TW200929978A - Application system announcement method, operating method and system for mobile communication networks - Google Patents
Application system announcement method, operating method and system for mobile communication networks Download PDFInfo
- Publication number
- TW200929978A TW200929978A TW97142434A TW97142434A TW200929978A TW 200929978 A TW200929978 A TW 200929978A TW 97142434 A TW97142434 A TW 97142434A TW 97142434 A TW97142434 A TW 97142434A TW 200929978 A TW200929978 A TW 200929978A
- Authority
- TW
- Taiwan
- Prior art keywords
- mobile communication
- communication terminal
- module
- application system
- screen
- Prior art date
Links
Landscapes
- Information Transfer Between Computers (AREA)
Abstract
Description
200929978 4 九、發明說明: 【發明所屬之技術領域】 本發明涉及應用系統移動化領域,尤其是涉及一種用 於移動通信網路的應用系統發佈方法、營運方法及系統。 【先前技術】 隨著移動通信技術日益成熟,人們對移動性的需求日 益增長’人們希望在移動的過程中高速地接入互聯網,或 Ο 登錄已開發的應用系統’從而隨時獲取急需的資訊,完成 想做的事情。 然而,由於移動通信網路和互聯網路的差異性,目前 要將應用系統隨時隨地發佈至移動通信終端,就必須將目 刖固網上的I τ應用系統“移動化”,改造成爲“移動應 rn ” 用 。 現有的WAP技術雖然可達到移動通信終端與應用系統 的連接,但是現有的移動通信終端,受到移動通信鏈路帶 ® 寬較低的影響’應用運行速度較慢,故而,一些通信量較 大的應用根本無法移植到移動通信終端上。 另外,移動通信終端通常不具備強大的處理能力,導 致移動通信終端性能不穩定。雖然比起WWW架構,WAP架構 對移動通信終端的工作量做了彳艮大削減,但移動通信終端 仍然要承擔一部分應用計算任務,對於不同的應用,計算 任務量不同,造成移動通信終端性能不穩定。 並且’存在功能缺失的缺陷。由於WAP對WWW架構進行 200929978 了精簡,許多功能被裁剪,使WAP應用比WWW應用的#处▲ . 』切能有 很大損失。 且由於通信速度和手機性能的影響,手機介面十分簡 陋’極大地影響了易用性。功能的移植也非常困難,現有 基於PC的應用幾乎都無法直接移植到移動通信終端上,必 需經過複雜的開發改造工作,且對於每個應用必須單獨移 植,通用性較差。移動通信終端是一個應用環境十分複雜 多樣的終端,應用和資料發佈到手機上,增加了安全風 © 險移動通仏終端的用戶具有極大的不確定性。ΨΑΡ的用 戶認證、授權、審計功能完全依賴于應用自身的功能,對 移動通信終端接入這種高風險的接入方式和終端無法啓 用更強大的安全手段。 【發明内容】 發月解決的技術問題在於,將應用系統發佈至移動 通信終端。 ❹ 本發月公開了一種用於移動通信網路的應用系統的 發佈方法、罄、® 管運方法及系統。該發佈方法包括: 移動通信終端經由移動通信網路和一應用系統發 佈平臺建立聯繋; , B、链士分基 動所述應用系統發佈平臺上安裝的應用系 統人機交石捣^ C 互模組接入對應的一應用系統; D所述應用系統和所述人機交互模組運行; 斤述應用系統發佈平臺的輸出處理模組獲取所述 6 200929978 . 人機交互模組的螢幕顯示圖像介面並發送至所述移動通 信終端; E、 所述移動通信終端顯示所述螢幕顯示圖像介面, 並發送移動通信終端上的輸入資訊至所述人機交互模組; F、 重復步驟C到步驟E,直到所述移動通信終端執行 退出所述應用系統的操作。 本發明還公開了 一種用於移動通信網路的應用系統 發佈.系統該移動通彳§網路包括移動通信終端、基站、移 ® 動通.信交換中心,該系統包括移動通信終端、應用系統發 佈平臺和應用系統’所述移動通信終端經由移動通信網路 所述應用系統發佈平臺建立聯繫; 所述移動通信終端包括虛擬代理模組,所述應用系統 發饰平臺包括虛擬通道模組、輸出處理模組、輸入處理模 紐'和人機交互模組; 所述輸出處理模組分別和所述虛擬通道模組、所述人 ❾ 機交互模組連接,用於獲取所述人機交互模組的螢幕顯示 圖像介面並發送給所述虚擬通道模組; 所述輸入處理模組分別和所述虛擬通道模組、所述人 父互模組連接’用於處理從所述虛擬通道模組獲取的輸 入資訊並轉發給所述人機交互模組; 所述虛擬代理模組和所述虛擬通道模組之間建立有 虚挺通道’所述虛擬通道用於傳送所述人機交互模組的螢 幕顯示圖像介面,以及用戶在移動通信終端上的輸入資 訊; 200929978 所述人機交 端經由啓動所述 對所述應用系统 互模組與所述應用系統連接,移動通信終 人機父互模組而接入對應的應用系統,並 進行操作。 本發明還公開了一種應用系統發佈的營運方法,用於 包括移動通信終端用戶、移動通信營運商的移動通信服務 凋路,該營運方法包括以下步驟: A、 移動通信終端用戶經由移動通信營運商和應用系 統發佈平臺建立聯繫;The invention relates to the field of application system mobility, and in particular to an application system publishing method, operation method and system for a mobile communication network. [Prior Art] With the maturity of mobile communication technologies, people's demand for mobility is increasing. 'People want to access the Internet at high speed during the mobile process, or log in to the developed application system' to obtain much-needed information at any time. Finish what you want to do. However, due to the differences between the mobile communication network and the Internet, it is necessary to “mobilize” the I τ application system on the fixed network to “mobile”, so that the application system is to be released to the mobile communication terminal anytime and anywhere. Rn ” used. Although the existing WAP technology can reach the connection between the mobile communication terminal and the application system, the existing mobile communication terminal is affected by the lower width of the mobile communication link, and the application operation speed is slower. Therefore, some traffic is relatively large. The application cannot be ported to the mobile communication terminal at all. In addition, mobile communication terminals usually do not have strong processing capabilities, resulting in unstable performance of mobile communication terminals. Although the WAP architecture has greatly reduced the workload of mobile communication terminals compared to the WWW architecture, mobile communication terminals still have to undertake some application computing tasks. For different applications, the computing tasks are different, resulting in the performance of mobile communication terminals. stable. And 'there is a defect in the lack of function. Since WAP has made the WWW architecture 200929978 streamlined, many functions have been tailored, making the WAP application have a lot of damage compared to the WWW application's #▲▲. And because of the communication speed and the performance of the mobile phone, the mobile phone interface is very simple, which greatly affects the usability. The migration of functions is also very difficult. Almost all existing PC-based applications cannot be directly transplanted to mobile communication terminals. They must undergo complicated development and transformation work, and must be separately transplanted for each application, which is inferior in versatility. The mobile communication terminal is a terminal with a very complicated application environment, and the application and data are distributed to the mobile phone, which increases the security wind. The users of the mobile mobile communication terminal have great uncertainty. The user authentication, authorization, and auditing functions depend entirely on the application's own functions, and it is impossible to enable more secure security measures for mobile communication terminals to access such high-risk access methods and terminals. SUMMARY OF THE INVENTION A technical problem solved by the moon is to publish an application system to a mobile communication terminal. ❹ This release discloses a method for publishing an application system for mobile communication networks, a method, and a method for transporting the system. The publishing method includes: the mobile communication terminal establishes a contact with an application system publishing platform via the mobile communication network; and B, the chain of the application system is installed on the application system, and the application system is connected to the human body. The module accesses a corresponding application system; D the application system and the human-computer interaction module operate; the output processing module of the application system publishing platform acquires the screen display of the 6 200929978 . human-computer interaction module The image interface is sent to the mobile communication terminal; E. The mobile communication terminal displays the screen display image interface, and sends input information on the mobile communication terminal to the human-machine interaction module; F. Repeating steps C to step E until the mobile communication terminal performs an operation of exiting the application system. The invention also discloses an application system release for a mobile communication network. The mobile communication network includes a mobile communication terminal, a base station, a mobile communication and a letter exchange center, and the system includes a mobile communication terminal and an application system. a publishing platform and an application system, wherein the mobile communication terminal establishes a connection via the application system publishing platform of the mobile communication network; the mobile communication terminal includes a virtual agent module, and the application system hair accessory platform includes a virtual channel module and an output. a processing module, an input processing module, and a human-computer interaction module; the output processing module is respectively connected to the virtual channel module and the human-machine interaction module, and configured to acquire the human-computer interaction module The screen of the group displays the image interface and sends it to the virtual channel module; the input processing module is respectively connected with the virtual channel module and the human parent module for processing from the virtual channel module The input information obtained by the group is forwarded to the human-computer interaction module; a virtual channel is established between the virtual proxy module and the virtual channel module The virtual channel is configured to transmit a screen display image interface of the human-computer interaction module and input information of the user on the mobile communication terminal; and the human-machine interface according to 200929978 initiates the mutual module of the application system Connected with the application system, the mobile communication terminal and the parent module are connected to the corresponding application system, and operate. The invention also discloses an operation method issued by an application system, which is used for a mobile communication service including a mobile communication terminal user and a mobile communication service, and the operation method comprises the following steps: A. The mobile communication terminal user via the mobile communication operator Establish contact with the application publishing platform;
B、 經由啓動所述應用系統發佈平臺上安裝的應用系 統人機交互模組接入對應的應用系統; C、 所述應用系統和所述人機交互模組運行; D、 所述應用系統發佈平臺的輸出處理模組獲取所述 人機交互模組的螢幕顯示圖像介面’發送至所述移動通信 終端; Ε、所述移動通信終端顯示所述人機交互模組的螢幕 顯示圖像介面,並發送用戶的輸入資訊至所述人機交互模 Q 組。 本發明還公開了一種應用系統發佈的營運系統,包 括: 移動通信終端、應用系統發佈平臺、應用系統以及營 運裝置; 所述營運裝置爲務動通信營運商管理的移動通信服 務網路,包括:基站、移動通信交換中心,所述移動通信 終端經由所述營運裝置與所述應用系統發佈平臺建立聯 8 200929978 繫; 所述移動通信終端包括虛擬代理模組,所述應用系統 發佈平臺包括虛擬通道模組、輸出處理模組、輸入處理模 組和人機交互模組; 所述輸出處理模組分別和所述虛擬通道模組、所述人 機交互模組連接,用於獲取所述人機交互模組的螢幕顯示 圖像介面並發送給所述虚擬通道模組;B. accessing the corresponding application system by starting the application system human-computer interaction module installed on the application system publishing platform; C, the application system and the human-machine interaction module are running; D, the application system is released The output processing module of the platform acquires a screen display image interface of the human-computer interaction module to be sent to the mobile communication terminal; Ε, the mobile communication terminal displays a screen display image interface of the human-computer interaction module And sending the user's input information to the human-computer interaction mode Q group. The invention also discloses an operating system issued by an application system, comprising: a mobile communication terminal, an application system publishing platform, an application system and an operating device; the operating device is a mobile communication service network managed by a communication communication operator, comprising: a base station, a mobile communication switching center, and the mobile communication terminal establishes a connection with the application system publishing platform via the operating device; the mobile communication terminal includes a virtual agent module, and the application system publishing platform includes a virtual channel a module, an output processing module, an input processing module, and a human-machine interaction module; the output processing module is respectively connected to the virtual channel module and the human-machine interaction module, and configured to acquire the human-machine The screen of the interactive module displays an image interface and sends the image interface to the virtual channel module;
所述輸入處理模組分別和所述虛擬通道模組、所述人 機交互模組連接’用於處理從所述虛擬通道模組獲取的輸 入資訊並轉發給所述人機交互模組; 所述虛擬代理模組和所述虛擬通道模組之間建立虛 擬通道,用於經由所述營運裝置傳送所述人機交互模組的 螢幕顯示圖像介面’和/或,用戶的輸入資訊; 所述人機交互模組與所述應用系統連接’經由啓動所 述人機交互模組而接入對應的應用系統,並對所述應用系 統進行操作。 h本發明利肖應用虛擬化技術,並非將應H统真正地 安裝在移動通信終端上’而在應用系統發佈平臺上部署軟 ,,僅將介面抽象化,使得僅具備較低處理能力的移動通 ^終端經由低帶寬的移動通信網路接人單個應用。益縫的 應用介面傳遞可帶、给用戶更直觀的感受。 丨5J日予,本申請還使得移 -1 W〜丨K峒卿小0V 9「囬週合於 較小的移動通信終端罄萁 炫 、 件應用系統的發佈內六 吏 贫佈内谷可用。並且,本發明的技術方案還 9 200929978 ' 可應用於商業營運,達到産業上的應用。 【實施方式】 以下配合實施例以及附圖,詳細描述本發明的技術特 徵。 (一)總述部分 本發明藉由一種應用系統發佈系統,將各種類型的 I τ應用系統,經由移動通信網路發佈到移動通信終端,特 〇 別是那些能夠經由無線通信技術接收發佈服務的移動通 信終端上,如智慧手機、PDA、車載移動終端、具有無線 移動通信接入模組的電腦。即,用戶可利用移動通信終端 隨時隨地使用各IT應用系統’以達到IT應用系統的“移 動化”。本發明適用於發佈各種類型的ιΤ應用系統,包 括C/S架構、B/S架構、單機版等等類型的應用系統。 本發明的總體技術思想是:在應用系統和移動通信終 端之間增加一個應用系統發佈平臺,應用系統的人機交互 模、’且和資料’完全在應用系統發佈平臺上運行和處理,僅 把運行的介面,以螢幕刷新的方式,傳送給移動通信終 $,而移動通信終端也僅向應用系統發佈平臺發送鍵盤滑 乳命·?、語音等输入資訊,不執行具體運算。 圖1所示爲本發明的應用系統發佈系統的結構示意 圖。 應用系統發佈系統100中主要包括移動通信終端 10應用系統發佈平臺20、應用系統3 〇。移動通信終端 10 200929978 1〇與應用系統發佈平臺20之間、應用系統發佈平臺2〇 與應用系、统30之間均經由通信網路連接一般來說,應 用系統發佈平臺20和應用系統30之間的網路質量要求較 高’而應用系統發佈平臺2〇和移動通信終端1〇之間由於 僅傳送勞幕顯示圖像資料和終端輸入資訊,對網路質量要 求較低。 該應用系統30包括各類管理資訊系統,如〇a、人力資 源系統、監控系統;各類業務系統,如ERp、⑽、財務系 統進銷存B理系統、生產調度系統;金融企業各類業務 系統,如營業系統、帳務系統、結算系統、網銀系統;電 信企業各類支推系統,如BSS、〇ss、系統管理;各營運商 的對外營運系 >统;其他各類國家機關、企事業單位、社會 團體的所有IT應用系統;面向個人用戶的。應用系統。 ❹ 應用系統發佈平臺20由門戶飼服器25和發佈祠服器 5〇組成。該應用系統發佈平臺2〇可設置於—台或多台伺 服器上,該伺服器可選用Wind〇ws 2〇〇〇或2〇⑽作業系統。 發佈伺服器50中包括虛擬通道模組 組I輸出處理模組23、輸入處理模組24。== 組2卜輸㈣理模組23、輸入處理模組“組成發佈軟體。 人機父互模組22是用於達到移動通信終端1〇與被發 佈的應用系統30之間資訊交互功能的模組。它可以是Μ =構應用系統中的用戶端,也可以是B/s架構應用系統中 、劉覽器。對於單機版應用系統,則是應用系統自身,對 於其他類型的應用系統,它是應用系統中負責人機交互的 11 200929978The input processing module is respectively connected to the virtual channel module and the human-machine interaction module for processing input information acquired from the virtual channel module and forwarding the information to the human-machine interaction module; Establishing a virtual channel between the virtual agent module and the virtual channel module, for transmitting, by the operating device, a screen display image interface of the human-computer interaction module and/or input information of the user; The human-computer interaction module is connected to the application system to access the corresponding application system by starting the human-computer interaction module, and operates the application system. h The Lexmark application virtualization technology of the present invention does not really install the system on the mobile communication terminal, but deploys the software on the application system publishing platform, and abstracts only the interface, so that only the mobile with lower processing power is enabled. The terminal accesses a single application via a low bandwidth mobile communication network. The application interface of Yisui can bring a more intuitive feeling to the user.丨 5J Day, this application also makes the shift -1 W~丨K峒卿小0V 9 "Back to the smaller mobile communication terminal 罄萁 Hyun, the application system of the release of the six 吏 poor cloth valley available. Moreover, the technical solution of the present invention is also 9 200929978', which can be applied to commercial operations and achieve industrial applications. [Embodiment] The technical features of the present invention will be described in detail below with reference to the embodiments and the accompanying drawings. The invention distributes various types of I τ application systems to mobile communication terminals via a mobile communication network by means of an application system distribution system, in particular, those mobile communication terminals capable of receiving distribution services via wireless communication technologies, such as wisdom Mobile phones, PDAs, in-vehicle mobile terminals, computers with wireless mobile communication access modules. That is, users can use mobile communication terminals to use various IT application systems anytime and anywhere to achieve "mobilization" of IT application systems. The present invention is applicable to Release various types of Τ application systems, including C/S architecture, B/S architecture, stand-alone version, etc. Type of application system. The idea is: add an application system publishing platform between the application system and the mobile communication terminal, and the human-computer interaction model of the application system, 'and the data' is completely run and processed on the application system publishing platform, and only the running interface is The method of refreshing the screen is transmitted to the mobile communication terminal $, and the mobile communication terminal only sends input information such as keyboard slides, voices, and voices to the application system publishing platform, and does not perform specific operations. FIG. 1 shows an application of the present invention. The structure of the system issuance system 100. The application system publishing system 100 mainly includes a mobile communication terminal 10 application system publishing platform 20, an application system 3. A mobile communication terminal 10 200929978 1〇 and an application system publishing platform 20, an application system publishing platform 2. The connection between the application system and the system 30 via the communication network Generally, the network quality requirement between the application system publishing platform 20 and the application system 30 is high, and the application system publishing platform 2 and the mobile communication terminal Between 1〇, only the screen image data and terminal input information are transmitted, and the network quality requirements are required. The application system 30 includes various management information systems, such as 〇a, human resource systems, monitoring systems; various business systems, such as ERp, (10), financial system invoicing system, production scheduling system; Business systems, such as business systems, accounting systems, settlement systems, online banking systems; various types of support systems for telecommunications companies, such as BSS, 〇ss, system management; external operations of various operators> All IT application systems of institutions, enterprises, and social groups; application systems for individual users. ❹ The application system publishing platform 20 is composed of a portal server 25 and a publishing server. The application platform is 2 It can be set on one or more servers. The server can be equipped with Wind〇ws 2〇〇〇 or 2〇(10) operating system. The publishing server 50 includes a virtual channel module group I output processing module 23 and an input processing module 24. == Group 2 (4) The module 23, the input processing module "composes the distribution software. The human-computer parent module 22 is used to achieve the information interaction function between the mobile communication terminal 1 and the published application system 30. Module, which can be the user side of the application system, or the B/s architecture application system, and the browser system. For the stand-alone application system, the application system itself, for other types of application systems, It is the human-computer interaction in the application system 11 200929978
