information received from the service provider, the negotiation section 1 802 selects a service type for the user object, notifies the service provider of the selected service type, and associates the device object corresponding to the service type. The capability requirement information is sent to the service information reconfiguration section 1 808 through the control section 丨8〇4. Optionally, in the above step S2004, according to the monitoring part 18〇6, the user's information about the device that receives the service is obtained from the user object in advance or is obtained by querying the user. The device object provides the filtered device object information to the service provider. 58 1265434 The election provides an inquiry, for example, to the Department of Transaction Information or the Part of the View. The first one receives, in step S2006, the negotiation part 1 802 can provide a plurality of service types provided by the service provider to the user object, and determine the service type through the user object, or through the reference, the user object. In the preference information, the user's service is further determined by the type of service. Through the processing of the above negotiation part 108, a service type is determined for the user object to accept the service. The § 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The quotient part 1 8 0 2 further informs the supervisor of the device identification information discarded by the filtered user information through the control part 1 804. The figure 1 shows the processing for providing service to the user object. Program Flow First, in step S2 100, the service processing section 1 800 provides service information provided under the selected service type from the service. 59 1265434 In step S2102, the service processing portion 1800 sends the received service information to the service information reconfiguration portion 108 8 through the control portion 1804. 4 'Service information reconfiguration section 1 8 0 8 from the monitoring part of the device object information, and if necessary, from each of the available negotiation 4 points 1 802 to obtain the filter device object in step S2104, 1806 to obtain the device object information And/or the referenced user object preference information, based on the device object capability request information received from the negotiation portion 1802, determines the device object/device object combination for receiving the service information for the user object. In step S2106, the service information reconfiguration section 18〇8 configures the service information through the interface section 1810 to the determined device object/device object combination. And when it is necessary to coordinate between the device objects, for example, when it is required to synchronize various service information flows between the device objects, the user objects and services are provided in the program in which the service provider provides services for the user objects. Between the providers and the sects of the syllabus: no, α,...

60 1265434 由此，根據本發明，為使用者物件 服務提供了一個虛擬裝置執行環境。 因此，透過僅與虛擬裝置互動來提 提供者可以不用考慮接收服務的具體裝 以開發出使用者導向的不同需要的各種 進而，根據本發明的虛擬裝置能夠 提供的服務類型，並結合可用的裝置物 選擇適當的服務類型。從而提高了使用 品質並且充分地利用了使用者周圍的裝 進而，根據本發明的虛擬裝置根據 要求來決定可用的接收服務資訊的裝置 型’從而提供以使用者為中心的服務。 進而，由於本發明的虛擬裝置可以 可用的裝置資源，因此，為即時地為使 提供一種有效的途徑。 上述虛擬裝置在為使用者物件提供 感知網路中的裝置物件資訊或使用者物 時候，例如當增加或減少裝置物件的時 物件的喜好資訊發生變化的時候，有可 接受服務提供者的 供服務資訊，服務 置的能力，從而可 豐富的服務類型。 根據服務提供者所 件的能力為使用者 者接受服務的服務 置能力。 使用者的個人訂製 物件或者服務類 即時地掌握使用者 用者提供資訊服務 服務的程序中，當 件資訊發生變化的 候，例如當使用者 能影響使用者物件 61 ^65434 接受服務時的品質。因此， 據感知網路的改變來適當地 能力。 本發明的虛概裴置進而具有根 進行虛擬裳置執行環境調整的 第22圖示出 業的程序。 了虛擬裝置進行虛擬裝 置執行環境調整作 首先在步驟S2200’監視部分1806透過介面部分監視 感知網路的資訊。 杳之在步驟S2202 ’監視部分18〇6決定感知網路的資訊是 吁I生變更。當監視到感知網路的資訊發生變更的時候， 剐進到步驟S22〇0，否則繼續進行監視。 在步驟S2206,監視部分1 806判斷變更的類型。 當變更類型為裝置物件減少的時候，前進到步驟 1斷減少的裝置物件是否被用來接受服務資訊。 當判斷結果是否的時候，結束處理。否則前進到步驟 S2210’通知服務資訊再配置部分18〇8裝置物件被減少， 由服務資訊再配置部分刪判斷是否有可替代的裝置^ /裝置物件組合。當存在可替代的裝置物件/裝置物… 的時候，前進到步驟S2212,通知服務資訊再配置部分18 62 1265434 使用該替代裝置物件/裝置物件組合繼續提供資訊服務。在 步驟S2214，服務資訊再配置部分18〇8回應接收到該通 知’使用該替代裝置物件/裝置物件組合繼續提供資訊服 務0 *在步驟S 2 2 1 〇判斷為沒有可替代的裝置物件/裝置物 件組合的時候，前進到步驟S2216，由服務資訊再配置部 分1 808通知協商部分18〇2再次進行服務類型的決定，並通 知控制部分1 804保持目前的服務進度資訊，暫時中斷向使 用者物件提供服務。 在步驟S2218，協商部分1802根據目前可用的裝置物 件資訊’將目前的服務進度資訊通知服務提供者，按照第 19圖的步驟S19〇4-S19〇6或第2〇圖的S2〇〇4或S2〇〇6為使用 者物件再次決定一個新的服務類型。 在步驟S2220，服務處理部分18〇0在新的服務類型下 從服務提供者繼續接收被中斷後的服務，由服務資訊再配 置部分1 808決定新的裝置物件/裝置物件組合。 然後在步驟S2222，在新的服務類型下使用被重新決 定的新的裝置物件/裝置物件組合繼續為使用者物件提供 服務資訊。 63 1265434 當在步驟S2206判斷為裝置物件被增加的時候，由 對於目刖的服務=貝rfL提供不產生影響，因此結束處理 是，本領域技術人員可以瞭解，當裝置物件被增加的與 也可以由協商部分1 802重新為使用者物件決定一個基 被增加後的裝置物件的服務類型，以增強服務品質。 當在步驟S2206判斷為使用者物件的喜好資訊被養 的時候’刖進到步驟S 2 2 2 4，判斷該變更是否會影響g 接收服務資訊的裝置物件/裝置物件組合的選定。在不 的時候，結束處理。否則前進到步驟s 2 2 1 〇 ,進行以杉 處理。 因此’本發明的虛擬裝置能夠根據使用者的感知 資訊的改變調整服務提供方式，從而提供了動態地適 用者的即時環境或即時需要的更加靈活的資訊提供方 本發明的虛擬裝置還能夠對服務提供者側主動向 者發送的服務資訊為使用者選擇一種合適的資訊呈現 並向使用者呈現。 第23圖示出了由服務提供者側向使用者發送的服 訊的處理流程圖。 於 〇但 卜候， 於該 ^更 I前 影響 ί的 網路 應使 式。 使用 形式 務資 64 1265434 首先，在步驟S2300，服務提供者向協商1 送一個通知，通知要向使用者物件發送服務資 其可以提供的服務類型和對應的裝置物件能力 送給協商部分1 802。 在步驟S2302，回應接收到該通知，協商名 過控制部分1 804要求監視部分丨806發送關於該 的感知網路資訊。 在步驟S2304，回應接收到該要求，監視名 過介面部分1810從該使用者物件的感知網路獲 裝置物件資訊和/或使用者物件資訊。然後透遇 1 804將所獲取的裝置物件資訊發送給協商部分 在步驟S2306，協商部分1802根據從監視名 接收的裝置物件資訊，從服務提供者所提供的 選擇出適應於可用的裝置物件的能力的一種服 將所選擇的服務類型通知服務提供者。 選擇性地’在上述選擇程序中可以進而參 個人訂製要求來決定服務類型。 取分1 802發 訊，並且將 要求資訊發 P分1 802透 使用者物件 P分1 806透 取各可用的 i控制部分 1802 〇 P分1 806所 服務類型中 務類型，並 考使用者的 65 1265434 例如，根據監視部分1 806預先從使用者物件中所獲取 的或者是透過詢問使用者所獲取的使用者對於接收服務的 裝置的喜好資訊來進一步過濾目前可用的裝置物件，該喜 好資訊例如是使用者優選使用什麼實體裝置來接受視頻服 務，使用什麼裝置來接受音頻服務等等。然後再根據過濾 後的裝置物件基本資訊’從服務提供者所提供的服務類型 中選擇出適應於過濾、後的可用的裝置物件的能力的一種服 務類型。 選擇性地，協商部分1 802可以從服務提供者所提供的 多種服務類型中選擇出適應於可用的裝置物件的能力的那 些服務類型，並透過詢問使用者物件來決定一種服務類 型，或者透過參照，例如，使用者物件的喜好資訊中關於 使用者對於服務的要求，來進一步決定服務類型。 然後按照第2 1圖所示出的流程向使用者物件發送服務 資訊。 第24圖示出另一種由服務提供者側向使用者發送服務 資訊的處理流程圖。 f先’在步驟S2400，服務提供者向協商部分1 802發 送個通知’通知要向使用者物件發送服務資訊。 66 1265434 在步驟S2402，回應接收到該通知， 队判邊通知，協商部分1 8 02透 過控制部分18〇4要求監視部分18〇6菸 、 1刀运關於該使用者物件 的感知網路資訊， 在步驟S2404,回應接收到該要求，監視部分““透 過介面部分181〇從該使用者物件的感知網路獲取各可用的 裝置物件資訊和/或使用者物件資訊。然後透過控制部分 1 8 〇 4將所獲取的裝置物件資訊發送給協商部分丨8 〇 2。 在步驟S2406，協商部分1810將從監視部分18〇6所接 收的感知網路資訊發送給對應的服務提供者，要求服務提 供者根據該感知網路中的裝置資訊決定滿足其服務資訊提 供的一種或多種服務類型。 在步驟S2408 ,回應從服務提供者接收的服務類型資 訊，協商部分1 802為使用者物件選擇出一種服務類梨，並 將所選擇的服務類型通知服務提供者。 選擇性地’在上述步驟S2406中，根據監視部分18〇6 預先從使用者物件中所獲取的或者是透過詢問使用者所獲 取的使用者對於接收服務的裝置的喜好資訊來進一步過濾 67 1265434 目則可用的裝置物件，將過濾後的裝置物件的能力 供給服務提供者。 選擇性地’在步驟S24〇8 ,協商部分18〇2可以另 務提供者所提供的多種服務類型提供給使用者物件 過詢問使用者物件來決定一種服務類型，或者透過 例如’使用者物件的喜好資訊中關於使用者對於服 求，來進一步決定服務類型。 然後按照第2 1圖所示出的流程向使用者物件發 資訊。 選擇性地，本發明的虛擬裝置將虛擬裝置各組 以及服務提供者與使用者之間的互動控制資訊專門 使用者的一個實體裝置上，使用該實體裝置來作為 控制服務的“遙控器”。因此，本發明的控制部分 以包括一個未圖示的控制資訊管理部分，來將發往 的控制資訊透過一個未圖示的控制資訊互動介面發 用者所指定的或者是虛擬裝置從可用的裝置中所選 置上，透過該裝置上所顯示的控制資訊，來使使用 所有其它裝置。