部分。每個人機交互模組22與對應的應用系統30經由網 路連接’用於根據移動通信終端1〇的輸入資訊,對應用 系統30進行交互操作,並將產生的輸出資訊輸送至移動 通信終端1 0 »應用系統發佈平臺20可同時設置多個人機 交互模組22,用於發佈多個應用系統3〇。例如,在c/s 架構下,應用系統30可爲電子郵件軟體〇utl〇〇k的 Exchange伺服器,人機交互模組22可爲outlo〇k的用戶 端,在B/S架構下,應用系統3〇可爲WEB伺服器及其發 佈的網頁,人機交互模組22可爲IE瀏覽器。 被發佈的應用系統需要滿足多個移動通信終端對平 臺的並發訪問,故而發佈平臺2〇具有支援多用戶的能力, 發佈平臺㈣H的硬體架構和作業系統,可以是支援多用 戶的系統,例如通常所使用的χ86架構的pc伺服器,作 業系統通常選擇Windows 2000/2003的伺服器版本,對於 不常見的Unix,用戶端,本發佈平臺的軟體系統也可以運 打在小型機和Unix作業系統之上,可以發佈—爲用戶 端的應用系統。對於-些不支援多用戶的用戶發佈平 臺2〇可以使帛“隔離技術,,,對此用戶端㈣個實例分 配Γ個完全封閉的運行環境,使其可以在同-台伺服器上 運行並發的多個實例。 理模組23與人機交互模組22、虛擬通道模級 上虚Γ人機交互模組22的營幕顯示圖像介面,進 括理Τ虛擬通道模組21,述輸出處理包 祜.結構化處理、壓縮處理等。 。 12 200929978 輸入處理模組24與人機交互模組22、虛擬通道模組 21連接,用於將移動通信終端丨〇發出的輸入資訊,類比 爲本地用戶的鍵盤滑鼠輸入,提供給人機交互模組22。 虛擬通道模組21用於與移動通信終端1〇建立虛擬通 道,用於傳送移動通信終端1〇發送的輸入資訊和人機交 互模組22的螢幕顯示圖像介面。 在實際系統令,發佈平臺2〇中的各個模組的數量不 限,可根據需要設置,可以分別部署或合併部署在一台或 ❹多台伺服器上。 門戶伺服器25是一組伺服器,其上安裝了平臺的門 戶伺服器軟體。其通常單獨部署在一台或一組伺服器上。 該應用系統發佈平臺20還包括其他現有技術中常用 的必要模組,如儲存模組(圖中未示),用於儲存所有平 臺用戶的用戶名、口令、許可權,平臺的參數設置,人機 交互模組參數設置,以及其他資訊。除此之外還有達到平 臺管理功能的管理模組(圖中未示)。 Ο 移動通信終端10中設置有虛擬代理模組11,用於與 虛擬通道模組21建立連接,從而建立虛擬通道。同時’ 虛擬代理模組11還用於將經由虛擬通道接收的資料進行 處理,合成爲螢幕顯示圖像,顯示在移動通信終端的螢幕 上以及採集用戶的輸入資訊。虛擬代理模組11通用于 任何的應用系統30。 移動通信終端1 0與應用系統發佈平臺2 〇之間經由移 動通“網路連接,該移動通信網路如現有技術中常用的, 13 200929978 包括基站、移動通信交換中心’應用系統發佈 * τ宣Z 0與 應用系統3 0之間經由移動通信網路或者固網殖 π忠钱。如圖2 所示爲本發明的應用系統發佈整體流程示意圖。 步驟201,移動通信終端10經由移動通信網路與應 用系統發佈平臺20建立聯繫; 步驟202,經由啓動所述應用系統發佈平臺2〇的 機交互模組2 2接入對應的應用系統3 0 ; 步驟203 ’所述應用系統30和所述人機交互模組22 D 運行; 步驟204,所述應用系統發佈平臺20的輸出處理模 組23獲取所述人機交互模組22的螢幕顯示圖像介面,並 向所述移動通信終端10發送; 步驟205 ’所述移動通信終端10顯示所述人機交互 模組22的螢幕顯示圖像介面’用戶根據該顯示的介面, 鍵入輸入資訊,移動通信終端向應用系統發佈平臺2〇發 出該輸入資訊; 〇 步驟206,應用系統發佈平臺20將輸入資訊類比爲 本地輸入,送至所述人機交互模組22,執行步驟2〇3,直 至所述移動通信終端1 0退出所述應用系統3 〇。 本發明中,用戶可經由移動通信終端,如手機、個人 數位助理、車載移動終端、安裝有無線移動通信接入模組 的電腦等,經由無線方式與應用系統發佈平臺2〇建立連 接。以下詳細介紹本發明步驟2〇 1的具體實施過程。 14 200929978 步驟2 01爲移動通信終端丨〇 、門戶伺服器25之間沾 一引導步驟,用於使得移動通信終 的 ^ ^ 味從門戶伺服器25虚 如圖3所示,進 得到連接貧訊,進而觸發虛擬代理模組丨丨的運行。其中 ’一 ° "匕、’、 步包括: 、’ 步驟301 ’移動通信级减a B日〆 助通1〇、觸10向門戶伺服器25發出造 接請求; 逆 步驟302,門戶伺服器25回復身份認證請求;section. Each human-computer interaction module 22 and the corresponding application system 30 are connected to the application system 30 according to the input information of the mobile communication terminal 1 via the network connection, and the generated output information is transmitted to the mobile communication terminal 1 0: The application system publishing platform 20 can simultaneously set a plurality of human-computer interaction modules 22 for publishing a plurality of application systems. For example, under the c/s architecture, the application system 30 can be an Exchange server of the email software 〇utl〇〇k, and the human-computer interaction module 22 can be a client of the outlo〇k, under the B/S architecture, the application The system 3 can be a WEB server and its published web page, and the human interaction module 22 can be an IE browser. The released application system needs to satisfy the concurrent access of the plurality of mobile communication terminals to the platform, so the publishing platform 2 has the capability of supporting multiple users, and the hardware architecture and operating system of the publishing platform (4) H can be a system supporting multiple users, for example, Usually used in the χ86 architecture of the pc server, the operating system usually chooses the server version of Windows 2000/2003. For the uncommon Unix, the client, the software system of the publishing platform can also be used in the minicomputer and Unix operating system. Above, you can publish - the application system for the client. For those users who do not support multiple users, the platform 2 can be used to isolate the technology, and the client (four) instances are assigned a completely closed operating environment, so that they can run concurrently on the same server. Multiple instances of the module 23 and the human-computer interaction module 22, the virtual channel module level virtual display human-computer interaction module 22, the screen display image interface, the virtual channel module 21, the output Processing package, structured processing, compression processing, etc. 12 200929978 The input processing module 24 is connected to the human-computer interaction module 22 and the virtual channel module 21, and is used for analogizing the input information sent by the mobile communication terminal. The keyboard input of the local user is provided to the human-computer interaction module 22. The virtual channel module 21 is configured to establish a virtual channel with the mobile communication terminal 1 for transmitting input information and human-computer interaction sent by the mobile communication terminal 1 The screen of the module 22 displays the image interface. In actual system, the number of modules in the publishing platform 2 is not limited, and can be set as needed, and can be deployed separately or in combination in one or more units. The server server 25 is a set of servers on which the portal server software of the platform is installed. It is usually deployed on a single server or a group of servers. The application publishing platform 20 also includes other prior art. The necessary modules, such as storage modules (not shown), are used to store user names, passwords, permissions, platform parameter settings, human-computer interaction module parameter settings, and other information for all platform users. In addition, there is a management module (not shown) that reaches the platform management function. Ο The mobile communication terminal 10 is provided with a virtual proxy module 11 for establishing a connection with the virtual channel module 21, thereby establishing a virtual channel. At the same time, the virtual agent module 11 is further configured to process the data received via the virtual channel, synthesize it into a screen display image, display it on the screen of the mobile communication terminal, and collect input information of the user. The virtual agent module 11 is common to the virtual agent module 11 Any application system 30. The mobile communication terminal 10 and the application system publishing platform 2 are connected via a mobile communication network, the mobile communication network As commonly used in the prior art, 13200929978 including base stations, mobile switching center 'published application Z 0 * τ declared between 30 and loyalty applications of the mobile communication network or a fixed network money π via colonization. FIG. 2 is a schematic diagram showing the overall process of the application system of the present invention. Step 201, the mobile communication terminal 10 establishes contact with the application system publishing platform 20 via the mobile communication network; Step 202, accessing the corresponding application system 3 0 via the machine interaction module 2 2 that launches the application system publishing platform 2; Step 203, the application system 30 and the human-machine interaction module 22D are operated. Step 204, the output processing module 23 of the application system publishing platform 20 acquires the screen display image of the human-computer interaction module 22. The interface is sent to the mobile communication terminal 10; Step 205 'The mobile communication terminal 10 displays the screen display image interface of the human-computer interaction module 22'. The user inputs the input information according to the displayed interface, and the mobile communication The terminal sends the input information to the application system publishing platform 2; In step 206, the application system publishing platform 20 compares the input information into a local input, sends the input information to the human-computer interaction module 22, and performs step 2〇3 until the The mobile communication terminal 10 exits the application system 3 〇. In the present invention, the user can establish a connection with the application system publishing platform 2 via a mobile communication terminal, such as a mobile phone, a personal digital assistant, a vehicle-mounted mobile terminal, a computer equipped with a wireless mobile communication access module, and the like. The specific implementation process of the step 2〇 1 of the present invention is described in detail below. 14 200929978 Step 2 01 is a step of guiding between the mobile communication terminal 门户 and the portal server 25, so that the end of the mobile communication is virtual from the portal server 25 as shown in FIG. 3, and the connection is poor. , which in turn triggers the operation of the virtual agent module. Wherein '一° "匕, ', steps include:, 'Step 301' mobile communication level minus a B day 〆 〆 〇, touch 10 sends a connection request to the portal server 25; inverse step 302, the portal server 25 reply to the identity authentication request;
步驟303’移動通信終端1〇發送身份認證資訊 戶伺服器25 ; 1 v驟3 0 4,門戶伺服器2 5根據該身份認證資訊進行 認證和授權,$回移動通信終端1〇可訪問的應用系心 訊; 步驟305,移動通信終端10發出應用系統選擇資訊; 步驟306,門戶伺服器25根據該選擇資訊,向移動 通信終端1 0發送對應的應用系統的配置資訊。 該引導步驟可經由短信、彩信、WEB、WAP PUSH、 O WAP/iMode、快速引導等多種移動通信的方式達到。 (二)引導部分 請參閱圖4所示爲本發明的應用系統發佈系統的結 構示意圖。其中,在移動通信終端10中還設置有引導器 1 2,以及顯示器i 3〜該引導器12爲移動通信終端所支援 的通信單元,用於經由無線通信方式實施上述引導步驟。 以短信引導爲例,請參閱圖4A所示。在移動通信終 端1 〇中’引導器1 2爲短信系統1 21,門戶伺服器2 5支援 15 200929978 • 短信服務。虛擬代理模,组11 _進一步設置有一短信 器 111 。 1 A移動通信終端10自門戶祠服胃25 S出服務請求短 信,Η戶伺服器25經由短信閘道接收。門戶伺服器25通 常向外公佈一個短信服務號碣如1〇658〇〇288或類似格 式,移動通信終端丨〇對這個號碼收發短信,就能與門戶 飼服器25進行短信通信。門戶词服器25收到後,如果發 佈平臺20的服務可用,則回復身份認證請求短信給移動 ©〜端1 G ’要求進行身份認^。移動通信終端u發送 付0約疋格式的身份認證短信,例如如下格式: U abc P 12345678 其中,U代表用戶名,abc代表用戶輸入的具體用戶 名示例,P代表口令,12345678代表用戶輸入的具體口令 不例。 在嚴格的安全要求下,參與身份認證的資訊還可能包 括:移動通信終端10的號碼、移動通信終端1〇的训卡 的國際識別碼IMSI、用戶的權杖等等。 ,門戶伺服器25根據儲存的用戶的身份認證資訊,進 行認證和授權’回復用戶有權訪問的應用系統3〇的列表。 用戶在列表中選定某個應用系統後,經由移動通信级 端10發送包含選定的應用系統的名稱或編號的短信,門 ^飼服器25收到並解析該短信,得知用戶選擇的應用系 ',先’並將該應用系統3G的配置資訊編輯成短信,發送給 移動通信終端10。典型的配置資訊約1〇〇 一 3〇〇個英文字 16 ❹ ❹ 200929978 元,而一條短信的容量一般約爲14〇個英文字元,因此, 整個配置資訊有可能分割爲2一3個短信發出。該配置資 訊短信中應含有識別字,識別竭,配置資訊類型,配置資 訊的版本、發出的時間、配置資訊被分割的數目、本條短 信是整個配置資訊短信的第幾條以及校驗資訊等。 —短信監測器111在移動通信終端10開機時啓動運 行’監測移動通信終端1 n # 5丨#益 >、、% 1 υ收到的母一條短信。當移動通 信終端10完整地收到了所有配置資訊短信後,短作監測 :識別出配置資訊,並利用識別符,從多個短信中;配置 >訊完整地組合出來。 —…:後監測器i J i啓動虛擬代理模、組11,並把 完整的配置資訊提交給虛擬代理模組11β以上對短 Ζ述中’除了獲取配置資訊和觸發虛擬代理模組: =!機制外’其他移動通信終端…戶飼服器S 0 乂互’也可以經由多媒體資訊、WAP等其他移 通L方式達到,不以此爲限。 " 以=信進行引導,操作方便、系、統資源佔用小、 。終端支援率極高。且由於引導過程中的資料 短消息的現有容量即可與之相匹配。 ’小, 但在某些情況下,發佈平臺2〇也能主 用服務。例如,發佑皁喜9n u Λ壯, 用戶使 郵杜“士 發佈千臺20上加裝一個郵件檢測器,者 、系有新郵件到達時通知卩1戶祠服器25。在這綠: 况下,平臺提出服務請求更爲方便。 。’月 17 200929978 • α郵件系統爲例。門戶伺服器25可直接生成郵件系 統的配置文件發給移動通信終端1〇,移動通信終端i〇可 立刻打開郵件系統。 或在更安全的情況下,門戶伺服器25可生成一個短 信,内含郵件標題和一個處理號。用戶回復短信中需包 含:處理號和用戶口令。門戶伺服器對用戶進行認證處理 等然後,再生成郵件系統的配置文件發給移動通信終端 1 〇 ’移動通信終端1 〇立刻就可以打開郵件系統。 © 除以短信進行引導外,還可以經由彩信方式,即多媒 體資訊(MMS)方式進行。多媒體資訊引導支援多媒體功 月b ’能夠傳遞功能全面的内容和資訊,這些資訊包括文 子、圖像、聲音等各種多媒體格式的資訊。與短信相比, 條多媒體資訊的容量較大’可承載整個配置資訊。 請參閲圖4 B所示,在該實施例中’引導器丨2爲彩作 系統122 ’門戶伺服器25支援彩信服務,並經由彩信閘道 接收和發送彩信。虛擬代理模組11中設置有彩信監測器 〇 112。其引導步驟與短信方式的類似。 引導步驟還可經由WAP/iMode技術來達到。移動通信 終端1〇需支援WAP/iMode瀏覽器的操作’門戶伺服器& 支援WAP/iMode服務。由於iMode與WAP十分類似,以下 以WAP進行描述。 請參閱圖4C所示,移動通信終端10支援WAP協定, 引導器12爲WAP瀏覽器123。經由WAP技術,可以使門戶 18 200929978 伺服器25和移動通信終端10進行方便地交互,使移動通 L終端1 〇旎夠以頁面方式或文件方式接收配置資訊。 首先’虛擬代理模組11需註冊到移動通信終端1 〇的 WAP瀏覽器中,並在WAP瀏覽器註冊文件中創建一個入 口,使WAP瀏覽器在請求鏈結到配置資訊文件類型的文件 時,可以啓動虛擬代理模組〖丨。 用戶使用移動通信終端1〇的WAp瀏覽器,輸入門戶 伺服器25的WAP URL來申請服務。門戶伺服器25返回認 ® 也頁面,用戶經由移動通信終端1 0發送認證資訊,門戶 伺服器25對用戶進行認證和授權後,發給移動通信終端 10 —個WAP頁面’其中包含一個用戶有權使用的應用系統 30的列表’每個應用系統名稱以鏈結方式存在於頁面中。 s用戶要執行一個應用系統’選中頁面上的代表此應用系 統的鍵結’發出請求資訊,WAP瀏覽器隨即從門戶伺服器 25處知到請求的應用系統的配置資訊文件。wAp瀏覽器將 配置文件與註冊文件進行對比,如果找到了配置資訊文件 Ο 與虛擬代理模組11的關聯關係,則虛擬代理模組11被啓 動。虛擬代理模組丨丨啓動後,解讀配置資訊文件,基於 文件中的資訊’與發佈伺服器上建立虛擬通道。 以上對WAP引導的描述中,除了獲取配置資訊文件和 觸發虛擬代理模組必須使用WAp機制外,其他移動通信終 端1〇與門戶伺服器25之間的交互,可以經由短信、多媒 體資訊、WAP PUSH等其他無線通信方式達到。 19 200929978 到的引導部分還可經由WA”機制來達 器閱圖4D所示’移動通信終端Μ支援Up協定,Step 303: The mobile communication terminal 1 transmits an identity authentication information server 25; 1 v 3304, the portal server 25 performs authentication and authorization according to the identity authentication information, and the application back to the mobile communication terminal 1 Step 305: The mobile communication terminal 10 issues application system selection information. Step 306: The portal server 25 sends the configuration information of the corresponding application system to the mobile communication terminal 10 according to the selection information. The guiding step can be achieved by means of various mobile communications such as short message, multimedia message, WEB, WAP PUSH, O WAP/iMode, fast boot, and the like. (II) Guide section Referring to Fig. 4, there is shown a schematic diagram of the structure of the application system issuance system of the present invention. Among them, the mobile communication terminal 10 is further provided with a director 1 2, and the display i 3 to the director 12 are communication units supported by the mobile communication terminal for performing the above-described guiding procedure via wireless communication. Take SMS guidance as an example, please refer to Figure 4A. In the mobile communication terminal 1 'the director 1 2 is the short message system 1 21, and the portal server 2 5 supports 15 200929978 • short message service. The virtual proxy mode, group 11 _ is further provided with a short message 111. The 1 A mobile communication terminal 10 receives a service request short message from the portal, and the account server 25 receives via the short message gateway. The portal server 25 usually publishes a short message service number such as 1〇658〇〇288 or the like, and the mobile communication terminal can send and receive short messages to this number to perform short message communication with the portal server 25. After the portal word server 25 receives, if the service of the publishing platform 20 is available, the reply authentication request message is sent to the mobile ©~end 1 G ' to request identity authentication. The mobile communication terminal u sends an identity authentication short message in the form of a payment format, for example, the following format: U abc P 12345678 where U represents the user name, abc represents an example of a specific user name entered by the user, P represents a password, and 