而使用者發往虛擬裝置的控制資訊 該控制資訊互動介面由控制資訊管理部分轉發給監 分，協商部分或服務處理部分。 資訊提 ί從服 ，並透 參照， 務的要 送服務 成部分 發送到 使用者 1 804 可 使用者 送給使 擇的裝 者作業 也透過 視部 68 1265434 因此，本發明的虛擬裝置還能夠根據服務提供者所主 動發送給使用者的服務資訊為使用者選擇一種適當的服務 類型，為使用者提供服務。 應該注意的是，上面所描述的實 本發明，並不構成對本發明的限制。 另外，上述各作業程序可以以儲存在各種介質中的6 腦可以執行的程式的方式達成。這些介質包括但不限於; 各種記憶體和儲在留__ 储存早π ,半導體裝置，磁碟單元例如光， 磁和磁光碟，以另甘… 尤 及其匕適於儲存資訊的介質。 雖然結合jr付闰…， ^ 圖砰細描述了本發明的實施例，彳e是f+ , 習知該項技藝者來$ ^ 仁疋對方 此 說，仍可以對上述實施方式作出各 改和變更而不未必士於 ^各種f: .. 、本發明的實質和範圍。因此，本發％ 6 範圍僅由所附權利^ ^明0 1隹刊要求限定。 【圖式簡單說明】 第1圖示出柄4会 χ據本發明的服務提供系統的概念 第2圖示出柄4♦丄 昏， 很據本發明的服務提供系統的結構方方塊 第3圖示&進行使用 第4圖示出進行襞置 第5圖示出了代理裝 者資訊管理的流程圖 資訊管理的流程圖。 置的結構方方塊圖。 〇 69 1265434 第6圖示出在集中收 τ叹集方式下使用代理裝置進行襞置 資訊收集的示意圖。 第7圖示出在集中收集方式下收集装置資訊的流程圖 第8圖不出在本於日日丨> 4 %明收集方式下使用代理裝置進行裝 置資訊收集的示意圖。 第9圖示出在本發明收集方式下收集裝置資訊的流程 圖。 第10圖示出靜態環境資訊的收集程序流程圖。 第11圖示出一種動態環境資訊的收集程序流程圖。 第12圖示出另一種動態環境資訊的收集程序流程圖。 第1 3圖示出再一種動態環境資訊的收集程序流程圖。 第14圖示出透過專用裝置資料項在使用者物件和駿置 物件之間建立關聯的示意圖。 第1 5圖示出透過環境資訊在使用者物件和裝置物件之 間建立關聯的示意圖。 第1 6圖示出透過社會關係資料項在使用者物件和裝置 物件之間建立關聯的示意圖。 第17A-17C圖示出關聯作業的流程圖。 第1 8圖是根據本發明的虚擬裝置的結構圖。 第1 9圖說明瞭根據本發明的一個實施例虛擬裝置為使 用者物件選擇服務類型的處理流程圖。 第2 0圖說明暸根據本發明的另一個實施例虛擬裝置為 使用者物件選擇服務類型的處理流程圖。 70 1265434 第2 1圖說明暸使用者物件接受服務的程序流程圖。 第22圖說明暸虛擬裝置執行環境調整的流程圖。 第23圖說明暸根據本發明的再一個實施例虛擬裝置為 使用者物件選擇服務類型的處理流程圖。 第 24圖說明暸根據本發明的又一個實施例虛擬裝置 為使用者物件選擇服務類型的處理流程圖。 [元 100 102 104 106 108 110 112 114 116 120 122 124 126 128 130 200 201 202 203 204 205 2 06 207 208 210 400 402 號界錄界 路擬置務務置 符世登世化網虛裝服服裝者 明 說 單 簡 器 S 管 路 器 器 網 器 理器存 取存 管存儲器截器儲 器訊儲訊理訊存訊 訊？ 件庫理資件資管資儲資 器資錄 件物訊管境物境置境件境置存置登 物者資者環者環裝環物環裝儲裝已 表實訊擬聯知生擬取取體用境置用境用態用態體態置態聯路收置 代真資虛關感產虛存存實使環裝使環使靜使靜實動裝動關網接裝 件 集 收 境 環 作 操 置 裝 者者 供供 提提 71 1265434 0 2 4 4680240246802000 0001110000011888888 4444445555555111111 ο ο 160 1265434 Thus, in accordance with the present invention, a virtual device execution environment is provided for user object services. Therefore, by interacting only with the virtual device, the provider can develop various types of user-oriented needs without considering the specific installation of the receiving service. Further, the type of service that the virtual device according to the present invention can provide, combined with the available devices. Choose the appropriate service type. Thereby, the quality of use is improved and the equipment around the user is fully utilized. Further, the virtual device according to the present invention determines the available device type of receiving service information according to requirements to provide user-centered services. Furthermore, since the virtual device of the present invention can be used as a device resource, it is an effective way to provide an instant. When the virtual device provides the user object with the device object information or the user object in the network, for example, when the preference information of the object changes when the device object is added or decreased, the service provider can receive the service information. Information, the ability to set the service, and thus the types of services that can be enriched. The ability to receive services for the user based on the capabilities of the service provider. The user's personal customized item or service class immediately grasps the user's information service service, and when the information changes, for example, when the user can influence the quality of the user object 61 ^ 65534 . Therefore, the ability is appropriately based on the change in the perceived network. The virtual outline of the present invention, in turn, has a program for displaying the virtual rendering execution environment adjustment. The virtual device performs virtual device execution environment adjustment. First, in step S2200', the monitoring portion 1806 monitors the information of the sensing network through the interface portion. In step S2202, the monitoring section 18〇6 determines that the information of the sensing network is a change. When it is monitored that the information of the sensing network has changed, the process proceeds to step S22〇0, otherwise the monitoring is continued. In step S2206, the monitoring section 1806 determines the type of the change. When the change type is the reduction of the device object, proceed to step 1 to determine if the reduced device object is used to receive the service information. When the judgment result is negative, the processing ends. Otherwise, the process proceeds to step S2210' to notify the service information reconfiguration portion 18 that the device object is reduced, and the service information reconfiguration portion deletes whether or not there is an alternative device device/device object combination. When there is an alternative device object/device..., proceeding to step S2212, the service information reconfiguration portion 18 62 1265434 is notified to continue providing the information service using the replacement device object/device object combination. In step S2214, the service information reconfiguration section 18〇8 responds to the receipt of the notification 'Continue to provide the information service using the replacement device object/device object combination. 0* In step S2 2 1 〇, it is determined that there is no alternative device object/device When the object combination is combined, the process proceeds to step S2216, and the service information reconfiguration section 1808 notifies the negotiation section 18〇2 to perform the service type determination again, and notifies the control section 1804 to maintain the current service progress information, temporarily interrupting the user object. Provide services. In step S2218, the negotiating portion 1802 notifies the service provider of the current service progress information according to the currently available device object information, in accordance with step S19〇4-S19〇6 of FIG. 19 or S2〇〇4 of the second figure or S2〇〇6 again determines a new service type for the user object. In step S2220, the service processing section 18〇0 continues to receive the interrupted service from the service provider under the new service type, and the service information reconfiguration section 1808 determines the new device object/device object combination. Then, in step S2222, the re-determined new device object/device object combination continues to be used to provide service information for the user object under the new service type. 63 1265434 When it is determined in step S2206 that the device object is added, it does not have an influence by the service for the target = Bayer rfL, so the end of the processing is, those skilled in the art can understand that when the device object is added, The negotiation part 1 802 re-determines the service type of the device object whose base is added for the user object to enhance the service quality. When it is determined in step S2206 that the preference information of the user object is raised, the process proceeds to step S2 2 2 4, and it is judged whether or not the change affects the selection of the device object/device object combination for receiving the service information. When not, end the process. Otherwise proceed to step s 2 2 1 〇 and proceed with cedar. Therefore, the virtual device of the present invention can adjust the service providing manner according to the change of the user's perceived information, thereby providing a real environment for the dynamically applicable person or a more flexible information provider that is needed immediately. The virtual device of the present invention can also serve The service information sent by the provider side to the active user is selected by the user to present an appropriate information presentation and presented to the user. Figure 23 is a flow chart showing the processing of the service sent by the service provider side to the user. In the case of 〇 〇 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Usage Forms Servicing 64 1265434 First, in step S2300, the service provider sends a notification to the negotiation 1 to notify the user that the service type and the corresponding device object capability that can be provided by the service item are sent to the negotiation part 1 802. In response to receiving the notification in step S2302, the negotiation name control section 1 804 requests the monitoring section 806 to transmit the sensing network information about the notification. In step S2304, in response to receiving the request, the monitoring name interface portion 1810 obtains device object information and/or user object information from the sensing network of the user object. Then, the acquired device object information is transmitted to the negotiating portion through the 804. In step S2306, the negotiating portion 1802 selects the capability of adapting to the available device object from the service provider based on the device object information received from the monitoring name. A service will notify the service provider of the type of service selected. Optionally, in the above selection procedure, the personal service requirements can be further determined to determine the type of service. Score 1 802 calls, and will request information to send P 1 802 through user object P 1 806 through the available i control part 1802 〇 P points 1 806 service type in the service type, and test the user's 65 1265434 For example, according to the monitoring part 1 806, the currently available device object is further filtered from the user object or by querying the user's favorite information about the device receiving the service, such as the favorite information. It is what physical device the user prefers to use to receive the video service, what device to use to accept the audio service, and the like. Then, based on the filtered device object basic information', a service type that adapts to the ability of the filtered, available device object is selected from the service types provided by the service provider. Alternatively, the negotiation section 1 802 can select those service types that are adapted to the capabilities of the available device objects from among a plurality of service types provided by the service provider, and determine a service type by asking the user object, or by reference. For example, the user's preference information in the user object's preference information further determines the service type. The service information is then sent to the user object in accordance with the flow illustrated in Figure 21. Figure 24 is a flow chart showing another process for transmitting service information from the service provider side to the user. f first 'In step S2400, the service provider sends a notification to the negotiation section 1 802' to notify the user that the service information is to be sent. 66 1265434 In step S2402, in response to receiving the notification, the team judges the side notification, and the negotiation part 108 uses the control part 18〇4 to request the monitoring part 18〇6, 1 knife to send the perceptual network information about the user object, In step S2404, in response to receiving the request, the monitoring portion "" obtains the available device object information and/or user object information from the sensing network of the user object through the interface portion 181". Then, the acquired device object information is sent to the negotiation portion 丨8 〇 2 through the control portion 1 8 〇 4 . In step S2406, the negotiation part 1810 transmits the sensing network information received from the monitoring part 18〇6 to the corresponding service provider, and requests the service provider to determine one of the service information providing information according to the device information in the sensing network. Or multiple service types. In step S2408, in response to the service type information received from the service provider, the negotiation section 1 802 selects a service class pear for the user object and notifies the service provider of the selected service type. Optionally, in step S2406, the monitoring portion 18〇6 is pre-filtered from the user object or is further filtered by the user's favorite information about the device receiving the service obtained by the user. The available device items provide the ability of the filtered device item to the service provider. Optionally, at step S24 〇 8, the negotiation portion 18 可以 2 may provide the user object with a plurality of service types provided by the service provider to query the user object to determine a service type, or by, for example, a 'user object' In the preference information, the user is asked to further determine the type of service. The information is then sent to the user object in accordance with the flow illustrated in Figure 21. Optionally, the virtual device of the present invention uses the virtual device to control the information between the service provider and the user on a physical device of the information-specific user, and uses the physical device as a "remote control" for controlling the service. Therefore, the control portion of the present invention includes a control information management portion (not shown) for transmitting the control information to be transmitted by an unillustrated control information interactive interface or by a virtual device from the