12345678 represents a specific input by the user. The password is not an example. Under strict security requirements, the information for participating in the identity authentication may also include: the number of the mobile communication terminal 10, the international identification code IMSI of the training card of the mobile communication terminal 1 , the user's token, and the like. The portal server 25 authenticates and authorizes the user's identity authentication information based on the stored identity. After selecting an application system in the list, the user sends a short message including the name or number of the selected application system via the mobile communication terminal 10, and the device 25 receives and parses the short message to know the application system selected by the user. ', first' and edit the configuration information of the application system 3G into a short message, and send it to the mobile communication terminal 10. The typical configuration information is about 1〇〇3〇〇 English words 16 ❹ ❹ 200929978 yuan, and the capacity of a short message is generally about 14 English characters. Therefore, the entire configuration information may be divided into 2 to 3 SMS messages. issue. The configuration message should contain the identification word, identify the exhaustion, configure the information type, configure the version of the information, the time of the transmission, the number of the division of the configuration information, the short message of the entire configuration information message, and the verification information. - The short message monitor 111 activates the operation of the "monitoring mobile communication terminal 1 n # 5丨#益 >, % 1 υ received parental message when the mobile communication terminal 10 is powered on. After the mobile communication terminal 10 completely receives all the configuration information short messages, the short-term monitoring: identifying the configuration information, and using the identifier, from the plurality of short messages; configuration > message is completely combined. —...: After the monitor i J i starts the virtual agent module, group 11, and submits the complete configuration information to the virtual agent module 11β. For the short description, in addition to obtaining the configuration information and triggering the virtual agent module: =! Outside the mechanism, 'other mobile communication terminals...the household feeding device S 0 乂 mutual' can also be reached via other information such as multimedia information, WAP, etc., not limited to this. " Guided by = letter, easy to operate, system, system resources occupy small. The terminal support rate is extremely high. And because of the existing capacity of the data short message during the boot process, it can be matched. ‘Small, but in some cases, the publishing platform 2 can also be used primarily. For example, Fayou Soap 9n u is strong, and the user has added a mail detector to the post of the Duo Duo 20, and notified the 卩1 祠 器 25 when the new mail arrives. In this green: In this case, it is more convenient for the platform to make a service request. '月17 200929978 • The α mail system is an example. The portal server 25 can directly generate a configuration file of the mail system and send it to the mobile communication terminal 1〇, and the mobile communication terminal can immediately Open the mail system. Or, in a more secure situation, the portal server 25 can generate a short message containing the message header and a processing number. The user reply message must include: processing number and user password. The portal server authenticates the user. Then, the configuration file of the mail system is generated and sent to the mobile communication terminal 1 移动 'Mobile communication terminal 1 〇 The mail system can be opened immediately. © In addition to the short message, the multimedia message (MMS) can also be obtained via MMS. The way to do this. Multimedia information guides support multimedia power month b 'can deliver comprehensive content and information, including information, Information such as images and sounds in various multimedia formats. Compared with SMS, the capacity of the multimedia information is larger, which can carry the entire configuration information. Please refer to FIG. 4B, in this embodiment, the 'guider 为 2 is color The system 122 'the portal server 25 supports the MMS service and receives and transmits the MMS via the MMS gateway. The MFI monitor 11 is provided with a MMS monitor 112. The guiding procedure is similar to that of the SMS mode. The WAP/iMode technology is implemented. The mobile communication terminal 1 does not need to support the operation of the WAP/iMode browser. The 'portal server& supports the WAP/iMode service. Since iMode is very similar to WAP, the following is described by WAP. See Figure 4C. As shown, the mobile communication terminal 10 supports the WAP protocol, and the director 12 is the WAP browser 123. Via the WAP technology, the portal 18 200929978 server 25 and the mobile communication terminal 10 can be easily interacted to make the mobile communication terminal 1 〇旎It is enough to receive the configuration information in the form of a page or a file. First, the virtual agent module 11 needs to be registered in the WAP browser of the mobile communication terminal 1 and browsed in WAP. An entry is created in the browser registration file, so that the WAP browser can start the virtual proxy module when requesting the link to the configuration information file type file. The user uses the WAP browser of the mobile communication terminal 1 to input the portal servo. The WAP URL of the device 25 is used to apply for the service. The portal server 25 returns the page of the authentication page, and the user transmits the authentication information via the mobile communication terminal 10, and the portal server 25 authenticates and authorizes the user, and sends it to the mobile communication terminal 10 The WAP page 'which contains a list of application systems 30 to which the user is entitled' each application name exists in a linked manner on the page. The user wants to execute a request message on the application system 'Selected button on the selected page', and the WAP browser then knows the configuration information file of the requested application system from the portal server 25. The wAp browser compares the configuration file with the registration file. If the association information of the configuration information file 虚拟 with the virtual agent module 11 is found, the virtual agent module 11 is activated. After the virtual agent module is started, the configuration information file is interpreted, and the virtual channel is established on the publishing server based on the information in the file. In the above description of the WAP boot, in addition to obtaining the configuration information file and triggering the virtual proxy module, the WAP interface must be used, and the interaction between the other mobile communication terminal 1 and the portal server 25 can be via SMS, multimedia information, WAP PUSH. Other wireless communication methods are reached. 19 200929978 The guidance section can also be accessed via the WA" mechanism. The mobile communication terminal supports the Up agreement.
代理閘、曾酉1WAP協定系統124,門戶伺服器25與pusH 广欲^二’支援WAP PUSH服務。WAP ?_使移動通 L終、無需向飼服II接+ 服13如出清求,伺服器就主動向移動通信 終端發送資訊。經由 、由WAP PUSH技術構建發佈平臺2〇的引 導部分,特別適合於新聞、股旱、 耳J肷不通知、郵件等無法預測 ❹ ❹ 考時間而又希望立即處理的業務。由於 pusH以 向的通信技術’因&,門戶伺服器25只能向.移動通信終 端 發送資訊,而無法接受移動通信終端1〇發來的資 訊因此,吊常需要使用其他無線通信手段,如短信、彩 信、WAP等配合手段,與WAp pusH配合來達到引導。 移動通彳5終端10發送請求的步驟如前所述,利用一 種配合手奴達到。門戶伺服器25根據認證和授權結果並 寿J用PUSH代理閘道’向移動通信終端推送可用應用系統 列表’移動通信終端經由配合手段回復門戶伺服器25 一 應用系統選擇資訊。門戶伺服器25將此應用系統30的配 置資訊’編輯成WAP内容,經由WAP PUSH,發送給移動通 #終端10 °典型的配置資訊約1〇〇_ 3〇〇個英文字元,一 條WAP PUSH的容量足以承載。 虛擬代理模組11中設置有一個PUSH監測器114 ’它 在移動通信終端1 〇開機時啓動運行,監測移動通信終端 1 0所收到的每—條WAP PUSH内容。 20 200929978 當PUSH監測器114識別出WAP PUSH内容中所含的配 置資訊後,啓動虛擬代理模組u,並把完整的配置資訊提 交給虛擬代理模組11。 另外,WAP PUSH的内容有可能是一個文件。基於此 特點可直接啓動虛擬代理模組!丨,而無需pusH監測器。 具體爲:將配置文件的類型在移動通信終端1〇 _與虛擬 代理模組11關聯。-旦配置f訊文件puSH到移動通信終The proxy gate, the Zengyi 1WAP agreement system 124, the portal server 25 and the pusH broad support ^2 support the WAP PUSH service. WAP ?_ enables the mobile terminal to end, without the need to feed the service II, and the server sends the information to the mobile communication terminal. The booting part of the publishing platform 2 via WAP PUSH technology is especially suitable for news, stocks, unseen, emails, etc., which are unpredictable and time-consuming. Due to the communication technology of PusH, the portal server 25 can only send information to the mobile communication terminal, and cannot accept the information transmitted by the mobile communication terminal 1. Therefore, it is often necessary to use other wireless communication means, such as SMS, MMS, WAP and other means of cooperation, with WAp pusH to achieve guidance. The step of transmitting the request by the mobile overnight terminal 10 is as described above, using a matching hand slave. The portal server 25 pushes the list of available application systems to the mobile communication terminal using the PUSH proxy gateway according to the authentication and authorization result. The mobile communication terminal replies to the portal server 25 via the cooperation means to the application system selection information. The portal server 25 'edits the configuration information of the application system 30 into WAP content, and sends it to the mobile communication terminal via the WAP PUSH. 10 ° Typical configuration information is about 1 〇〇 3 English characters, one WAP PUSH The capacity is sufficient to carry. The virtual agent module 11 is provided with a PUSH monitor 114' which is activated when the mobile communication terminal 1 is turned on, and monitors each WAP PUSH content received by the mobile communication terminal 10. 20 200929978 After the PUSH monitor 114 recognizes the configuration information contained in the WAP PUSH content, the virtual proxy module u is started, and the complete configuration information is submitted to the virtual proxy module 11. In addition, the content of WAP PUSH may be a file. Based on this feature, the virtual agent module can be started directly! Oh, without the need for a pusH monitor. Specifically, the type of the configuration file is associated with the virtual agent module 11 at the mobile communication terminal 1 _. - Once the configuration of the f-file puSH to the end of mobile communication
端1〇上,移動通信終端10就啓動虛擬代理模組u來處 理此配置資訊文件。 利用WAP PUSH的伺服器主動服務特點,可以達到一 些有類似需求的業務。例如,在應用系統發佈平臺上可加 裝-個郵件檢測器,當郵件系統有新郵件到達時,就通知 門戶伺服器25。在這種情況下,發佈平臺將主動通知用戶。 、以郵件系統爲例。門戶㈣器25得知用戶有新郵件 到達時’彳生成郵件系統的配置文件,經由㈣哪Η發 給移動通信終端1 〇,移動诵作 秒動通彳5終端10立刻就可以打開郵 件系統。 本發佈平臺的引導部分還可經由WEB技術來達到。过 參閱圖4E所示,移動通信終_支援_劉覽器的明 門戶飼服器25支援WEB服務。葡技術是目前使用 =網應用技術。具有介面好、用戶基礎廣泛、標準化 程度rlj等優勢。 25不需要與其他應用閘 ’降低了門戶伺服器2 5 使用WEB技術則門戶伺服 道或代理配合,簡化了達到手段 21 200929978 的建設成本。# WAP 一樣,猶技術也支援經由頁面方式 和文件方式傳送配置資訊。 在本實施例中,引導器12爲,瀏覽器125。虛擬 代理模組11註冊到移動通信終端1〇的WEB瀏覽器中,並 在劉覽@註冊文件中創建__個人口,I應劉覽器在請求 鏈結到配置資訊文件類型的文件時,可以啓動虛擬代理模 組11 ❹ ❹ 用戶使用移動通信終端10的ffEB瀏覽器,輸入門戶 ^服器25的WEB URL來中請服務。門戶祠服器25返回認 :頁面’用戶輸人認證資訊,門戶伺服器25對用戶進行 認證和授權後’發給移動通信終端1〇 _個腦頁面,其 中l 3個用戶有權使用的應用系统3 〇的列表,每個應 用系統以鏈結方式存在於該頁面中。 彻劉覽器從門戶飼服器25處獲得該頁面,並在移 動通信終端的顯示器上顯示。用戶如果想要運行人機交互 =組22來使用應用系統3Q,就使用輸人設備選中該頁面 與應用系統3 G對應的-鏈結。之後,刪瀏覽器從門戶 5民器25處獲得了與應用系統3()對應的配置資訊文件, * ; 覽器將配置資訊文件與註冊文件進行比對。如果在 件中找到了則觸發虛擬代理模組U。虛擬代理模組 、資配置資戒文件,根據其内容,與發佈伺服器建立虛 擬通道。 另外,在某些情況下,用戶希望簡化認證、授權和應 、統、擇的過程,快速啓動應用系統3〇的人機交互模 22 200929978 組2 2。此時,可金* ic( μ ^ j事先編輯好配置資訊或配置資訊文件,並 對匕們進仃管理’丨中包括用戶認證資訊(如用戶名、口 令等)、平軎% , 也址、應用系統的配置資訊。請參閱圖4f 所不,此時,W導器1 2爲一快速引導器1 26,可以接收和 解°貝預先編輯好的配置資訊文件。同日夺,發佈平臺20上 置有〜也代理,用於進行對用戶的認證和授權。 "月參閱圖5所示爲快速引導的流程圖。快速引導可經 由兩種方式進行。 步驟5 01,預先編輯配置資訊或者配置資訊文件; 該配置資却ϋ , …L例如以一短信、彩信或wEB pUSH的形式 存在; 步驟 502,對 對於配置資訊,將配置資訊導入快速引導 步驟503,用冷尚·缸占, 和尸啓動虛擬代理模組,顯示可使用快速 引導的應用系統列表; 步驟504’用戶選中一個應用系統; 步驟505 ’快速引導器根據配置資訊建立與發佈平臺 的認證代理的連接; '驟5 0 6决速引導器判斷該配置資訊中是否包括認 如禾匕括,執行步驟507,如果不包括,執行 驟 511 ; 步驟507, 證代理; 快速引導器將認證資訊提交發佈平臺的認 23 200929978 步驟5 0 8,認證代理對該認證資訊進行認證,如果通 過’執行步驟509’如果沒有通過,執行步驟512; 步驟5 0 9 ’認證代理根據該認證資訊判斷該用戶是否 有權訪問該應用系統,如果有權,執行步驟510,如果沒 有’終止與發佈平臺的連接; 步驟510,認證代理返回快速引導器許可資訊,快速 引導器通知虛擬代理模組,虛擬代理模組開始建立虛擬通 道; 步驟511,快速引導器向用戶詢問認證資訊,用戶輸 入認證資訊,執行步驟5〇7; 步驟512,判斷認證失敗的次數是否超過預定次數, 如果疋,終止與發佈平臺的連接,如果否,認證代理要求 快速引導器重新提供認證資訊,執行步驟51丨; 步驟513’對於配置資訊文件,將配置資訊文件存放 在移動通信終端上;At the end 1, the mobile communication terminal 10 activates the virtual proxy module u to process the configuration information file. With the server active service feature of WAP PUSH, some services with similar requirements can be achieved. For example, a mail detector can be installed on the application publishing platform to notify the portal server 25 when a new mail arrives in the mail system. In this case, the publishing platform will proactively notify the user. Take the mail system as an example. The portal (4) device 25 knows that when the user has a new mail arrives, the configuration file of the mail generation system is transmitted to the mobile communication terminal 1 via (4), and the mobile terminal 1 can immediately open the mail system. The boot portion of this release platform can also be reached via WEB technology. Referring to Fig. 4E, the mobile communication terminal_support_viewer's portal server 25 supports the WEB service. Portuguese technology is currently using the = network application technology. It has the advantages of good interface, wide user base and standardization degree rlj. 25 does not need to be gated with other applications ‘Reduced portal server 2 5 Using WEB technology, the portal server or agent cooperates, simplifying the construction cost of reaching means 21 200929978. Like WAP, the technology also supports the transfer of configuration information via page mode and file mode. In the present embodiment, the director 12 is the browser 125. The virtual agent module 11 is registered in the WEB browser of the mobile communication terminal 1 and creates a __personal port in the Liuhang@registration file. When the browser is requested to link to the file of the configuration information file type, The virtual agent module 11 can be started. ❹ The user uses the ffEB browser of the mobile communication terminal 10 to input the WEB URL of the portal server 25 to request the service. The portal server 25 returns the recognition: the page 'user input authentication information, the portal server 25 authenticates and authorizes the user, and then sends the mobile communication terminal 1 to a brain page, wherein 13 applications are entitled to use by the user. A list of system 3 ,, each application system is linked to the page. The viewer obtains the page from the portal feeder 25 and displays it on the display of the mobile communication terminal. If the user wants to run human-computer interaction = group 22 to use the application system 3Q, the input device is used to select the link corresponding to the application system 3 G. After that, the browser obtains the configuration information file corresponding to the application system 3() from the portal 5, and the viewer compares the configuration information file with the registration file. The virtual agent module U is triggered if found in the file. The virtual agent module and the resource allocation file are based on the content, and establish a virtual channel with the publishing server. In addition, in some cases, the user wants to simplify the process of authentication, authorization, and application, and to quickly launch the human-computer interaction module of the application system. At this time, you can use gold * ic ( μ ^ j to edit the configuration information or configuration information file in advance, and let us manage it), including user authentication information (such as user name, password, etc.), Pingyi%, also address For the configuration information of the application system, please refer to FIG. 4f. At this time, the W guide 12 is a fast guide 1 26, and can receive and reconfigure the pre-edited configuration information file of the shell. On the same day, the publishing platform 20 The agent is also used to authenticate and authorize the user. "Monitor is shown in Figure 5 for a quick boot flow chart. Quick boot can be done in two ways. Step 5 01, pre-edit configuration information or configuration The information file; the configuration resource ϋ, ... L exists, for example, in the form of a short message, a multimedia message, or a wEB pUSH; Step 502, for the configuration information, the configuration information is imported into the quick boot step 503, using the cold cylinder, and the corpse Starting the virtual agent module, displaying a list of application systems that can use the quick boot; step 504' the user selects an application system; step 505 'the quick guide establishes and publishes the platform according to the configuration information The connection of the authentication agent; 'Step 5 0 6 The speed guide determines whether the configuration information includes the recognition, and executes step 507. If not, executes step 511; Step 507, the certificate agent; the quick guide will Certification information submitted to the publishing platform 23 200929978 Step 5 0 8. The authentication agent authenticates the authentication information. If the 'execution step 509' is passed, step 512 is performed; Step 5 0 9 'The authentication agent judges according to the authentication information. Whether the user has access to the application system, if the right, step 510 is performed, if there is no 'terminating connection with the publishing platform; step 510, the authentication agent returns the fast boot permission information, the fast guide notifies the virtual agent module, virtual The proxy module starts to establish a virtual channel; in step 511, the fast guide queries the user for authentication information, and the user inputs the authentication information, and performs step 5〇7; step 512, determines whether the number of authentication failures exceeds a predetermined number of times, if 疋, terminates and publishes The connection of the platform, if not, the certification agent requires the fast guide to re-provide the certification , Shu step 51; step 513 'to the configuration file information, configuration information file stored on the mobile communication terminal;