available device. The selected one is set to use all other devices through the control information displayed on the device. The control information sent by the user to the virtual device is controlled by the control information management part to the monitoring, negotiation part or service processing part. The information is sent from the service, and the reference is sent to the user. The service is sent to the user 1 804. The user can send the job to the selected installer and also through the view unit 68 1265434. Therefore, the virtual device of the present invention can also be The service information that the service provider actively sends to the user selects an appropriate service type for the user to provide services for the user. It should be noted that the invention described above does not constitute a limitation of the invention. Further, each of the above-described work programs can be realized by a program that can be executed by 6 brains stored in various media. These media include, but are not limited to, various memory and storage __ storage early π, semiconductor devices, disk units such as optical, magnetic and magneto-optical discs, in addition to their medium suitable for storing information. Although the embodiment of the present invention is described in detail in conjunction with jr, the figure 砰e is f+, and the skilled artisan is able to make changes and changes to the above embodiment. It is not necessary to have a variety of f: .., the essence and scope of the present invention. Therefore, the scope of the present invention is limited only by the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 shows a handle 4 according to the concept of the service providing system according to the present invention. Fig. 2 shows a handle 4 ♦ stun, according to the structure of the service providing system of the present invention. Fig. 4 shows the flow of information management of the agent installer information management. Set the square block diagram of the structure. 〇 69 1265434 Figure 6 shows a schematic diagram of information collection using a proxy device in a centralized sigh mode. Fig. 7 is a flow chart showing the collection of device information in the centralized collection mode. Fig. 8 is a schematic diagram showing the collection of device information using the proxy device in the Japanese collection mode. Fig. 9 is a flow chart showing the collection of device information in the collection mode of the present invention. Figure 10 shows a flow chart of the collection procedure for static environment information. Figure 11 shows a flow chart of a collection procedure for dynamic environment information. Figure 12 shows another flow chart of the collection procedure for dynamic environment information. Figure 13 shows a flow chart of another collection procedure for dynamic environment information. Figure 14 is a schematic diagram showing the association between a user object and a military object through a dedicated device data item. Figure 15 shows a schematic diagram of the association between user objects and device objects through environmental information. Figure 16 shows a schematic diagram of establishing an association between a user object and a device object through a social relationship data item. 17A-17C illustrate a flow chart of associated operations. Figure 18 is a block diagram of a virtual device in accordance with the present invention. Figure 19 illustrates a process flow diagram for a virtual device to select a service type for a user object in accordance with one embodiment of the present invention. Figure 20 illustrates a process flow diagram for selecting a service type for a user object by a virtual device in accordance with another embodiment of the present invention. 70 1265434 Figure 21 illustrates a flow chart of the procedure for receiving user services. Figure 22 illustrates a flow diagram of virtual device execution environment adjustment. Figure 23 is a flow chart showing the processing of selecting a service type for a user object by the virtual device in accordance with still another embodiment of the present invention. Figure 24 is a flow chart showing the processing of selecting a service type for a user object by the virtual device in accordance with still another embodiment of the present invention. [yuan 100 102 104 106 108 110 112 114 116 120 122 124 126 128 130 200 201 202 203 204 205 2 06 207 208 210 400 402 The boundary line is intended to be placed on the World Wide Web Single S S line device network device access custody memory blocker memory information storage signal storage information? Parts of the library, the management of the assets, the management of the assets, the recordings, the physical information, the physical environment, the environment, the placement of the environment, the depositors, the environmental protection, the ring, the ring, the storage, the storage, the The use of the state of the use of the state of the state of the state of the state of the state of the state of the road to collect the real capital of the virtual state of the sense of production of virtual storage and real life of the ring to make the ring to make the static and dynamic installation of the network to pick up the collection The ring-mounted operator is provided for the supply 71 1265434 0 2 4 4680240246802000 0001110000011888888 4444445555555111111 ο ο 1

0246802402402460000011 ooooollloooooooooooooo 3333333377799991111111 SSSSSSSSSSSSSSSSSSSSSS 元元 訊置理分分分訊分用已需用用登用更播集修播夠收收態靜 單單置資裝處部部部資部使者所使使已使已廣收或廣能接接靜集 取生存知新知理面發存裝置理務商制視務面收用取立存知新知置出生收否所所收收 截產儲通更通處介收儲主裝代服協控監服介接使截建儲通更通裝送產接是將將接已 件 置訊物 裝資置 訊件件新件裝 資物物錄物新 需置置登置更元 所裝裝已裝已單 置 裝 集 收 分 部 % 分 部 置 配 再 器 器 理 理 管 管 置 置 裝 裝 體去 體 實出 實 知送 件訊至 通傳 ？ 者訊物資訊件 訊訊 訊 用資者置資物 資資訊資 訊？訊件件使件用裝置置 ？播播資境 資錄資物物新物使的裝裝訊知廣廣境環 者登之者者錄者新它的改資通的的環態 t 訊 訊 資資 境境 環環 態態 訊訊 訊資的資的 資境新境新 的環集環正 需態收態修 所靜已靜已 取存知新知 截儲通更通 72 12654340246802402402460000011 ooooollloooooooooooooo 3333333377799991111111 SSSSSSSSSSSSSSSSSSSS Yuanyuanxun has a wide range of points and has been used for more than one broadcast. Guangneng picks up the static collection, survives, knows the new knowledge, saves the device, manages the business, and uses the visual information to collect and collect the new knowledge. The new knowledge sets the birth and receipt of the harvest. The storage is better. The storage is the main storage agency. The construction of the supervision and supervision service will enable the construction of the interception and construction of the storage and distribution of the goods, and will be connected to the new pieces of the information. The new parts will be placed in the new items. Packed in a single-package collection and collection division% Division of the re-arrangement of the management of the tube installation of the body to the body to know the actual delivery of the message to the pass? Newsletter Information Newsletter User Funding Information Information? The message piece is used by the device? Broadcasting of the assets and resources of the new materials, the installation of the information, the wide-ranging environment, the person who recorded the newcomer, the new state of the capital, the state of the ring, the information flow, the state of the ring, the state of affairs The capital of the capital, the new environment, the new ring, the ring, the state of the state, the state of the state, the retreat, the static, the static, the deposit, the knowledge, the new knowledge, the interception, the pass, the pass, 72 1265434

S1100收集裝置資訊 S1102通知裝置ID S 1104在對應的儲存空間儲存裝置id S 1 1 06在其他的儲存空間刪除對應的紀錄 S 11 0 8通知相關的裝置動態環境資訊已改變的訊息 S 1200裝置的代理裝置接收從另一個裝置的代理裝置所 廣播的資訊 S1202產生對映表 S 1204是否能夠通知？ S 1206將所製作的對映表以及主裝置的id傳送至相鄰的 代理裝置接收 S 1 208將所製作的對映表資訊發送給動態環境資訊截取 網路管理器 S 1209需要更新動態環境資訊 S 1 2 1 0更新對應表關係 S 1 2 1 2刪除在其他的儲存空間的對應紀錄 S 1 2 1 4通知相關的裝置動態環境資訊已改變的訊息 S 1 300接收動態環境資訊 S 1 302已更新？ S 1304更新動態環境資訊 S 1 3 06刪除在其他儲存空間的對應紀錄 S 1 308通知相關的裝置動態環境資訊已改變的訊息 S 1700監視是否有通知？ S 1 702通知類型？ S 1704關聯操作 S 1 7 0 6儲存感知網路 S 1 708通知虛擬裝置管理器部分 S 1 7 1 0需要改變關聯關係？ S 1 7 1 2關聯操作 S 1 7 1 4更新感知網路 S 1 7 1 5通知虛擬裝置管理器部分 S 1 7 1 6通知類型？ S 1 7 1 8關聯操作 S 1 7 2 0更新感知網路 S 1722通知虛擬裝置管理器部分 S 1724需要改變關聯關係？ S 1726關聯操作 S 1 728更新感知網路 S 1 7 3 0通知虛擬裝置管理器部分 S 1740關聯操作 S1742更新感知網路 73 1265434 求 要物資 務I型 服用類 分的使務 部送ί服 器發和供 理所訊提 管件資者 置物件供 裝者物提 擬用置務 虛使裝服 知收取求 通接獲要訊 4 0 2 4 4 0 0 0 7 9 9 9 1111 資 件 資 求 要 務 服 和S1100 collection device information S1102 notifies device ID S 1104 in the corresponding storage space storage device id S 1 1 06 deletes the corresponding record S 11 0 8 in other storage spaces to notify the related device dynamic environment information has changed message S 1200 device Is the proxy device receiving the information S1202 broadcasted by the proxy device of the other device to generate a mapping table S 1204 capable of notifying? S 1206 transmits the created mapping table and the id of the main device to the adjacent proxy device to receive S 1 208, and sends the created mapping information to the dynamic environment information interception network manager S 1209 to update the dynamic environment information. S 1 2 1 0 update correspondence table relationship S 1 2 1 2 delete corresponding record in other storage space S 1 2 1 4 notification that the related device dynamic environment information has changed message S 1 300 receives dynamic environment information S 1 302 Update? S 1304 Update dynamic environment information S 1 3 06 Delete corresponding record in other storage space S 1 308 informs related device that dynamic environment information has changed message S 1700 Monitors whether there is a notification? S 1 702 notification type? S 1704 associated operation S 1 7 0 6 Storage aware network S 1 708 informs the virtual device manager part S 1 7 1 0 need to change the association relationship? S 1 7 1 2 Association operation S 1 7 1 4 Update aware network S 1 7 1 5Notify virtual device manager part S 1 7 1 6 Notification type? S 1 7 1 8 Association operation S 1 7 2 0 Update aware network S 1722 Notification virtual device manager part S 1724 need to change the association relationship? S 1726 associated operation S 1 728 update sensing network S 1 7 3 0 notification virtual device manager part S 1740 associated operation S1742 update sensing network 73 1265434 requesting the agent type I taking the class of the service department to send the server The hair supply and the management office will pick up the pipe fittings and the object will be used by the installer to make a request for the use of the vain service. The charge will be received and received. 4 0 2 4 4 0 0 0 7 9 9 9 1111 Service and

型服用的型型訊 類的使用類類資 務送¥可務務務 服發和據服服服 之所訊根的之收 件件資者求件接資置路型置的 物物件供要物者訊務配網類裝代 者者物提務者供資服訊知的的替 用用置務服用提務收資感更除可 使使裝服該使務服接務於變移有 擇收取求足擇服送定服視關定否否 選接獲要滿選從傳決將監相決是是 6 0 2 4 6024602680 0000 oooooooool 9 0 0 0 0111122222 1 2 2 2 2222222222 ssss SSSSSSSSSS 求彳物 要物置 務者裝 資 件 定 決 力 能 的 件 合 組 件 物 置 裝 / 件 物件 置物 裝置 的裝 訊給 資置 % 變 生 發 否 是 訊 資 的 訊 資 務 服 受 接 來？ 用件 被物 件置 物裝 的件決暫 代物的， 置^訊 用裝類資 使的務度 分代服進 部替行務 置至進服 配務次的 再服再前務 訊訊分目服 資資部持供 務供商保提 服提協分件 知續知部物 通繼通制者 2 4 6 11 11 11 裝 定 時 控用 知使 件通向 物並斷 置 ，中 類 務件接 服物前 的置目 新裝響 個的影 一新會 定定否？ 決決是定 8 0 4 12 2 型置服 訊 件資 物 合 組 選 的 件 物 置 裝 的 要訊訊擇要訊訊決 知資資選知資資者 通路路件通路路供型 者網網物者網網提類 供知知者供知知務務 提感感用提感感服服 務求取使務求取求擇 服要獲為服要獲要選 024602468 οοοοοοοοο 333344444 222222222 訊 資 務 服 送 發 件 物 者 用 使 向 訊 資 務 艮 月 送 發 件 物 型者 類用 務使 服向 型 類 、κ7 緣 PR. 月 定 t 74The type of use of the type of information used to send the class of business to send the service of the service and the service of the service of the root of the recipient of the request for the payment of the location of the object of the object The agent's service distribution network class is the agent's agent, the agent's funder's service, the service, the use of the service, the charge, the charge, the sense of receipt, and the ability to make the service. If you choose to pay for the choice, you will be given a service or not. If you choose to receive the election, you will be able to complete the election. The result will be 6 0 2 4 6024602680 0000 oooooooool 9 0 0 0 0111122222 1 2 2 2 2222222222 ssss SSSSSSSSSS The item of the item's inventory is determined by the ability of the component assembly / the item storage device's equipment for the placement of the capital % change is the news of the information service is received? If the piece is loaded with the object and the item is temporarily replaced, the service will be replaced by the service, and the service will be replaced by the service. The Ministry of Capital shall hold the supply and supply of the service, and shall provide the relevant parts for the continuation of the Ministry of Knowledge and Communication. 2 4 6 11 11 11 The timing control uses the knowledge to pass the object and is disconnected. Will the new look at the front of the service be fixed? The final decision is to set the 8 0 4 12 2 type of service mail component selection of the selected items to be selected by the news to select the information to determine the information to select the source of the information, the road access road access road network The Internet is provided by the Internet for the knowledge of the knowledge, and the knowledge is sent to the public. The service is used to obtain the service. The service is required to obtain the service. The service is required to obtain the 024602468 οοοοοοοοο 333344444 222222222 The object is used to send the sender to the newsletter to send the haircut type to the service type, κ7 edge PR. Monthly set t 74