步驟514,用戶選中—配置資訊文|, 步驟515虛擬代理模組自動啓動,將配置資訊文件 提交給快速引導器,執行步驟505。 爲了區別配置資訊文件是在常規引導過程中獲得 的,還是事先編輯杯的田 的用於快速引導’配置資訊文件的尾 碼可與常規引導文件的屋雄士 的尾碼有所區別,或在文件中設置特 殊標識。當虚擬代理桓細 模、i π發現此文件是用戶快速引導, 將配置資訊和控制權交付給快速引導器。 (三)發佈部分 24 200929978 經由上述方式,& & .s k , 動通k終端1 〇啓動了虛擬代理模 組,並根據應用系統的B w咨 的配置資訊,與發佈伺服器建立虛 通道。虛擬通道是一個邏輯 避科運接,移動通信終端1〇盥發Step 514, the user selects - configures the information text |, the virtual agent module is automatically started in step 515, and the configuration information file is submitted to the quick guide, and step 505 is performed. In order to distinguish whether the configuration information file is obtained during the normal boot process, or to edit the cup field in advance, the end code for the quick boot 'configuration information file can be different from the tail code of the general guide file, or in the file. Set a special identifier in . When the virtual agent is fine-tuned, i π finds that this file is the user's quick boot, delivering configuration information and control to the fast boot. (3) Release part 24 200929978 Through the above method, && .sk, the mobile k terminal 1 〇 starts the virtual agent module, and establishes a virtual channel with the publishing server according to the configuration information of the BW configuration of the application system. . The virtual channel is a logical bypass, and the mobile communication terminal 1 bursts
佈伺服器50利用它進行读户 .I 通L。虛擬代理模組1 1將收隼 動通信終端10上用戶的給^ ,J資讯’如滑鼠輸入資訊、鍵 盤輸入資訊’經由虛撼福.音欢Μ 擬通道發送給人機交互模組22;並且 經由虛擬通道從人機交亙掇έ 文互模組22接收人機交互模組22的 運行輸出資訊,包括顯示給+ ^ ❹ ❹ 顯不輸出、列印輸出、音頻輸出以及 其他輸出’在移動通作線嫂ιΛ 切、終為1 〇上進行顯示、播放、列印 等操作。當人機交互指;纟曰99 % ’、2運行完畢後,發佈平臺將斷 開虛擬通道’等待下一次的連接。 虛擬通道的建立流程圖如圖6所示: 步驟601 ’虛擬代理模組11向發佈伺服器50發送連 接請求; 步驟602,發佈伺服器5〇檢測到該連接請求,回復 一條發佈伺服器可用的資訊; 步驟6 0 3,虛擬代理模組向發佈伺服器發送準備完畢 資訊; 步驟604 ’發佈伺服器回復確認資訊; 步驟605 ’虛擬代理模組u與發佈伺服器的發佈軟 體分別啓動運行所需的協定; 步驟606,發佈軟體使用此協定向虛擬代理模組^ 發出一條資訊,說明建立虛擬通道的請求已經被接受; 25 200929978 步驟607,虛擬代理模組u和發佈軟體協商虛擬通 道的參數,建立虛擬通道。 虛擬通道建立後,進入發佈階段。 發佈階段對通信承載網路沒有特殊要求,只要承載網 路上能夠承載資料業務即可。可使用各類移動通信網路來 承載平臺發佈的資訊,例如:GSM CSD、GSM SMS、gsm USSD、GPRS、EDGE、CDMA、CDMA2000、WCDMA、TD-SCDMA、 ❹ ΟThe cloth server 50 uses it to read the user. The virtual agent module 1 1 sends the user's information, such as mouse input information and keyboard input information, on the communication terminal 10 to the human-computer interaction module via the virtual channel. And receiving, by the virtual channel, the running output information of the human interaction module 22 from the human computer interface module 22, including displaying to the + ^ ❹ 显 display output, print output, audio output, and other output 'Display, play, print, etc. on the mobile line 嫂ιΛ, and finally 1 〇. When human-computer interaction refers to 纟曰99% ’, 2 is finished, the publishing platform will disconnect the virtual channel ‘waiting for the next connection. The virtual channel is established as shown in FIG. 6: Step 601 'The virtual agent module 11 sends a connection request to the publishing server 50; Step 602, the publishing server 5 detects the connection request and replies to a publishing server. Information; Step 6 0 3, the virtual agent module sends the preparation completion information to the publishing server; Step 604 'Publish the server reply confirmation information; Step 605 'The virtual agent module u and the publishing server release software respectively start the running required Protocol 606, the publishing software uses this protocol to send a message to the virtual agent module^ indicating that the request to establish a virtual channel has been accepted; 25 200929978 Step 607, the virtual agent module u and the software negotiation virtual channel parameters, Create a virtual channel. After the virtual channel is established, it enters the release phase. There is no special requirement for the communication bearer network in the release phase, as long as the bearer network can carry data services. Various types of mobile communication networks can be used to carry information published by the platform, such as: GSM CSD, GSM SMS, gsm USSD, GPRS, EDGE, CDMA, CDMA2000, WCDMA, TD-SCDMA, ❹ Ο
WiMAX、無線局域網WLAN、藍牙、衛星通信 路,也可以使用各類有線網路承載。當然,由於GSMt 和GSM USSD的帶寬很小,難以支援網路層協定,因此, 一般不使用它們作爲發佈部分的承載網路,但可作爲引導 部分的承載網路。即,發佈部分可以與引導部分使用不同 或者相同的通信承載網路。 發佈階段需要使用支援遠端計算的協定來達到。包括 VCP、ICA、VNC/X-WIND0W等協定産品。以下以vcp協定爲 何進行介紹。 虛擬通道協定(VCP)是發佈平臺20在發佈階段所使 用的通信協定,用於發佈伺服器50和移動通信終端1〇之 間的通信,建立網路層連接。它只需要移動通信終端1〇 和發佈伺服器50支援最基本的協定,可運行在大多數流 行的網路層協定之上,如TCP/IP、iPX、SPX、NETBI()S、 非同步接連等。 器50和移動通信 :各種應用運行螢 VCP協定用於發佈平臺的發佈飼服 终端1 0之間的通信,它具有如下能力 26 200929978 幕圖像的發佈、處理滑鼠和鍵盤輸入、會話控制、支援非 同步連接、錯誤檢測和發現、支援壓縮和加密、文件系統 重定向, VCP >列印重定向、支援虛擬通道。 3定的資料包格戎如下: 前同步 可靠性 加密 壓縮 命令 命令資料 後同步 前同步·是個可選的協定頭部,作爲協定的前同步資 料; 可靠性:是個可選的協定頭部,可用來達到傳輸錯誤 〇 的檢查和糾正; 加密:是個可選的協定頭部,用來管理加密資料; 壓縮.疋個可選的協定頭部,用來管理壓縮資料; 命令:表示協定需要執行的指令,是資料包主體的開 始’是必需設置的; 命令資料:可選的域’包含部分命令的詳細參數,及 子通道協定的資料包; 後同步:可選的協定尾部,用於非同步通信。 只有命令字段是必須的,前同步和後同步只在某些 況下需要。 當應用系、统30或其人機交互模組22在發佈伺服器 50上運行時,移動通信終端1〇實際上沒有執行任何與應 用系統相關的代碼。因此,必須解決發佈伺服器5〇和移 動通信終端10遠端通信的問題;移動通信終端的本地記 憶體和印表機也可被應用系統調用。 27 200929978 . 請參閱圖7所示爲本發明的應用系統發佈系統的輸 入處理部分的結構示意圖。 如圖所不並依據VCP協定’移動通信終端丨〇包括顯 不器13、輸入設備14、虛擬代理模組11β發佈伺服器的 虛擬代理模組11中進一步包括終端驅動器1(η、協定驅動 器棧102、傳輸驅動器1〇3。終端驅動器1〇1處理VCp協 定最咼層的功能,其中包括輸入處理器19〇。虛擬通道模 組21包括傳輸驅動器211、協定驅動器棧212,輸入處理 © 模組24包括終端驅動器241,其中進一步包括輸入模擬器 191 ° 其中’終端驅動器101負責接收、解釋和處理移動通 信終端和發佈平臺產生的資料。協定驅動器棧102是協定 機中的通信層,用來準備需發送的資料。傳輸驅動器1〇3 是一種協定驅動器,用來與系統的通信服務介面進行連 接。 用戶從移動通信終端1 0上使用輸入設備進行輸入, © 輸入資訊被虛擬代理模組11收到,被封裝成VCP協定資 料包,經由虛擬通道發送給發佈伺服器50。虛擬通道模組 21對協定包進行接收並解密解壓縮等操作,發送給輸入處 理模組24。輸入處理模組24解讀VCP協定包,取出其中 的用戶輸入資訊,發送給人機交互模組22。人機空 入立模組 22根據用戶輸入資訊和自身邏輯運行。 終端驅動器101中的輸入處理器190用於對輪入資訊 進行整理編碼; 28 200929978WiMAX, wireless LAN WLAN, Bluetooth, satellite communication, can also use a variety of wired network bearers. Of course, since the bandwidth of GSMt and GSM USSD is very small, it is difficult to support network layer protocols. Therefore, they are generally not used as the bearer network of the distribution part, but can be used as the bearer network of the boot part. That is, the publishing portion can use a different or the same communication bearer network as the boot portion. The release phase needs to be reached using a protocol that supports remote computing. Including VCP, ICA, VNC/X-WIND0W and other agreed products. The following is an introduction to the vcp agreement. The Virtual Channel Agreement (VCP) is a communication protocol used by the publishing platform 20 during the release phase to distribute communications between the server 50 and the mobile communication terminal 1 to establish a network layer connection. It only requires the mobile communication terminal 1 and the distribution server 50 to support the most basic protocols, and can run on most popular network layer protocols, such as TCP/IP, iPX, SPX, NETBI()S, asynchronous connection. Wait. 50 and mobile communication: various applications run the Firefly VCP protocol for communication between the publishing service terminal 10 of the publishing platform, which has the following capabilities: 26 200929978 Screen image release, processing mouse and keyboard input, session control, Supports asynchronous connections, error detection and discovery, support for compression and encryption, file system redirection, VCP > print redirection, and support for virtual channels. The data packet of 3 is as follows: Pre-synchronous reliability encryption compression command command data synchronization pre-synchronization · is an optional protocol header, as the pre-synchronization data of the agreement; Reliability: is an optional protocol header, available To achieve transmission error detection and correction; encryption: is an optional protocol header for managing encrypted data; compression. An optional protocol header for managing compressed data; Command: indicates that the agreement needs to be executed The instruction, which is the beginning of the packet body, is required to be set; the command material: optional field contains detailed parameters of some commands, and sub-channel protocol packets; post-synchronization: optional protocol tail for non-synchronization Communication. Only the command field is required, and pre- and post-synchronization are only required under certain conditions. When the application system, system 30, or its human interaction module 22 is running on the issue server 50, the mobile communication terminal 1 does not actually execute any code associated with the application system. Therefore, the problem of the remote communication of the distribution server 5 and the mobile communication terminal 10 must be solved; the local memory and the printer of the mobile communication terminal can also be called by the application system. 27 200929978 . Please refer to FIG. 7 is a schematic structural diagram of an input processing part of the application system issuance system of the present invention. According to the VCP protocol, the mobile communication terminal 丨〇 includes the display unit 13, the input device 14, and the virtual agent module 11β, and the virtual agent module 11 of the virtual server module 11 further includes the terminal driver 1 (n, the protocol driver stack). 102. The transmission driver 1〇3. The terminal driver 101 processes the last layer of the VCp protocol, including the input processor 19. The virtual channel module 21 includes a transmission driver 211, a protocol driver stack 212, and an input processing module. 24 includes a terminal driver 241, further including an input simulator 191 ° where the 'terminal driver 101 is responsible for receiving, interpreting, and processing data generated by the mobile communication terminal and the publishing platform. The protocol driver stack 102 is a communication layer in the protocol machine for preparing The data to be transmitted. The transmission driver 1〇3 is a protocol driver for connecting to the communication service interface of the system. The user inputs from the mobile communication terminal 10 using the input device, and the input information is received by the virtual agent module 11. The packet is encapsulated into a VCP protocol packet and sent to the publishing server 50 via the virtual channel. The channel module 21 receives, decrypts, decompresses, etc. the protocol packet and sends it to the input processing module 24. The input processing module 24 interprets the VCP protocol packet, extracts the user input information therein, and transmits it to the human computer interaction module 22. The man-machine-empty module 22 operates according to the user input information and its own logic. The input processor 190 in the terminal driver 101 is used for sorting and encoding the wheeled information; 28 200929978
終端驅動器101根據VCP協定的格式規筋,脸4 L 將些資 訊按前述的“命令”、“命令資料’’方式打包爲vcp協定 包,然後交送給協定驅動器棧1 0 2。 協定驅動器棧1 02根據系統的配置,對打包的輸入資 訊進行進一步處理,包括壓縮、可靠性處理、封裝成巾貞和 加密等,再發送給傳輸驅動器103»The terminal driver 101 adjusts the information according to the format of the VCP protocol, and the face 4 L packs the information into the vcp protocol package according to the aforementioned "command" and "command data", and then delivers it to the protocol driver stack 1 0 2. The protocol driver stack 1 02 According to the configuration of the system, the packaged input information is further processed, including compression, reliability processing, encapsulation, encryption, etc., and then sent to the transmission driver 103»
傳輸驅動器1 03聯繫作業系統的通信介面,將此協定 包經由虛擬通道發送給發佈平臺20的發佈伺服器5〇。 發佈伺服器50的傳輸驅動器211從發佈伺服器5〇的 作業系統介面收到此協定包,交送給協定驅動器棧212。 協定驅動器棧212根據系統的配置, 密 '拆賴、可靠性驗證和解壓縮等處理後 理模組24中的終端驅動器241。 對協定包進行解 ’發送給輸入處 T端驅動器241根據VCP協定規範對協定包進行解 提取出其中的輸入資訊,交送給輸入模擬器191。 模擬器191根據輸入資訊,向人機交 進行類比輸入“山 冥組22 各作業系統中,向一個運行的程式類比 局不地輸入的方 一肽 很夕。例如,在windows系統中’常用 鍵盤和滑ϋ认 eybd-event、m〇Use_event函數進行The transport driver 103 contacts the communication interface of the operating system and transmits the protocol package to the issue server 5 of the distribution platform 20 via the virtual channel. The transport driver 211 of the issue server 50 receives the protocol package from the operating system interface of the issue server 5〇 and forwards it to the protocol driver stack 212. The protocol driver stack 212 processes the terminal drivers 241 in the processing module 24 in accordance with the configuration of the system, such as decryption, reliability verification, and decompression. The protocol package is decoded and sent to the input. The T-end driver 241 extracts the protocol package according to the VCP protocol specification and extracts the input information therefrom, and sends it to the input simulator 191. The simulator 191 performs an analog input to the human-machine intersection according to the input information. "In the operating system of the mountain group 22, the square-peptide input to the running program is not analogous to the running of the program. For example, in the windows system, the common keyboard is used. And slippery recognize eybd-event, m〇Use_event function
等各、、& ή蜩比輸入,也常用WM_KEYDOWN、WMJEYUP 寻各種4息類比輸入。 行邏輯運行/組22接料些輸人資訊,結合自己的運 句入的過程進行詳 29 200929978 虛擬代理模組11創建並控制應用視窗,並顯亍在。 示器中。同時,用戶在應用視窗中輪入的所有資訊了 ^ 虛擬代理模組Π獲得。具體的說,是被虛擬代理模 中的終端驅動器1〇1中的輪入處理器19〇獲得。而輸入資 訊包括:鍵盤輸入、滑鼠或其他指點設備的位置、移動育 點擊等’該輸人資訊基於當前輸出至移動通信終端的象 介面而産生。 豕 如圖8所示爲本發明的輸入過程流程圖。Wait for each, , & ή蜩 than input, also commonly used WM_KEYDOWN, WMJEYUP to find a variety of 4 analog input. The logical operation/group 22 receives some input information, and combines the process of its own sentence into the process. 29 200929978 The virtual agent module 11 creates and controls the application window and displays it. In the display. At the same time, all the information that the user has entered in the application window is obtained by the virtual agent module. Specifically, it is obtained by the round-in processor 19〇 in the terminal driver 1〇1 in the virtual proxy mode. The input information includes: keyboard input, location of a mouse or other pointing device, mobile education, etc. The input information is generated based on the current interface output to the mobile communication terminal.豕 Figure 8 is a flow chart of the input process of the present invention.