Claims (1)

1265434 翁.8?Ο #修(更，正替換頁[第% '咖％號蔚喋^军修正 拾、申請專利範圍： 1. 一種感知網路產生裝置，該感知網路包括一使用者物 件，以及該使用者物件可用的一個或多個裝置物件，該 感知網路產生裝置包括： 一使用者管理部分，用於接收至少一使用者的登錄 要求以為該等使用者建立該使用者物件； 一裝置管理部分，用於接收至少一裝置的登錄要 求，為該等裝置建立該裝置物件； 一關聯部分，以將一使用者物件與該裝置物件中的 至少一者關聯起來，形成一感知網路，其中各使用者由 一使用者物件來表示，且各裝置由一裝置物件來表示， 並且其中提供複數個使用者物件。 2.如申請專利範圍第1項所述之感知網路產生裝置，其特 徵在於：該使用者物件，其包含以下資訊的至少之一： 該使用者個人裝置辨識資訊、該使用者的生理特徵資訊 及該使用者的社會關係資訊； 該裝置物件，其至少包含該裝置的基本資訊，該裝 置的線上狀態資訊以及該裝置的存取介面資訊，該裝置 的基本資訊包括該裝置的辨識資訊以及/或該裝置的能 力資訊。1265434 翁.8?Ο #修(More, 正换页[第%的咖%号喋喋喋军改拾, patent application scope: 1. A cognitive network generating device, the sensing network includes a user object And the one or more device objects available for the user object, the sensing network generating device comprising: a user management portion, configured to receive at least one user's login request to establish the user object for the user; a device management part, configured to receive a login request of at least one device, to establish the device object for the devices; and an association portion to associate a user object with at least one of the device objects to form a sensing network And wherein each user is represented by a user object, and each device is represented by a device object, and wherein a plurality of user objects are provided. 2. The sensing network generating device according to claim 1 The user object includes at least one of the following information: the user's personal device identification information, the user's physiological characteristic information The user's social relationship information; the device object, which includes at least basic information of the device, online status information of the device, and access device information of the device, the basic information of the device includes identification information of the device and/or The capability information of the device. 7575 1265434 3.如申請專利範圍第2項所述之感知網路產生裝置，其特 徵在於：該感知網路產生裝置更包括： 一環境資訊收集部分，用於收集該多個裝置和/或 該使用者的靜態和/或動態環境資訊。The method of claim 2, wherein the sensing network generating device further comprises: an environment information collecting portion for collecting the plurality of devices and/or the using Static and/or dynamic environment information. 4.如申請專利範圍第2項所述之感知網路產生裝置，其特 徵在於：該關聯部分可根據該使用者的個人裝置辨識資 訊進行關聯作業。 5 .如申請專利範圍第2項所述之感知網路產生裝置，其特 徵在於：該關聯部分可根據該使用者的社會關係資訊進 行關聯作業。4. The sensing network generating device of claim 2, wherein the associated portion can perform an associated operation based on the user's personal device identification information. 5. The device as claimed in claim 2, wherein the associated portion is operable to perform an association operation based on the social relationship information of the user. 6.如申請專利範圍第3項所述之感知網路產生裝置，其特 徵在於：該關聯部分可根據使用者的個人裝置辨識資 訊、使用者的生理特徵資訊、使用者和社會關係資訊之 至少一者進行關聯作業。 7.如申請專利範圍第6項所述之感知網路產生裝置，其特 徵在於：該關聯部分可更根據該環境資訊收集部分所收 集的該環境資訊進行關聯作業。 76 1265434 1年月0修(更)正發魏4 1ϋϋ·Α—— 8.如申請專利範圍第1-7項之任一項所述之感知網路產生 裝置，其特徵在於： 該使用者物件更包含該使用者喜好資訊和/或該使 用者授權資訊； 該關聯部分可根據該使用者喜好資訊和/或該使用 者授權資訊進行關聯作業。6. The device as claimed in claim 3, wherein the associated portion is at least based on the user's personal device identification information, the user's physiological characteristic information, the user and the social relationship information. One performs related work. 7. The sensing network generating device according to claim 6, wherein the associated portion can perform an associating operation based on the environmental information collected by the environmental information collecting portion. </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; The object further includes the user preference information and/or the user authorization information; the associated portion may perform an association operation according to the user preference information and/or the user authorization information. 9.如申請專利範圍第1-7項之任一項所述之感知網路產生 裝置，其特徵在於：該關聯部分可更根據該裝置物件的 狀態資訊進行關聯作業。 10.如申請專利範圍第1-7項之任一項所述之感知網路產 生裝置，其特徵在於：該關聯部分可更根據該變更的使 用者物件資訊或該變更的裝置物件資訊進行關聯作業。9. The sensing network generating apparatus according to any one of claims 1 to 7, wherein the associated part is further capable of performing an associated operation based on status information of the device object. 10. The sensing network generating device according to any one of claims 1 to 7, wherein the associated portion is further associated with the changed user object information or the changed device object information. operation. 1 1 .如申請專利範圍第3項所述之感知網路產生裝置，其特 徵在於： 更包括一無線感測器網路，該無線感測器網路包 括： 多個代理裝置，其中連接在一使用者或一裝置上的 一代理裝置可用於廣播該使用者資訊或該裝置資訊； 該使用者管理部分和該裝置管理部分，可分別從該 無線感測器網路接收該使用者資訊或該裝置資訊， 77 1265434The sensor network generating device of claim 3, further comprising: a wireless sensor network, the wireless sensor network comprising: a plurality of proxy devices, wherein the a user or a proxy device on a device can be used to broadcast the user information or the device information; the user management portion and the device management portion can respectively receive the user information from the wireless sensor network or Information on the device, 77 1265434 日修(更)正替换頁1 該環境資訊收集部分可從該無線感測器網路接收 該使用者資訊或該裝置資訊。 1 2.如申請專利範圍第1 1項所述之感知網路產生裝置，其 特徵在於：該代理裝置包括： 一處理單元，用於進行該代理裝置的整體協調和控 制；Daily Repair (More) Replacement Page 1 The environmental information collection section can receive the user information or the device information from the wireless sensor network. The sensor network generating device of claim 11, wherein the proxy device comprises: a processing unit configured to perform overall coordination and control of the proxy device; 一儲存單元，用於儲存該代理裝置所連接的該使用 者或該裝置的該使用者資訊或該裝置資訊； 一收發單元，用於廣播該使用者資訊或該裝置資 訊0 1 3 ·如申請專利範圍第1 2項所述之感知網路產生裝置，其 特徵在於：該代理裝置更包括： 一介面部分，該處理單元透過該介面部分與該裝置 進行互動，以獲取該裝置的裝置資訊或儲存在該裝置中 的使用者資訊。 14.如申請專利範圍第12項所述之感知網路產生裝置，其 特徵在於··該收發單元更可接收從其它的代理裝置所廣 播的該使用者資訊或該裝置資訊。 78 1265434 1 5 .如申請專利範圍第1 1項所述之感知網路產生裝置，其 特徵在於：該無線感測器網路更包括資訊收集裝置，用 於收集多個代理裝置所廣播的該使用者資訊或該裝置 資訊。 1 6.如申請專利範圍第1 5項所述之感知網路產生裝置，其 特徵在於：a storage unit for storing the user information or the device information of the user or the device to which the proxy device is connected; a transceiver unit for broadcasting the user information or the device information 0 1 3 · If applying The device as claimed in claim 12, wherein the proxy device further comprises: an interface portion, the processing unit interacts with the device through the interface portion to obtain device information of the device or User information stored in the device. 14. The sensing network generating device of claim 12, wherein the transceiver unit further receives the user information or the device information broadcasted from other proxy devices. 78. The method of claim 1, wherein the wireless sensor network further comprises an information collecting device for collecting the broadcast by the plurality of proxy devices. User information or device information. 1 6. The sensing network generating device according to claim 15 of the patent application, characterized in that: 該無線感測器網路更包括資訊收集裝置，用於收集 多個代理裝置所廣播的該使用者資訊或該裝置資訊； 該使用者管理部分和該裝置管理部分可分別透過 該資訊收集裝置接收該使用者資訊或該裝置資訊； 該環境資訊收集部分可透過該資訊收集裝置接收 該使用者資訊或該裝置資訊。 1 7.如申請專利範圍第1 4項所述之感知網路產生裝置，其 特徵在於： 該無線感測器網路中的一代理裝置可收集其它多 個代理裝置所廣播的該使用者資訊或該裝置資訊； 該使用者管理部分和該裝置管理部分可分別透過 該代理裝置接收該使用者資訊或該裝置資訊； 該環境資訊收集部分可透過該代理裝置接收該使 用者資訊或該裝置資訊。 79 1265434The wireless sensor network further includes an information collecting device for collecting the user information or the device information broadcasted by the plurality of proxy devices; the user management portion and the device management portion are respectively receivable by the information collecting device The user information or the device information; the environmental information collecting portion can receive the user information or the device information through the information collecting device. The sensor network generating device of claim 14, wherein: the proxy device in the wireless sensor network collects the user information broadcast by the other plurality of proxy devices. Or the device information; the user management portion and the device management portion can receive the user information or the device information through the proxy device; the environmental information collecting portion can receive the user information or the device information through the proxy device . 79 1265434 1 8. —種感知網路產生方法，該感知網路包括一使用者物 件，以及該使用者物件可用的一個或多個裝置物件，該 感知網路產生方法包括： 接收至少一使用者的登錄要求，以為該等使用者建 立該使用者物件； 接收至少一裝置的登錄要求，以為該等裝置建立該 裝置物件；1 . A method for generating a cognitive network, the sensing network comprising a user object and one or more device objects usable by the user object, the method for generating the sensing network comprises: receiving at least one user login Requiring that the user objects are created by the user; receiving a login request of at least one device to establish the device object for the devices; 將一使用者物件與該裝置物件中的至少一者關聯 起來，以形成一感知網路，其中各使用者由一使用者物 件來表示，且各裝置由一裝置物件來表示，並且其中提 供複數個使用者物件。Associated with a user object and at least one of the device objects to form a sensing network, wherein each user is represented by a user object, and each device is represented by a device object, and wherein the plurality of devices are provided User objects. 1 9 ·如申請專利範圍第1 8項所述之感知網路產生方法，其 特徵在於：該使用者物件包含以下資訊的至少之一：該 使用者的個人裝置辨識資訊、該使用者的生理特徵資訊 及該使用者的社會關係資訊； 該裝置物件至少包含該裝置的基本資訊、該裝置的 線上狀態資訊以及該裝置的存取介面資訊，該裝置的基 本資訊包括該裝置的辨識資訊以及/或該裝置的能力資 訊0 80 1265434 燕.8?0 4日他 '更)正替换與 2 0.如申請專利範圍第19項所述之感知網路產生方法，其 特徵在於：該感知網路產生方法還包括收集該多個裝置 和/或該使用者的靜態及/或動態環境資訊。 2 1.如申請專利範圍第1 9項所述之感知網路產生方法，其 特徵在於：根據該使用者的個人裝置辨識資訊進行關聯 作業。 22.如申請專利範圍第1 9項所述之感知網路產生方法，其 特徵在於：根據該使用者的社會關係資訊進行關聯作 業。 2 3.如申請專利範圍第20項所述之感知網路產生方法，其 特徵在於：根據該使用者的個人裝置辨識資訊、該使用 者的生理特徵資訊、該使用者的社會關係資訊之至少一 者進行關聯作業。 24. 如申請專利範圍第23項所述之感知網路產生方法，其 特徵在於：更可根據該環境資訊進行關聯作業。 25. 如申請專利範圍第18-24任一項項所述之感知網路產 生方法，其特徵在於： 81 1265434The method for generating a cognitive network according to claim 18, wherein the user object comprises at least one of the following information: the personal device identification information of the user, the physiological state of the user Feature information and social relationship information of the user; the device object includes at least basic information of the device, online status information of the device, and access interface information of the device, and basic information of the device includes identification information of the device and/or Or the capability information of the device 0 80 1265434 燕.8? 0 4th he is 'more' is replacing with 2 0. The method for generating a cognitive network according to claim 19, characterized in that: the sensing network The generating method also includes collecting static and/or dynamic environmental information of the plurality of devices and/or the user. 2. The method of generating a cognitive network according to claim 19, wherein the associated work is performed based on the personal device identification information of the user. 22. The method of generating a cognitive network according to claim 19, characterized in that the related work is performed based on the social relationship information of the user. 2. The method for generating a cognitive network according to claim 20, wherein the user's personal device identification information, the user's physiological characteristic information, and the user's social relationship information are at least One performs related work. 24. The method for generating a cognitive network according to claim 23, characterized in that the associated operation is performed based on the environmental information. 25. The method of generating a perceived network according to any one of claims 18-24, characterized in that: 81 1265434 該使用者物件還包含該使用者喜好資訊和/或該使 用者授權資訊， 根據該使用者喜好資訊和/或該使用者授權資訊進 行關聯作業。The user object further includes the user preference information and/or the user authorization information, and the associated operation is performed according to the user preference information and/or the user authorization information. 26.如申請專利範圍第18-24任一項項所述之感知網路產 生方法，其特徵在於：更可根據該裝置物件的狀態資訊 進行關聯作業。 27.如申請專利範圍第18-24任一項項所述之感知網路產 生方法，其特徵在於：更可根據該變更的使用者物件資 訊或該變更的裝置物件資訊進行關聯作業。The method of generating a perceived network according to any one of claims 18 to 24, characterized in that the associated operation is performed based on the status information of the device object. The method of generating a perceived network according to any one of claims 18 to 24, characterized in that the associated work is performed based on the changed user object information or the changed device object information. 28.如申請專利範圍第20項所述之感知網路產生方法，其 特徵在於：更可透過一無線感測器網路收集該使用者資 訊或該裝置資訊，在該無線感測器網路中，透過與一使 用者或一裝置連接的一代理裝置廣播該使用者資訊或 該裝置資訊。 2 9.如申請專利範圍第28項所述之感知網路產生方法，其 特徵在於：該代理裝置更可接收從其它代理裝置所廣播 的該使用者資訊或該裝置資訊。 82 1265434 年月日修(更)正替換頁 ——一 30.如申請專利範圍第28項所述之感知網路產生方法，其 特徵在於： 該無線感測器網路透過一訊息收集裝置收集多個 代理裝置所廣播的該使用者資訊或該裝置資訊； 該使用者登錄步驟和該裝置登錄步驟，更可分別接 收該資訊收集裝置所收集的該使用者資訊或該裝置資 訊；28. The method for generating a cognitive network according to claim 20, wherein the user information or the device information is collected through a wireless sensor network in the wireless sensor network. The user information or the device information is broadcasted through a proxy device connected to a user or a device. The method of generating a cognitive network according to claim 28, wherein the proxy device further receives the user information or the device information broadcasted from other proxy devices. 