步驟801,用戶在移動通信終端1〇輸入資訊; 該資訊例如是選擇應用系統的一個鏈結; 步驟802 步驟803 步驟804 步驟805 包; 步驟806 步驟807 步驟808 步驟809 輸入; 輸入處理器19〇接收該資訊並編崎; 終端驅動器101對該輸入資訊進行打包; 協定驅動器1〇2進行週邊處理; 傳輸驅動器1〇3經由虛擬通道發送該協定 傳輸驅動器211接收該協定包; 協定驅動器212進行週邊處理; 終端驅動器241解析該協定包; 輸入楔擬器191將該輸入資訊類比爲本地 步驟810’人機交互模組根據該輸入資訊運行。 以下對輸出的Μ進行詳細的描述。 發佈平喜 卩 ra & U用於將應用系統的人機界面與運行邏輯 應用系统的運行邏輯部分在發佈平臺20上運行, 30 200929978 經由VCP協定將人機交互模組產生的螢幕刷新等輸出資气 傳送到移動通信終端1 0。 爲節省有限的網路和移動通信終端資源,發佈平臺並 非將應用系統運行的整個應用顯示頁面直接發送給移動 通信終端’而是經由減少資料量,提高系統的效率。 對應用系統螢幕顯示圖像的處理方式可經由多種方 式達到。例如GUI向量命令、幀緩存和壓縮,還包括現 技術中的其他方式。 〇 如果利用作業系統底層的GUI向量命令的方式,卷移 動通信終端與發佈伺服器建立虛擬通道後,發佈飼服^啓 動應用系統的人機交互模組,同時,發佈飼服器就會以 移動通信終端用戶分配一塊記憶體,作爲虛擬顯示 ❹ ,’對人機交互模組的輸出視窗重定向到虛擬顯 记憶體。S Windows系統達到應用視窗重定向的方法 多’常見的如截獲目標視窗的GDI命令,替換其心爲 己視窗上的hdc或某塊記憶體的指標,這樣,目標視窗 圖形輸出就會轉移到自己視窗上或指定的記憶體區域中 被發佈祠服器重定向的顯示操作被分解成若 n 〇ws GDI命令’最後再由發佈伺服器將 :移動通信終端解碼顯示。這種方式需要單獨;: 動的部分’用來進行對來自 將驅動程式的再包裝 旦:: 中的顯示驅動命令,即GUI指令。GU! 7方式^由發送上層的㈣命令來達到遠端顯示 31 200929978 目的。这些命令中包含對字體、圖示、繪圖命令等的支援。 採用該GUI肖量命令方法具有較好的網路帶寬利用率, 但跨平臺性較差β 如果利用十貞緩存和麗縮的方式,首先需在發佈飼 上爲移動通信終端用戶分配虛擬顯示記憶體及幢緩存 將人機交互模組的輸出重定向到虛擬顯示記憶體中。幢緩 存是發佈伺服器上的-塊記憶體’以圖像的形式儲存虛擬 顯示記憶體的變化的片段。該過程分爲: ❹ Ο 一第-’根據虛擬顯示記憶體的變化,即人機交互模組 顯不輸出的變化’更新幀緩存; 、、第二,將幢緩存中的圖像記憶體進行壓縮處理,再發 送給移動通信終端。 中貞緩存中的内容是圖像。通常,採用無損壓縮辦法, 如RLE (遊程編碼)和uw等進行處理。通常,一般操作 2上多數應用系統的GUI介面非常簡單,其紋理和色 表早-並且規則’ #常適合以無損壓縮的辦法進行壓縮。 ^時’在對連續圖像進行處料,無損壓縮法可以達到只 ^理和傳輸圖像中變化的部分’進—步減少資料的傳輸, 置可乂得到很流暢的效果。另外,無損磨縮的演算法簡 ’運算速度快’特別適合於移動通信終端應用領域。 也可採用有損壓縮演算法來處理幀緩存内容,如JPEG ^準進行壓縮。但由於職標準是應时自然圖像I缩 並不適合㈣這樣的簡單圖像。在處理介面上沒有圖 時,㈣演算法往往不及簡單壓縮演算法效率高。但 32 200929978 如果介面上大部分爲圖片部分時,JPEG演算法則表現出 比無損壓縮高得多的壓縮率。 無論是採甩無損壓縮還是有損壓縮,在設定適當的介 面後,使用幀緩存及壓縮的辦法就可以不受作業系統的限 制’達到平臺無關的獨立性。 對於幀緩存的更新策略,包括兩種方式,惰性策略與 積極策略。 ❹ ❹ 懶惰策略是將虛擬顯示記憶體分割爲若干個小矩形 區域,當發佈飼服器檢測到虛擬顯示記憶體的某個或某些 矩形區域發生改變後,在預設的時間間隔,將發生變化區 域的顯示資料放入f貞緩存中。當移動通信終端發出更新嗜 求日今’從巾貞緩存中取出發生變化的所有矩形塊,並將這些 矩形塊進行比較融合。如果有對同一個矩形區域的重復資 料’則將先前緩存的資料刪除,採用最新的緩存資料。然 後再將融合後的資料進行壓縮編碼,經由虛擬通道發送給 移動通信終端。 積極策略,即發佈伺月艮器上的人機交互模組一旦産生 榮幕更新,就立即傳送給移動通料^在傳輸大量的圖 :資料時,如視頻,積極更新使得發佈祠服器能跟上視頻 更新的步伐。但傳送的資料量也會增加很多。並且,這種 即時更新要求移動通信終端能即時地處理這些更新,這樣 =重了移動通信終端計算負載。以下以㈣存和麼縮方 去及懷惰策略爲例進行詳細說明。 33 ❹ ❹ 200929978 请參閱圖9所示致士 ι 馬本發明的應用系統發佈系統採用 幢緩存技術的輸出結構示意圖。 在圖7的基礎上,终端 $ 、和驅動器1〇1中進一步包括顯示 處理器290,協定瓶說势货ιλ 疋駆動益棧1〇2中包括解壓器31〇,協定 驅動器棧212中進一步白扛脑μ ^包括麗縮器311,用於對螢幕刷新 資料進行壓縮處理,齡ψ ♦ 輸出處理模組23中進一步包括幀緩 存處理器297、刷新監測器295、輸出處理器“I,同時, 發佈伺服器50中還設置有虛擬顯示記憶體296以及幀緩 存 298。 人機交互模組22在被終端驅動器102調用時,就進 行了顯示重定向處理。人機交互模組22的顯示輸出被重 定向到虛擬顯示記憶體296中。刷新監測器295將虛擬顯 不記憶體296劃分爲若干個矩形區域,時刻監視每一個區 域的動態。一旦發現某個區域發生變化,即說明人機交互 模、.且又産生了新的顯示輸出,就通知幀緩存處理器297。 幀緩存處理器297按一定的時間間隔來處理幀緩存 298。當幀缓存處理器297收到刷新監測器2叼的變化通 知,在時間間隔到達時,將虛擬顯示記憶體中發生變化的 矩形區域複製到幀緩存中。 移動通信終端1 〇根據顯示器設置按照一定規律發出 更新請求到發佈伺服器5〇,幀緩存處理器297接到該更新 請求時,從幀緩存298中取出發生變化的所有矩形區域, 並將這些矩形塊進行比較融合《如果有對同一個矩形區域 的重復資料’則將先前缓存的資料刪除,採用最新的緩存 34 200929978 料。然後再將融合後的 291。 後的顯不刷新資料交送給輪出處理器 圖 如圖1Q所示爲本發明採用㈣存技術的輸出流程 步驟1001 ’人機交互磁、 將瑩篡黯-*— 模』運仃產生變化的螢幕輸出, 將螢幕顯不重定向至虛擬顯示記憶體; 步驟1 002,刷新龄嘴丨哭9〇ς p、t 的變化,通知緩在處 到虛擬顯示記億體 通知緩存處理器297 ;Step 801: The user inputs information in the mobile communication terminal 1; the information is, for example, a link of the selection application system; Step 802 Step 803 Step 804 Step 805 Package; Step 806 Step 807 Step 808 Step 809 Input; Input Processor 19〇 Receiving the information and coding; the terminal driver 101 packages the input information; the protocol driver 1〇2 performs peripheral processing; the transmission driver 1〇3 transmits the protocol transmission driver 211 via the virtual channel to receive the protocol package; the protocol driver 212 performs peripheral processing. The terminal driver 241 parses the protocol package; the input wedge 191 compares the input information to the local step 810'. The human interaction module operates according to the input information. The output Μ is described in detail below. The release ping ra & U is used to run the human-machine interface of the application system and the running logic part of the running logic application system on the publishing platform 20, 30 200929978 outputting the screen refresh output by the human-computer interaction module via the VCP protocol The capital is transmitted to the mobile communication terminal 10. In order to save limited network and mobile communication terminal resources, the publishing platform does not directly transmit the entire application display page of the application system to the mobile communication terminal, but increases the efficiency of the system by reducing the amount of data. The way in which the application screen display image is processed can be achieved in a number of ways. For example, GUI vector commands, frame buffering, and compression also include other methods in the prior art. 〇If the volume mobile communication terminal establishes a virtual channel with the publishing server by using the GUI vector command of the bottom layer of the operating system, the human-computer interaction module of the application system is released, and the feeder is moved. The communication terminal user allocates a piece of memory as a virtual display, 'redirects the output window of the human-computer interaction module to the virtual display memory. S Windows system to achieve the application window redirection method is more common, such as intercepting the target window GDI command, replacing the hdc or a block of memory indicators on the heart of the window, so that the target window graphics output will be transferred to itself The display operation of the server redirected on the window or in the specified memory area is decomposed into the following if the 〇ws GDI command 'final then by the publishing server: the mobile communication terminal decodes the display. This method needs to be separate; the moving part' is used to perform the display driver command from the repackaging of the driver:: GUI instructions. GU! 7 mode ^ by sending the upper (four) command to reach the far end display 31 200929978 Purpose. These commands include support for fonts, icons, drawing commands, and more. The GUI mode command method has better network bandwidth utilization, but the cross-platformity is poor. β If the ten-dimensional buffer and the condensing method are utilized, the virtual display memory is first allocated to the mobile communication terminal user on the release feed. The cache cache redirects the output of the human-computer interaction module to the virtual display memory. The building cache is a piece of memory on the publishing server that stores changes in the virtual display memory in the form of images. The process is divided into: ❹ Ο a first - 'according to the change of the virtual display memory, that is, the change of the human-computer interaction module does not output' update frame buffer; second, the image memory in the cache The compression process is then sent to the mobile communication terminal. The content in the buffer is the image. Usually, it is processed by lossless compression methods such as RLE (Run Range Coding) and uw. In general, the GUI interface of most application systems in general operation 2 is very simple, and its texture and color table are early - and the rule ' is often suitable for compression by lossless compression. ^时' is in the processing of continuous images, the lossless compression method can achieve the only part of the change and transmission of the image to reduce the transmission of data, which can achieve a very smooth effect. In addition, the non-destructive grinding algorithm is fast and fast, which is particularly suitable for mobile communication terminal applications. A lossy compression algorithm can also be used to process the frame buffer content, such as JPEG compression. However, because the job standard is a natural image, it is not suitable for a simple image such as (4). When there is no graph on the processing interface, (4) the algorithm is often inferior to the simple compression algorithm. But 32 200929978 If the interface is mostly part of the picture, the JPEG algorithm shows a much higher compression ratio than lossless compression. Whether it is lossless compression or lossy compression, after setting the appropriate interface, frame buffering and compression can be used to achieve platform-independent independence from the operating system. For the frame cache update strategy, there are two ways, lazy strategy and aggressive strategy. ❹ 懒 The lazy strategy divides the virtual display memory into several small rectangular areas. When the publishing feeder detects that one or some rectangular areas of the virtual display memory have changed, it will occur at a preset time interval. The display data of the changed area is placed in the f贞 cache. When the mobile communication terminal issues an update request, it takes out all the rectangular blocks that have changed from the frame buffer and compares and merges these rectangular blocks. If there is duplicate information for the same rectangular area, the previously cached data is deleted, using the latest cached data. The fused data is then compression-encoded and transmitted to the mobile communication terminal via the virtual channel. The active strategy, that is, the release of the human-computer interaction module on the server, is immediately transmitted to the mobile communication. When transmitting a large number of pictures: data, such as video, active update makes the release server Keep up with the pace of video updates. However, the amount of data transmitted will also increase a lot. Moreover, such an immediate update requires the mobile communication terminal to process these updates on the fly, thus reducing the computing load of the mobile communication terminal. The following is a detailed description of the (4) deposit and retreat and the idle strategy. 33 ❹ ❹ 200929978 Please refer to Figure 9 for the output structure of the application system publishing system of the invention. On the basis of FIG. 7, the terminal $ and the driver 〇1 further include a display processor 290, which includes a decompressor 31 中 in the 货 ι 疋駆 益 益 〇 , , , , , , , , , , , , , , , , , , , , , , The camphor μ ^ includes a refiner 311 for compressing the screen refresh data, and the output processing module 23 further includes a frame buffer processor 297, a refresh monitor 295, and an output processor "I. The distribution server 50 is further provided with a virtual display memory 296 and a frame buffer 298. The human interaction module 22 performs display redirection processing when called by the terminal driver 102. The display output of the human interaction module 22 is Redirected to the virtual display memory 296. The refresh monitor 295 divides the virtual display memory 296 into a plurality of rectangular regions, and monitors the dynamics of each region at a time. Once a certain region is found to change, the human-computer interaction mode is illustrated. And a new display output is generated, and the frame buffer processor 297 is notified. The frame buffer processor 297 processes the frame buffer 298 at a certain time interval. The device 297 receives the change notification of the refresh monitor 2叼, and copies the rectangular area of the virtual display memory that has changed in the frame buffer when the time interval arrives. The mobile communication terminal 1 sends an update request according to a certain rule according to the display setting. When the server cache processor 297 receives the update request, the frame buffer 298 extracts all rectangular regions that have changed from the frame buffer 298, and compares and merges the rectangular blocks. If there is a repetition of the same rectangular region. The data 'deleted the previously cached data, using the latest cache 34 200929978 material. Then the merged 291. After the explicit refresh data is sent to the round processor diagram as shown in Figure 1Q for the invention (4) The output process of the storage technology is performed in step 1001, 'Human-computer interaction magnetic, and the Ying-*----------------------------------------------------------------------------- The screen output is changed to the virtual display memory; Step 1 002, refreshing the mouth 丨Crying 9 〇ς p, t changes, notifications are slow to the virtual display ‧ billion body notification cache processor 297;
步驟1003,緩存虚理哭9Q 及仔慝理器297複製變化了的部分; 步驟1004,移動通俨線矬^主 整理幢緩存資料;“端“更新,幢緩存處理器 ,驟005輸出處理器291和終端驅動器一 鴨緩存298中的眘粗私壯山 07貧科封裝成VCP協定包; 步驟1006’協定驅動器機212進行週邊處理,利用 壓縮器311進行壓縮; ❹ 步驟1007,傳輸驅動器211經由虛擬通道發出該vcp 協定包; 步驟1〇〇8,傳輸驅動器103接收該VCP協定包; 步驟1009,協定驅動器棧1〇2進行週邊處理,並利 用解壓器31〇進行解壓縮; 步驟1 ο ] π 从 ’終端驅動器1 01對該VCP協定包進行解 析; 視窗 步驟1011, 顯示處理器根據該VCP協定包刷新應用 35 200929978 (四)適配部分 上述技術方案達到了將應用系統發佈到移動通信終 端的基本’步驟’可利用上述步驟進行應用系統的直接發 佈。但普通的應用系統的顯示介面都是對Pc終端開發的。 PC終端至少支援80 0x600的顯示器,而移動通信終端的顯 示幕一般在320x240左右,應用的介面顯示在較小的移動 通信終端螢幕上時’對用戶的閱讀和操作造成極大困難, 故,爲提高用戶的體驗滿意度,仍需要對在移動通信終端 〇 上顯示的介面進行適配’使之符合移動通信終端的顯示規 格。 本發明在發佈伺服器50上進一步設置有一適配系 統,用於達到人機交互模組輸出在移動通信終端上的適 配,以及將用戶的輸入操作映射爲對人機交互模組的輸入 資訊,從而使用戶能夠正確的操作人機交互模組。請參閱 圖11所不爲本發明的發佈系統結構示意圖。在先前附圖 的基礎上進步包括一適配系統2000’設置於輸出處理 Ο 模組23與.輸入處理模組24中。 輸入處理模組24進一步包括一輸入映射器1911,輸 出處理模、组23中進一步包括適配管理ρ 2〇〇1、刷新監測 器2951、抽取器2981、頁面生成器2〇1()。 在發佈伺服器50的儲存單元中還儲存有映射表22〇〇 以及機型表2100,該映射表22〇〇用於記錄原始業務頁面 與經過適配重新構造的發佈頁面的所有胃面元素的對應 關係、位置資訊以及當前狀態。機型表21〇〇中記錄了目 36 200929978 别登錄到發佈平臺上的所有移動通信終端丨〇的機型資 訊、顯示器規格等資訊。 同時發佈伺服器50中進一步設置有瀏覽器221、web 服務模組2035 ’以及用於對適配後的業務頁面(即發佈頁 面)進行重疋向的虛擬顯示記憶體296、用於獲取原始業 務頁面的虛擬顯示記憶體2961,用於獲取原始業務頁面中 的各個元素。 以下說明利用適配系統2 〇 〇 〇達到輸出適配的過程。 適配的主要方式包括以下的一項或幾項: 人機交互模組定制,將人機交互模組中佔據螢幕 空:而沒有實際作用的功能表、工具攔等取消,以爭取使 用最大螢幕空間來顯示有效内容; 移動通信終端資訊獲取,發佈平臺在 =移動通信終端螢幕的規格’或者進—步根據用戶是否 同忍接文適配,以決定適配策略和參數;Step 1003: Cache the virtual crying 9Q and the varnish 297 to copy the changed portion; Step 1004, move the communication line 矬^ main finishing building cache data; "end" update, building cache processor, step 005 output processor 291 and the terminal drive a duck cache 298 in the sturdy private Zhuangshan 07 poorly packaged into a VCP agreement package; step 1006 'consider driver machine 212 for peripheral processing, using compressor 311 for compression; ❹ step 1007, the transmission driver 211 via The virtual channel issues the vcp protocol package; in step 1, the transmission driver 103 receives the VCP protocol package; in step 1009, the protocol driver stack 1〇2 performs peripheral processing and decompresses using the decompressor 31〇; step 1 ο ] π from the 'terminal driver 101 to parse the VCP protocol package; window step 1011, the display processor refreshes the application according to the VCP protocol package 35 200929978 (four) adaptation part of the above technical solution to achieve the release of the application system to the mobile communication terminal The basic 'steps' can be used to make a direct release of the application system using the above steps. But the display interface of the common application system is developed for the Pc terminal. The PC terminal supports at least 80 0x600 display, and the display screen of the mobile communication terminal is generally around 320x240. When the application interface is displayed on the screen of a small mobile communication terminal, it is extremely difficult for the user to read and operate. Therefore, in order to improve The user's experience satisfaction still needs to adapt the interface displayed on the mobile communication terminal to conform to the display specifications of the mobile communication terminal. The present invention further provides an adaptation system on the distribution server 50 for achieving adaptation of the human-computer interaction module output on the mobile communication terminal, and mapping the user's input operation to input information to the human-computer interaction module. So that the user can operate the human-computer interaction module correctly. Please refer to FIG. 11 for a schematic diagram of the structure of the publishing system which is not the present invention. The advancement of the previous figures includes an adaptation system 2000' disposed in the output processing module 23 and the input processing module 24. The input processing module 24 further includes an input mapper 1911. The output processing module, the group 23 further includes an adaptation management ρ 2 〇〇 1, a refresh monitor 2951, a decimator 2981, and a page generator 2 〇 1 (). Also stored in the storage unit of the publishing server 50 is a mapping table 22A and a model table 2100 for recording all the stomach surface elements of the original business page and the adapted reconstructed publishing page. Correspondence, location information, and current status. The model table 21〇〇 records the information on the model information and display specifications of all mobile communication terminals that are not registered on the distribution platform. The browser 50 is further provided with a browser 221, a web service module 2035 ′, and a virtual display memory 296 for redirecting the adapted service page (ie, the publishing page) for acquiring the original service. The virtual display memory 2961 of the page is used to acquire each element in the original business page. The following describes the process of using the adaptation system 2 〇 〇 to achieve output adaptation. The main methods of adaptation include one or more of the following: Human-computer interaction module customization, which takes up the screen space in the human-computer interaction module: the function table and tool bar that have no practical function are canceled, in order to obtain the maximum screen. Space to display the effective content; mobile communication terminal information acquisition, publishing platform in the = mobile communication terminal screen specifications 'or advance step according to whether the user is compatible with the tolerant text to determine the adaptation strategy and parameters;
3、介面改造,改造的方法基本有兩種: ^對比較簡單的、以靜態頁面元素爲主的腿頁面, ’卓的公告攔等,使用簡單模式; 針對比較複雜的、含有大量動態頁面元㈣爾頁 以及所有非B/S應用,使用多頁模式。 外觀在發佈平臺上安裝人機交互模組時,需要對其 表、工制,铸㈣“空間而沒有實際作用的功能 斜、襴等’以爭取使用最大螢幕空間來顯示有效内容; 於B/S結構中的劉覽器,需要取消功能表、工具搁、 37 200929978 * 位址欄、鏈結攔、狀熊槭 、 並將邊框寬度調整爲;小。=二他插件産生的工具條, 到相應功能的應用,可以保必須經由工具條達 對於c/s應用的用戶端和 整介面佈局,儘量版應用’則同樣需要調 里僻X有效顯示區域。 行二:。定制只需要在發佈平臺上安裝人機交互模組時進 清參閱圖11A戶斤+ g 4· a 〇 所不爲本發明的適配流程圖。 在發佈過程中,爲读$丨# 便於用戶查看的適當比交二模組輸出的介面以 - 、_ 移動通仏終端的顯示器上顯 ν、,即進行輪出適配,首先需 a 示哭咨 獲仔®前移動通信終端的顯 ::資:,故而當用戶經由移動通信終端1〇 Ϊ面Λ 服器25向移動通信終端i〇發佈的登錄 Πι! 了要求填寫常規的用戶名、口令等認證資訊之 袼’還=求用戶輸入移動通信終端的型號和/或顯示器規 0他的顯示器資訊,另外還可發佈是否需要進行 螢幕適配的選項(步驟1101)。 用戶經由認證成功登錄後,門戶伺服器將查詢機型表 /00’判斷其中是否存在此用戶上次登錄所留下的機型資 成。機型表2100存放在平臺的某個共用記憶體、門戶飼 服器25或發佈伺服器5〇的硬碟、發佈平臺2。的磁碟陣 2或記憶體中。只要它能夠被發佈平臺2〇上的所有伺服 器訪問即可。如果門戶伺服器25在機型表21〇〇中查詢到 了此用戶上次登錄的所留下的機型記錄,如果與本次用戶 38 200929978 . 輸入的資訊不符,則提示用戶進行確認,並將用戶確認的 機型資訊寫入機型表2100覆蓋上次登錄的記錄。如果門 戶伺服器25在機型表21 00中沒有找到此用戶上次登錄所 留下的機己錄,則將用戶輸入的機型資訊直接寫入機型 表 2100 (步驟 11〇2 )。 用戶登錄並選擇了人機交互模組22所對應的應用系 統,啓動vcp協定,虛擬代理模組u和虛擬通道模組21 之間建立了虛擬通道。此時,輸出處理模組291查詢機型 ©表21GG ’得到移動通信終端1()的機型和顯示器規格,判 斷是否需要適配(步驟1103)。如果顯示器尺寸較大,如 640x480或800x600或以上,且用戶選擇不進行適配,則 不而啓動適配系統2 〇 〇 0,系統按直接發佈方式工作。 如果輸出處理器291查詢機型表21〇〇發現移動通信 終端1 〇的顯示器規格較小,或用戶選擇需要適配,則啓 動適配系統2000 (步驟1104)。適配系統2000啓動後, 從輸出處理器29丨處接管對人機交互模組22的控制。由 適配s理器2〇〇1啓動人機交互模組22 (步驟UQ5),並 將其輸出的顯示頁面,即業務頁面2〇3〇,重定向到虛擬顯 示°己隐體2 9 61中(步驟11 〇 6 )。經由該虛擬顯示記憶體 2961 ’可分別獲取原始業務頁面中的各個元素。 刷新監測器2 9 5 1時刻監視虛擬顯示記憶體2 9 61中業 務頁面2030的變化(步驟1107),一旦發生變化,就將變 化的部分通知抽取器2981。抽取器2981從虛擬顯示記憶 體2961中,抽取業務頁面2030中的發生變化的頁面元素 39 200929978 . 和其詳細資訊’交送給頁面生成器2010 (步驟1108 )。 在首次生成發佈頁面代碼2〇32前’頁面生成器2〇1〇 查詢機型表2100,得知移動通信終端的顯示器規格。 頁面生成器2010按照移動通信終端1〇顯示器的規格,和 抽取器2981交送的業務頁面2〇3〇中的發生變化的頁面元 素’生成經過適配後的發佈頁面代碼2〇32 (步驟11〇9)。 該頁面生成器2010的具體生成頁面過程,見後敘。發佈 頁面代碼2032是個html格式或瀏覽器221可以解釋的其 〇 他格式的文件。此發佈頁面代碼2032可在瀏覽器221上 生成發佈頁面2031 (步驟mo)。 同時’頁面生成器2010在生成發佈頁面代碼2032 時,更新映射表2200。映射表2200中維護了發佈頁面代 碼2032所建立的發佈頁面2〇31中的頁面元素與業務頁面 2030中的頁面元素的資訊和它們之間的對應關係。這些資 訊和對應關係包括:控制項名稱、控制碼、類型、尺寸、 位置、狀態等等》 ® 頁面生成器2010將生成的發佈頁面代碼2〇32,交送 給web服務模組2 0 3 5。Web服務模組2 〇 35是作業系統自 帶或採用其他軟體來達到的服務,例如,在wind〇ws系統 中,可以使用自帶的IIS,或使用BEA Weblogic Servei·、 tomcat、apache 等産品 ° 其實,在實際應用中,由於發佈頁面代碼2〇32十分 簡單,只有-頁,一個html文件,也不存在鏈結、處理 過程、互動關係、後台處理等邏輯,因此,通常不需要託匕 200929978 服務模組2035,瀏覽器221就能正確顯示發佈頁面203卜 寺頁面生成器2010只需將生成的發佈頁面代碼2〇32 文件存放到某個約定好的儲存區域中。 劉覽器221按照-定時間周期,從_服務模組簡 :=個約定好的儲存區域中獲取發佈頁面代碼並顯 成爲發佈頁面2031。並依照先前描述的發佈 ❹ ❹ ::佈至移動通信終端(步驟“⑴。至此,完成了將: :棋組22所生成的業務頁面2。3〇,適配爲適合移動 通。顯示的發佈頁面2〇31的過程,即輸出適配。 對於適配系統2000提供的具體的適配過程,由頁面 成達到。對於需要進行螢幕適配的 業務頁面的不同,頁面生成器2〇1〇提供了兩種 = = = ^簡單模式和多頁模式’可根據需要對適 成的主要適用於比較簡單的由靜態頁面元素組 :參閱圖11B所示,在頁面生成器2〇ι"進一步包 ==組,用於獲取測覽器視窗控制碼 ^ 1具條、狀態欄、邊框等㈣器外㈣置。 —達Γ如控制碼:操作可經由作業系統中提供的 :Γ=:設置資訊的操作可經…系統-供的 在頁面生成器2010中進—步包括頁面元素獲取模組 41 200929978 ,2012 ’可利用各類作業系統中都提供的api函數或控制 項如wlnd〇ws系統中的webbr〇wser控制項以獲取瀏 覽器視窗中所有的頁面元素。 找到所有頁面元素後,再使用這些元素的控制碼,用 GetWlnd〇wRect取得控制項的大小和位置。 頁面生成器2〇1〇中最重要的模組在於螢幕顯示處理 模、2013用於根據獲得的頁面元素,構造與業務頁面對 應的發佈頁面。發佈頁面的内容與業務頁面基本相同,但 ©其中的頁面素都按照移動通信終端螢幕的尺寸進行調 整。調整原則是使頁面各顯示元素與所述移動通信終端的 顯不幕匹配’例如顯示不超出螢幕的寬度,但可超出螢幕 的長度’使用戶僅需在縱向滑動捲軸。 螢幕顯示處理模組2〇13進一步包括頁面處理模組 2〇“’具體調整方式包括:對於較長的文本,按移動通信 終端螢幕尺寸進行換行處理;如果文字尺寸較大,則縮小 字型大小; © 冑於超出螢幕範圍的文本框,截短至螢幕最大尺寸, 未超出的不處理; 5 2於處於同-尚度上的按鈕組,縮小尺寸,以安排在 同一尚度上,如果排列不下,則換行; 對於下拉清單、無線按鈕等,進行尺寸縮小處理; 子j力月匕表,如果超過螢幕寬度,則換行處理; 度,對於圖片,如果超出螢幕寬度則按比例縮小至螢幕寬 ^否則按原尺寸,其他頁面元素,如果沒有事件處理腳 42 200929978 . 本’則忽略不顯不,否則按與其他元素的相對位置顯示; 所有元素在視窗中按從上至下、從左至右的順序排 列’如果一行顯示不下多個元素,則換行。 發佈頁面是一個啞頁面,只進行顯示輸出,不接受用 戶輪入。因此,頁面中所有的邏輯,如處理過程、事件回 應、鏈結、互動關係等,全部刪除,只保留可顯示的部分。 所有的對資料的提取和處理的模組,全部刪除。頁面中 include使用的資料庫連接、公用函數文件、公用腳本及 © 其他非本應用的頁面調用等,全部删除。 螢幕顯示處理模組2013進一步包括頁面級別控制模 組2015,用於將移動應用首頁設置爲一級頁面,連接頁面 以二級爲宜’最多控制在四級以内。 對於資訊瀏覽功能,二級頁面顯示資訊列表,三級頁 面顯不詳細資訊,在二級頁面的頂部做“返回,,連接,連 接到移動應用首頁。 對於資訊檢索功能,二級頁面爲資訊檢索條件頁,三 級頁面爲資訊列表頁,四級頁面爲詳細資訊頁,在三級頁 面頂邛做返回連接,連接到資訊檢索條件頁;在二級 頁面的頂部做“返回”連接,連接到移動應用首頁。一、· =對於資訊列表頁,頁面有翻頁控制項的,每頁顯示資 訊條數以3條到5條爲宜,使得所有資訊在一屏之内顯 示’不需要拖拽捲軸。 ’·' έ螢幕顯示處理模組2013進一步包括顯示寬度處理模 、’且2016’用於根據顯示寬度的大小調整頁面的寬度,即頁 43 200929978 • 面中顯不寬度都使用指定的百分比,使得在移動通信終端 操作時的左右拖拽降到最低’最好是〇。 螢幕顯示處理模組2013進一步包括内容刪除模組 2017,用於刪除業務頁面中的圖片、動晝、滾動字幕等内 容,只保留文字資訊。爲了樣式需要,可以使用少量小圖 片。这樣可以保證在有限的空間内展現儘量多的有用資 訊,同時可以提高資訊的載入速度。 螢幕顯示處理模組2013進一步包括樣式統一模組 〇 2018 ’用於對移動應用的整體樣式做統一管理,不沿用原 系統的樣式。 ” 對於WEB頁面: 在頁面的〈title〉中指定原應用系統的名稱。 叫頁面中的整個主體的上邊距、下邊距、左邊距、右邊 距設置爲〇,即<body t〇pmargin=〇 ieft随…㈣ righfgi㈣·ginheight = 〇>,這樣可以保證充分利 用螢幕的顯示空間。 ❹ 在頁面頂部,居左指定功能點名稱,字體大小〈f〇nt size = 3> ’設置背景色。 不在頁面中使用大面積背景色。 頁面中文字大小:〈f〇nt size = 2>e 業務頁面經過上述頁面生成器2〇1〇的處理,構造完 成-發佈頁面’交給web服務和儲存在某 瀏覽器使用。 步包括的映射 隨後利用螢幕顯示處理模組2013進一 44 200929978 表構造模組2019,構造一個肩私f • 僻以似原始業務頁面與重新構造的發 佈頁面的映射表。在表中,維護了兩個頁面中所有頁面元 素的對應關係,以及頁面元素位置資訊和當前狀態。 之後利用頁面生成器2〇 1〇進一步包括的發佈頁面 運行模組2020,對構造的發佈頁面進行運行。 在第一次打開頁面時,適配系統打開一個新的”瀏 覽器、’這個IE劉覽器將是最終發佈給移動通信終端的視 窗,並且重定向到虛擬顯示記憶體296中。但如果此頁面 © 已經處於打開狀態,則不再f新打開。 IE潘]覽器按如下外觀設置: 視窗大小按移動通信終端的顯示幕設置;邊框寬度爲 〇 ;不可變化尺寸;其他外觀設置按照應用瀏覽器設置。 同時,此瀏覽器的目標指向發佈頁面的,發佈頁 面顯示在此瀏覽器中。 此時,適配操作結束,平臺的輸出處理模組獲取發佈 頁面的顯示内容,向移動通信終端發佈。 © 多頁模式主要適用於比較複雜的、含有動態頁面元素 組成的WEB頁面,或非B/S應用。多頁模式與簡單模式大 體相同,差別在於: 除利用參數獲取模組2 011獲取控制碼之外,還需要 判斷業務頁面視窗是否爲IE瀏覽器視窗。也可使用 getclassname 等 api 函數達到。 同時’如果業務頁面視窗爲IE瀏覽器視窗,則處理 方式與綃單模式相同;如果業務頁面窗口爲其他窗口,則 45 ❹3, interface transformation, transformation methods are basically two: ^ For relatively simple, static page elements-based leg pages, 'Zhuo announcement block, etc., use simple mode; for more complex, contains a large number of dynamic page elements (4) Pages and all non-B/S applications, using multi-page mode. Appearance When installing the human-computer interaction module on the publishing platform, it is necessary to display the table, the work system, and cast (4) "space without practical function, oblique, 襕, etc." in order to use the maximum screen space to display the effective content; In the structure of the S, you need to cancel the function table, tool rest, 37 200929978 * address bar, link block, bear maple, and adjust the width of the border to; small. = two toolbars generated by his plug-in, to The application of the corresponding function can ensure that the user side and the whole interface layout of the c/s application must be reached via the toolbar. As far as possible, the application layer needs to adjust the effective display area. The second line: The customization only needs to be on the publishing platform. When installing the human-computer interaction module, refer to Figure 11A: 户 g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g g The interface of the module output is displayed on the display of the mobile terminal by -, _, and the round-out adaptation is performed. First, the display of the mobile communication terminal of the mobile communication terminal is required to be a: Via mobile communication terminal 1〇Ϊ The registration message issued by the server 25 to the mobile communication terminal is required to fill in the authentication information such as the normal user name and password. 'Required to input the model of the mobile communication terminal and/or the display specification of the mobile communication terminal. In addition, an option of whether screen adaptation is required may be issued (step 1101). After the user successfully logs in via the authentication, the portal server will query the model table /00' to determine whether there is a machine left by the last login of the user. The model table 2100 is stored in a shared memory of the platform, the portal server 25 or the hard disk of the server 5, the disk array 2 or the memory of the publishing platform 2. As long as it can It can be accessed by all the servers on the publishing platform 2. If the portal server 25 queries the model record left by the user last login in the model table 21, if it is with the user 38 200929978 If the entered information does not match, the user is prompted to confirm, and the model information confirmed by the user is written into the model table 2100 to overwrite the last registered record. If the portal server 25 is not in the model table 21 00 If the machine record recorded by the last login of the user is found, the model information input by the user is directly written into the model table 2100 (step 11〇2). The user logs in and selects the corresponding corresponding to the human-computer interaction module 22. The application system starts the vcp protocol, and a virtual channel is established between the virtual agent module u and the virtual channel module 21. At this time, the output processing module 291 queries the model © table 21GG 'to obtain the model of the mobile communication terminal 1 () And the display specification to determine whether it needs to be adapted (step 1103). If the display size is large, such as 640x480 or 800x600 or above, and the user chooses not to adapt, then the adaptation system 2 〇〇 0 is not activated, the system is directly Publishing method works. If the output processor 291 queries the model table 21 and finds that the display specification of the mobile communication terminal 1 is small, or the user selects that adaptation is required, the adaptation system 2000 is activated (step 1104). After the adaptation system 2000 is