82 1265434 </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; The user information or the device information broadcasted by the plurality of proxy devices; the user login step and the device login step, respectively, receiving the user information or the device information collected by the information collecting device; 該環境資訊收集步驟，更可接收該資訊收集裝置所 收集的該使用者資訊或該裝置資訊。 3 1 ·如申請專利範圍第2 8項所述之感知網路產生方法，其 特徵在於： 該無線感測器網路中的一代理裝置可收集其它多 個代理裝置所廣播的該使用者資訊或該裝置資訊；The environmental information collecting step further receives the user information or the device information collected by the information collecting device. The method for generating a cognitive network according to claim 28, wherein: a proxy device in the wireless sensor network collects the user information broadcast by a plurality of other proxy devices. Or the device information; 該使用者管理步驟和該裝置管理步驟，更可分別透 過該代理裝置接收該使用者資訊或該裝置資訊； 該環境資訊收集步驟，更可透過該代理裝置接收該 使用者資訊或該裝置資訊。 3 2 · —種服務提供系統，包括一感知網路產生裝置和為每 一使用者建立的服務提供裝置，其中每一使用者的服務 提供裝置係利用可用的至少一實體裝置為該使用者提 83 1265434The user management step and the device management step can further receive the user information or the device information through the proxy device. The environment information collecting step can further receive the user information or the device information through the proxy device. A service providing system includes a sensing network generating device and a service providing device established for each user, wherein each user's service providing device provides the user with at least one physical device available 83 1265434 供服務資訊，又該至少一實體裝置係該感知網路產生裝 置為該使用者所決定者， 該感知網路產生裝置包括： 一使用者管理部分，其用於接收至少一使用者的登 錄要求，並儲存該使用者資訊； 一實體裝置管理部分，其用於接收至少一實體裝置 的登錄要求，並儲存該實體裝置資訊； 一關聯部分，其可將一使用者與該實體裝置中的至 少一者關聯起來，以形成一感知網路， 每一使用者的該服務提供裝置包括： 一介面部分，其與該感知網路產生裝置相連，以 接收或發送來自/去往該感知網路產生裝置的資訊； 一監視部分’其用於透過該介面從該感知網路產 生裝置獲取為該使用者所關聯出的實體裝置資訊；For the service information, the at least one physical device is the determined network generating device determined by the user, and the sensing network generating device comprises: a user management portion, configured to receive at least one user login request And storing the user information; a physical device management portion for receiving a login request of the at least one physical device and storing the physical device information; and an association portion for at least one user and the physical device One is associated to form a sensing network, and the service providing device of each user includes: an interface portion connected to the sensing network generating device to receive or send from/to the sensing network to generate Information of the device; a monitoring portion for obtaining physical device information associated with the user from the sensing network generating device through the interface; 一協商部分，其與一服務提供者進行通訊，從該 服務提供者所提供的服務類型中為該使用者選擇—種 服務類型； 一服務處理部分，其與該服務提供者進行通訊， 將在該服務類型下該使用者與該服務提供者之間互動 的服務資訊進行轉發； 一服務資訊再配置部分，用於接收該服務處理部 分轉發的從該服務提供者發送給該使用者的服務資 84 1265434 I年月〃日修(更)正香換頁 · 訊’其根據所選擇的服務類型所需的實體裝置能力 將該服務資訊配置到被關聯的對應的實體裝置/實體 裝置組合上； 一控制部分，用於控制在該各部分之間轉發的次 訊，其中各使用者由一使用者物件來表示，且各裴置 由一裝置物件來表示，並且其令提供複數個使用者物 件0 33.a negotiation part that communicates with a service provider, selects a service type for the user from a service type provided by the service provider; and a service processing part that communicates with the service provider, The service information of the interaction between the user and the service provider is forwarded by the service type; a service information reconfiguration part is configured to receive the service information sent by the service processing part and sent by the service provider to the user 84 1265434 I Year of the Month Day Repair (More) Zhengxiang Page-Shifting Information] It configures the service information to the associated corresponding physical device/physical device combination according to the physical device capabilities required by the selected service type; a portion for controlling a secondary message forwarded between the portions, wherein each user is represented by a user object, and each device is represented by a device object, and which provides a plurality of user objects 0 33 . -禋馬-使用者提供服務的方法，其包括一感知網 產生步驟和為該使用者提供服務的步驟，其中該提供 務步驟係利用可用的至少一實體裝 冰 衣罝4該使用者提$ 眼務^訊，又該至少·一膏贈获番/备# &amp; ^貫骽裝置係該感知網路產生步 為一使用者所決定者， 該感知網路產生步驟包括： 一使用者管理步驟，其用於接收 伐收至少一使用者# 錄要求’並儲存該使用者資訊；- a Hummer-user-provided method comprising a sensing network generating step and a step of providing a service to the user, wherein the providing step utilizes at least one physical ice pad available The eyesight communication, and the at least one creamy gift/fighting device is the user's decision to determine the network generation step. The sensor network generation step includes: a user management a step of receiving at least one user #record request and storing the user information; 實體装置管理步驟，其用於接 认八棘莊上 接收至少一實體莱 的且、亲要求，儲存該實體裝置資訊； 一關聯步驟，其將一使用者I _去關_ 爷興該實體裝置中的至 一者關聯起來，以形成一感知網路， 對於每~佶田土 使用者，該提供服務步驟包括 85 1265434 ί一―版」 接收 或者接收 求； 從該 的該實體 從該 者選擇一 根據 供者發送 的實體裝 者物件來 中提供複a physical device management step, configured to receive at least one entity on the eight-spinning village, and request, store the physical device information; an association step, which will a user I_go to the _ _ _ _ The ones are associated to form a perceptual network. For each user, the service step includes 85 1265434 ί--version to receive or receive requests; from the entity to select one from the entity Provide a complex based on the physical installer object sent by the donor 4 該使用者向-服務提供者所發送的服務要求 -服矛力提供者要求向該使用者提供服務的要 感知、”罔路產生步驟獲取為該使用者所關聯出 裝置資訊； 服務提供者可以提供的服務類型中為該使用 種服務類型； 該服務類型所需的實體裝置能力，將該服務提 給該使用者的服務資訊，配置到被關聯的對應 置/實體裝置纪合上，其中各使用者由一使： 表示，且各裝置由—裝置物件來表示，並且其 數個使用者物件D4 the service request sent by the user to the service provider - the service provider needs to be aware of the service provided to the user, "the route generation step acquires the device information associated with the user; the service provider The service type that can be provided is the service type of the service; the physical device capability required by the service type, the service information provided to the user, and configured to the associated corresponding physical entity device, wherein Each user is represented by a: and each device is represented by a device object, and its number of user objects D 8686
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