started, the control of the human-machine interaction module 22 is taken over from the output processor 29. The human-computer interaction module 22 is started by the adaptive controller 2〇〇1 (step UQ5), and the output display page, that is, the business page 2〇3〇, is redirected to the virtual display. Medium (step 11 〇 6). Each element in the original business page can be separately acquired via the virtual display memory 2961'. The refresh monitor 2 9 5 1 monitors the change of the business page 2030 in the virtual display memory 2 9 61 (step 1107), and once the change occurs, the changed portion is notified to the extractor 2981. The extractor 2981 extracts from the virtual display memory 2961 the changed page element 39 200929978 in the service page 2030 and its detailed information 'to the page generator 2010 (step 1108). Before the first generation of the release page code 2〇32, the page generator 2〇1〇 queries the model table 2100 to know the display specifications of the mobile communication terminal. The page generator 2010 generates the adapted release page code 2〇32 according to the specifications of the mobile communication terminal 1〇 display and the changed page element in the service page 2〇3〇 delivered by the extractor 2981 (step 11) 〇9). The specific page generation process of the page generator 2010 is described later. The publish page code 2032 is a file in the html format or in the other format that the browser 221 can interpret. This posting page code 2032 can generate a posting page 2031 on the browser 221 (step mo). At the same time, the page generator 2010 updates the mapping table 2200 when generating the posting page code 2032. The mapping table 2200 maintains the information of the page elements in the posting page 2〇31 and the page elements in the business page 2030 created by the publishing page code 2032 and the correspondence between them. These information and correspondences include: control item name, control code, type, size, location, status, etc. ® Page Builder 2010 will generate the generated page code 2〇32 and submit it to the web service module 2 0 3 5 . Web service module 2 〇35 is a service that comes with the operating system or uses other software. For example, in the wind〇ws system, you can use the built-in IIS, or use BEA Weblogic Servei·, tomcat, apache and other products. In fact, in the actual application, because the release page code 2〇32 is very simple, only - page, an html file, there is no logic such as link, processing, interaction, background processing, therefore, usually do not need to support 200929978 The service module 2035, the browser 221 can correctly display the posting page 203. The temple page generator 2010 only needs to store the generated publishing page code 2〇32 file into a predetermined storage area. The viewer 221 obtains the posting page code from the _service module s:= agreed-upy storage area and displays the posting page 2031 in accordance with the -determined time period. And according to the previously described release 布 ❹ :: cloth to the mobile communication terminal (step "(1). At this point, the completed: : the business page generated by the chess group 22 2. 3 〇, adapted to be suitable for mobile communication. Display of the release The process of page 2〇31, that is, the output adaptation. The specific adaptation process provided by the adaptation system 2000 is achieved by the page. For the difference of the service page that needs to be screen adapted, the page generator 2〇1〇 provides Two ===^ simple mode and multi-page mode' can be adapted to the needs of the simpler static page element group as needed: see Figure 11B, in the page generator 2〇ι" further package = = group, used to obtain the browser window control code ^ 1 strip, status bar, border, etc. (4) outside the device (four) set. - Dawei such as control code: operation can be provided through the operating system: Γ =: set information The operation can be performed by the system-provided in the page generator 2010. The page element acquisition module 41 200929978, 2012 can utilize the api functions or control items provided in various operating systems, such as the wlnd〇ws system. Webbr〇wser control To get all the page elements in the browser window. After finding all the page elements, use the control code of these elements to get the size and position of the control with GetWlnd〇wRect. The most important module in Page Builder 2〇1〇 In the screen display processing mode, 2013 is used to construct a publishing page corresponding to the business page according to the obtained page element. The content of the publishing page is basically the same as the business page, but the page elements in each of them are adjusted according to the size of the mobile communication terminal screen. The adjustment principle is to make the display elements of the page match the display of the mobile communication terminal 'for example, the display does not exceed the width of the screen, but can exceed the length of the screen' so that the user only needs to slide the reel in the vertical direction. The screen display processing module 2〇13 further includes a page processing module 2〇“'Specific adjustment methods include: for long text, according to the size of the mobile communication terminal screen for line feed; if the text size is larger, the font size is reduced; © 胄 exceeds The text box of the screen range is truncated to the maximum size of the screen. No processing is not exceeded; 5 2 On the same-supplement button group, reduce the size to arrange on the same degree of stipulation, if the arrangement is not arranged, then change the line; for the drop-down list, wireless button, etc., to perform the size reduction processing; If the screen width is exceeded, the line is processed; degree, for the picture, if it exceeds the screen width, it will be scaled down to the screen width ^ otherwise according to the original size, other page elements, if there is no event processing pin 42 200929978. This 'is ignored or not Otherwise, it is displayed in relative position with other elements; all elements are arranged in the window from top to bottom and left to right. 'If a line does not display more than one element, the line is wrapped. The publishing page is a dummy page, only The output is displayed and the user is not accepted for rounding. Therefore, all the logic in the page, such as processing, event response, link, interaction, etc., are all deleted, leaving only the displayable parts. All modules for extracting and processing data are deleted. All the database connections, public function files, public scripts, and other page calls that are not used by this application are deleted. The screen display processing module 2013 further includes a page level control module group 2015 for setting the mobile application home page as a first level page, and the connection page is preferably two levels. For the information browsing function, the secondary page displays the information list, and the third-level page displays no detailed information. At the top of the secondary page, "return, connect, and connect to the mobile application home page. For the information retrieval function, the secondary page is the information retrieval. The condition page, the third-level page is the information list page, the fourth-level page is the detailed information page, the return connection is made at the top of the third-level page, and the information retrieval condition page is connected; the "return" connection is made at the top of the second-level page, and the connection is made. Mobile application homepage. 1.· For the information list page, the page has the page turning control item. The number of information displayed on each page is 3 to 5, so that all the information is displayed within one screen. The scroll display processing module 2013 further includes a display width processing mode, and 'and 2016' is used to adjust the width of the page according to the size of the display width, that is, page 43 200929978 • The specified width is used in the face width Therefore, the left and right dragging during the operation of the mobile communication terminal is minimized. Preferably, the screen display processing module 2013 further includes content deletion. Group 2017 is used to delete the pictures, moving pictures, scrolling subtitles, etc. in the business page, and only retain the text information. For the style needs, a small number of small pictures can be used. This can ensure that as much useful information as possible is displayed in a limited space. At the same time, the information loading speed can be improved. The screen display processing module 2013 further includes a style unified module 〇 2018 'for unified management of the overall style of the mobile application, does not follow the style of the original system. ” For the WEB page: Specify the name of the original application system in <title> of the page. The top, bottom, left, and right margins of the entire body in the page are set to 〇, that is, <body t〇pmargin=〇ieft with (4) righfgi(4)·ginheight = 〇>, which ensures full use of the screen. Display space. ❹ At the top of the page, specify the function point name to the left, and the font size <f〇nt size = 3> ’ set the background color. Do not use large area background colors in the page. The size of the text in the page: <f〇nt size = 2> e The business page is processed by the above page generator 2〇1〇, and the construction completion-release page is handed over to the web service and stored in a browser. The mapping included in the step then uses the screen display processing module 2013 to construct a mapping table of the original business page and the reconstructed distribution page. In the table, the correspondence between all the page elements in the two pages is maintained, as well as the page element location information and current status. The page executor 2 〇 1 〇 further includes a publish page running module 2020 to run the constructed publish page. When the page is first opened, the adaptation system opens a new "browser," this IE browser will be the final window that is released to the mobile communication terminal and redirected to the virtual display memory 296. But if this Page © is already open, no longer open f. The IE Pan browser is set as follows: The window size is set according to the display screen of the mobile communication terminal; the border width is 〇; the size cannot be changed; other appearance settings are browsed according to the application. At the same time, the target of the browser points to the publishing page, and the publishing page is displayed in the browser. At this point, the adaptation operation ends, and the output processing module of the platform obtains the display content of the publishing page and issues the content to the mobile communication terminal. © Multi-page mode is mainly suitable for more complex WEB pages with dynamic page elements, or non-B/S applications. Multi-page mode is basically the same as simple mode, the difference is: In addition to using parameter acquisition module 2 011 to obtain control In addition to the code, you also need to determine whether the business page window is an IE browser window. You can also use the api function such as getclassname. At the same time, if the business page window is an IE browser window, the processing method is the same as the order mode; if the business page window is another window, then 45 ❹
200929978 在此不作處理。 在利用頁面元素獲取模組2012獲 又%貝面TG素時,如 果業務頁面視窗爲遂彳覽器滿宙,目丨丨♦畑 筧器視固則處理方式與簡單模式相 同, 如果業務頁面視窗爲其他視窗,則使用A”函數200929978 No treatment here. When using the page element acquisition module 2012 to obtain another %Bei TG, if the business page window is full, the target processing method is the same as the simple mode, if the business page window For other windows, use the A" function
Fin—和FindWind〇wEx,找到控制項控制碼後再 用GetWindowRect取得控制項的大小和位置 隨後,利用螢幕顯示處理模組2〇13生成發佈頁面, 與簡單模式基本相同’但是’由於多頁模式所處理的頁面 往往較複雜,信息量較大,適配爲移動通信終端的榮幕寬 度後,長度將變得很長’不方便使用m統利用頁面 處理模組2014對於這種大型的業務頁面,在發佈頁面中 構造了分頁控制項(tab控制項)。將一個大型頁面分解到 幾個tab頁中,每個tab頁的長度不超過n個移動通信終 端螢幕的長度(η可自定義hTab頁相互切換時,在發佈 頁面上産生換頁動作,而換頁所引起的發佈頁面上的焦點 變化,則同步到業務頁面。Fin—and FindWind〇wEx, find the control item control code and then use GetWindowRect to get the size and position of the control item. Then, use the screen display processing module 2〇13 to generate the release page, which is basically the same as the simple mode, but because of the multi-page mode. The processed pages tend to be more complicated, and the amount of information is large. After being adapted to the width of the mobile communication terminal, the length will become very long. 'It is not convenient to use the page processing module 2014 for such a large business page. , the paging control item (tab control item) is constructed in the release page. Decompose a large page into several tab pages, each tab page does not exceed the length of n mobile communication terminal screens. (n can customize the hTab page to switch between each other when the page is switched, and the page change is generated on the publishing page. The resulting focus change on the publishing page is synchronized to the business page.
對於非IE瀏覽器的頁面,如用戶端軟體産生的視窗 頁面,處理方式與IE頁面相同,把非IE頁面轉化爲IE 頁面。不同的疋’處理IE頁面不需要構造功能表、標題 攔等IE標準頁面元素,而處理非IE頁面時,視窗内的所 有頁面元素都需要構造。 構造頁面映射表的步驟與簡單模式相同。對於發佈頁 面的運行’以IE瀏覽器的方式與簡單模式相同,但對於 46 200929978 非ΙΕ業務頁面,打開1£瀏覽器時,使用“以⑽叩⑽函 數’將瀏覽器設置爲如下外觀: "枯題攔功旎表欄、工具攔、位址攔、狀態攔等全部 取’肖’囪口邊框寬度設爲〇 ;視窗寬度按移動通信終端顯 示幕寬度λ置,回度爲顯示幕高度的η倍丨不可調整尺寸; 同時’此劉覽器的目標指向發佈頁面$腿,發佈頁面則 顯示在此劉覽器中。 Ο Ο 、下描述輸入適配的達到過程。請繼續參閲圖11Α。 。輸入資訊到達輸入模擬器191 (步驟1112),輸入模 ^器191將輸人資訊發送給適配系統2_中的輸入映射 a 911輸入映射器1911査詢映射表22〇〇,判斷此輸入 :二對多頁模式(步驟1113)’以及是否是對tab控制 項的輸入(步驟1114)。 如果是對容百招· 模式下tab控制項的輸入,輸入映射器 1911 則對潘j 寶 g 901 4 ~ Έ r ° 進行類比輸入,以完成tab控制項換 頁等操作(步驟1115)。 面 :b控制項換頁往往會引起發佈頁面2〇31上頁 面兀*素焦點變化。s 7 土 只 2030的統―,# /了達成發佈頁面2G31和業務頁面 1116)。 <需對業務頁面2030進行焦點重置(步驟 如果是對單百 重置,輸入映射乂面元素的輸入’或對多頁頁面的焦點 當前焦點等資/ U則根據輸人位置、發佈頁面2〇31 上的頁面元素到輪人資訊所對應的發佈頁面2〇31 一 *旬映射表2200 ’找到對應的業務頁面 47 然後,輪入映射器1911 進行類比輪入(步驟For non-IE browser pages, such as the window page generated by the client software, the processing method is the same as that of the IE page, and the non-IE page is converted into an IE page. Different 疋' processing IE pages do not need to construct IE standard page elements such as function tables and title blocks. When processing non-IE pages, all page elements in the window need to be constructed. The steps for constructing a page map are the same as for simple mode. For the running of the publishing page 'the same way as the simple mode in IE browser, but for the 46 200929978 non-ΙΕ business page, when opening the browser, use the "(10) 叩 (10) function ' to set the browser to look like this: " The dry title block, the tool bar, the address block, the status bar, etc. all take the 'Shaw' chimney border width set to 〇; the window width is set according to the mobile communication terminal display screen width λ, the return is the display screen height η times 丨 can not be resized; at the same time 'the target of this browser points to the release page $ leg, the release page is displayed in this browser. Ο 、 , the following describes the process of input adaptation. Please continue to refer to the figure 11. The input information arrives at the input simulator 191 (step 1112), and the input module 191 sends the input information to the input map a 911 input mapper 1911 in the adaptation system 2_ to query the mapping table 22, and determines this. Input: two-to-multi-page mode (step 1113)' and whether it is an input to the tab control (step 1114). If it is the input of the tab control item in the mode, the input mapper 1911 is on the pan j treasure g 901 4 ~ Έ r ° Perform analog input to complete the tab control item page change operation (step 1115). Face: b control item page change will often cause the page on page 2〇31 to change the focus of the page. s 7 soil only 2030 The system -, / reached the release page 2G31 and business page 1116). < needs to focus on the business page 2030 (steps if it is a single hundred reset, input mapping the input of the face element ' or multiple pages The focus of the page, the current focus, etc. / U, according to the location of the input, the page element on the publishing page 2〇31 to the publishing page corresponding to the wheeler information 2〇31一*十 mapping table 2200 'find the corresponding business page 47 then , wheeled mapper 1911 for analogy rounding (steps
200929978 2030上的頁面元素(步驟Hi?)。 對此業務頁面2030上的頁面元素 1118)。 至此,用戶從移動通信終端1〇的輸 到業務頁面2030上,完成了龄入、由 成力輸入 引起人機交互模組22的業務頁面 彺在 更新,則刷新監測 器2951發現更新後,繼續執行步驟u〇5。 祈息別 (五)螢幕操作部分 如“(四)適配部分,,所述,Pc應用的介面顯示在較 小的移動通信終端螢幕上時,掛用 f野用戶的閱讀和操作造成極 大困難°故而’經由採取上述對業務頁面的適配方法可解 決用戶的閱讀體驗問題。同日寺’解決這個問題的另一個方 式爲:變化移動通信終端的螢幕顯示範圍,即,根據用戶 的螢幕操作,在有限的移動通信終端螢幕範圍内,顯示應 用介面的不同部分’從而使得用戶依次獲得完整的應用介 面。 請參閱圖14所示爲本發明的發佈系統結構示意圖, 本發明在虛擬代理模組i丨上,進一步設置有一螢幕操作 模組111 0,用於達到螢幕操作,從而使用戶能夠在應用系 統不做適配的情況下,即發佈平臺中不設置適配系統的情 況下’方便地劉覽應用介面的不同範圍。 對於一個完整的應用介面來說,其尺寸可能是較大 的’如80 0x600或1024x768’而移動通信終端的螢幕尺寸 較小,在在只能顯示應用介面的一部分。移動通信終端螢 48 200929978 幕當如所顯的八磁.55 « Μ 幻刀稱爲終端視窗”。如圖i5裕_ s 應用介面6和終端視窗A的關係示意圖。 所不爲 *移動通&終端接㈣發佈平臺2G發送 面,經由虛擬代理模組η在移動通信終端1〇的鸯::: 行顯示時,螢幕操作模組1110在螢幕的特定 進 一個開關按鈕,用卢可士丨田—ΒΒ 1 顯不 的開關。 了利用該開關按鈕控制螢幕操作功能 如果螢幕操作功能關閉,用戶只能經 終端視窗進行移動。如果螢 下鍵對 模組⑴。對顯示…面Γ打開,由螢幕操作 ⑴"m 一 行控制。螢幕操作模組 111 〇支援視窗模式和縮略模式 行切換。該縮捷操作進 、 ;生成整個應用介面的縮略圖,縮 略圖的大小與終端相窗知ρη 、端視固相冋。使得用戶可在螢幕内即可看 到應用介面的 的整體效果。該視窗模式用於生成適於用戶觀 看的頁面效果,故而只能顯示應用介面中的一部分,並另 外提供便利的調節方式以便於移動當前顯示視窗。 “戶Μ由點擊該開關按知啓動營幕操作功能時,螢 幕操作模組1110可默切抱入始#此上 ^ j默5忍進入縮略模式,或者默認進入視 囪模式,也可經由顧+ X.I ± m 田,”,員不一列表由用戶選擇的方式,確定當 前的模式。 、作疋 +進入縮略模式’應用介面的縮略圖完整地顯示在終端 2中。用戶的任何輸入’均解釋爲榮幕操作輸入,不向 毛佈平臺發送。當用戶在縮略圖中點擊一個位置,則切換 至視窗模式,終端視窗以正常比例顯示部分的應用介面, 49 ❹ ❹ 200929978 同時’終端視窗移動到以用戶點擊位置爲中、 上。當用戶在縮略圖上雙擊時,則切換至中:點的位置 視窗以正常比例顯示部分應用介面,同視:模式’終端 到進入縮略模式前的原有位置上。 ^端視窗移動 進入視窗模式’終端視窗以正常比例顯 面。在此模式下,用戶的—些輸人資訊作爲螢介 來執行’這些輸入資訊和命令類似如了:操作命令 出拖:H㈣筆或滑鼠在螢幕上進行拖拉時,即發 同終端視窗隨之被拖動,以顯示應用介面的不 外,在螢幕的重要幾何位置,g 捷點M-A9的典型分……广快捷點,快 視窗… 圖5所示。快捷點在終端 視齒中的幾何位置,代表了應用介面上的幾何位置。用戶 可以經由對這些快捷點的點擊,來達到某些特定的操作。 :如::速跳轉功能’當用戶利用移動通信終端的左鍵或 人.·筆單擊某個位置上的快捷點時,即發出快速跳轉命 令,終端視窗直接跳轉到應用介面上相應的位置上。例 當用戶點擊螢幕幾何中心位置上的快捷點A5時,終 鳊視自則直接跳轉到以應用介面的幾何中心爲中心的位 置上。 或者’直線跳轉功能。經由對終端視窗四邊中點上的 捷點A1 ~ A 4的操作’即發出直線跳轉命令,可使終端視 固從當前位置直線跳轉到應用介面最邊緣的位置。如,雙 擊終端視窗右邊中點上的快捷點A3,可使終端視窗從當前 50 200929978 位置直接水平跳轉到應用介面的最右側,雙擊位於終端視 窗左上頂點的快捷點A6,可使終端視窗從當前位置直接水 平跳轉到應用介面的左上角。 或者,直線移動功能。經由對終端視窗四邊中點上的 ㈣'A1_A4的㈣’即發出直線移動命令’可使終端視 窗從當前位置平滑地直線移動到應用介面最邊緣的位Page elements on 200929978 2030 (step Hi?). Page element 1118) on this business page 2030. At this point, the user enters the business page 2030 from the mobile communication terminal 1 to complete the ageing, and the business page of the human-computer interaction module 22 is updated by the force input, and the refresh monitor 2951 finds the update and continues. Go to step u〇5. In the screen operation part, as shown in the "(4) Adaptation section, when the interface of the Pc application is displayed on the screen of a small mobile communication terminal, the reading and operation of the user of the wild field is extremely difficult. ° Therefore, the user's reading experience can be solved by adopting the above-mentioned adaptation method for the business page. Another way to solve this problem is to change the screen display range of the mobile communication terminal, that is, according to the user's screen operation, In the limited mobile communication terminal screen, different parts of the application interface are displayed', so that the user obtains the complete application interface in turn. Please refer to FIG. 14 is a schematic structural diagram of the publishing system of the present invention, and the present invention is in the virtual proxy module i. In addition, a screen operation module 111 0 is further provided for reaching the screen operation, so that the user can conveniently adjust the application system without the adaptation system, that is, if the adaptation system is not set in the release platform. View the different ranges of the application interface. For a complete application interface, the size may be larger' For example, 80 0x600 or 1024x768' and the screen size of the mobile communication terminal is small, and only part of the application interface can be displayed. The mobile communication terminal Firefly 48 200929978 is as shown in the figure 8. Magnetic «55 « 幻 幻刀 is called terminal window ". Figure i5 shows the relationship between the application interface 6 and the terminal window A. The mobile terminal & terminal is connected to the (4) publishing platform 2G transmitting surface, and the screen is displayed on the screen of the mobile communication terminal 1 via the virtual proxy module η, and the screen operation module 1110 enters a specific switch on the screen. Button, with Lukes Putian - ΒΒ 1 display switch. Controlling the screen operation function with this switch button If the screen operation function is turned off, the user can only move through the terminal window. If the button is pressed down to the module (1). Turn on the display... face is controlled by the screen operation (1) "m. Screen Operation Module 111 〇 Supports window mode and thumbnail mode line switching. The thumbnail operation is performed, and a thumbnail of the entire application interface is generated, and the size of the thumbnail is related to the terminal phase window and the end view solid phase. This allows the user to see the overall effect of the application interface within the screen. This window mode is used to generate a page effect suitable for the user to view, so that only a part of the application interface can be displayed, and a convenient adjustment method is additionally provided to facilitate moving the current display window. "When the user clicks the switch to start the camp operation function, the screen operation module 1110 can sneak into the beginning. This is to enter the thumbnail mode, or enter the visual mode by default, or via Gu + XI ± m field,", the list of members is selected by the user to determine the current mode. The thumbnail of the application interface is displayed in the terminal 2 in its entirety. Any input from the user' is interpreted as a gate operation input and is not sent to the felt platform. When the user clicks on a position in the thumbnail, it switches to the window mode, and the terminal window displays a part of the application interface in a normal ratio, 49 ❹ ❹ 200929978 while the terminal window moves to the middle and top of the user click position. When the user double-clicks on the thumbnail, it switches to the middle: point position. The window displays part of the application interface in normal proportions, and the same view: mode 'terminal' to the original position before entering the thumbnail mode. ^ End window movement Enter window mode 'The terminal window is displayed in normal scale. In this mode, the user's input information is executed as a flashing file. 'These input information and commands are similar: the operation command is dragged: H (four) pen or mouse is dragged on the screen, that is, the same terminal window is used. It is dragged to display the application interface, in the important geometric position of the screen, the typical point of the g-point M-A9... wide shortcut point, fast window... As shown in Figure 5. The geometric position of the shortcut point in the end tooth represents the geometric position of the application interface. Users can achieve certain actions by clicking on these shortcuts. : For example:: Speed jump function 'When the user clicks the left button of the mobile communication terminal or the person clicks the shortcut point at a certain position, the quick jump command is issued, and the terminal window directly jumps to the corresponding position on the application interface. on. For example, when the user clicks on the shortcut point A5 on the center of the screen geometry, the user directly jumps to the position centered on the geometric center of the application interface. Or 'Line jump function. The line jump command is issued via the operation of the shortcut points A1 to A 4 on the midpoint of the four sides of the terminal window, so that the terminal can visually jump from the current position to the position of the outermost edge of the application interface. For example, double-click the shortcut point A3 on the middle point of the right side of the terminal window to make the terminal window jump directly from the current 50 200929978 position to the rightmost side of the application interface, and double-click the shortcut point A6 located at the upper left vertex of the terminal window to make the terminal window from the current The position jumps directly horizontally to the upper left corner of the application interface. Or, the linear movement function. The terminal window can be smoothly moved linearly from the current position to the outermost position of the application interface via the (four) 'A1_A4' (four)' on the four sides of the terminal window.
置。如,右擊終端視窗右邊中點上的快捷點A3,可使線端 視窗從當前位置緩慢地水平移動到應用介面的最右側,移 動過程中用戶可以閱讀從視窗中滾過的内容。 ’’ 一 I/、π ·和列锞作,例如長 按的操作,即發出閱讀命令,可使t前終端視窗緩慢地從 左至右’從上至下地移動,利於用戶閱讀較長的文章 或者,“指示點”和“取景框”功能'經由對 鍵的操作,例如點擊撥打鍵的操作,在螢幕上顯示二匕 示點和取景框,指示點和取景框在終端視窗上的:::旨 當於當前終端視窗在應用介面上的位置’相 瞭解當前所閱讀的内容在整個應用介面的位置/凊楚地 上述發出各種操作命令的具體方式可以有 點擊數位鍵“1,,,點擊照相鍵、長按確認鍵等。二例如 明的其他實施例中可包括上述操作功能中的 在該視窗模式下,螢幕操作模組1110搁戴 。 ^盤輸人資訊並加以分析。如果輸人資訊可〜釋的滑 由杈式下的上述命令之一,則在移動通信終端上,,不 令,輸入資訊不再向發佈平臺發送;對於其他輪入命 51 200929978 同樣傳送給發佈平臺。 該螢幕操作模έΒ 1 , , Λ π及111 0的邏輯操作流程圖請參閱圖J 6 所示。 步驟1 6 0 1,移叙、s 動通k終端獲取用戶的操作; 步驟1602,馨墓 参操作模組1110判斷此時螢幕操作功 能是否處於開啓狀離, 如果疋,執行步驟1603,如果否, 由虛擬代理模組1 1勃 1執仃對應的操作; 步驟1 6 0 3,判斷今馨墓^ ❹ Ο u 这營幕柄作模組mo當前所處於的 模式’如果處於縮略禮4 i 丄^ 模式’執行步驟1604 ’如果處於視窗 模式,執行步驟16〇9; 步驟1604,進—丰4人地, B s M抽,止 ,檢測並判斷用戶的操作内容,如果 疋單擊,執仃步驟16〇5, 如果疋雙擊,執行步驟1607, 如果疋他’忽略’繼續热/-止 過續執行步驟1601 ; 步驟1 605,讀取點擊位置; 步驟1 606,切換爲視 -&破滿窗,# > 画模式,以點擊位置爲中心,顯 不終端視© ’執仃步驟1 6 〇 1 . 步驟1 607,讀取視窗原先位置; 步驟1608,切換爲視窗模式, 示終端視窗,執行步驟16〇1 ; '、先位置爲中心’顯 步驟1 609,檢測並對 是快速跳轉命令或直線跳轉命^勃作内容進行解釋,如果 直線移動命令,執行步驟1612,如執仃步驟,如果是 驟1615,如果是拖拉命令,執//是閱讀命令,執行步 切換命令,執行步驟1621,如果/驟1618,如果是模式 疋關閉螢幕操作功能的命 52 ❹ ❹ 200929978 令,執行步驟16〇1,如果是其他命令,由虛 11執行對應的操作; 棋組 步驟1 61 0 ’计算跳轉終點位置; 步驟1611’以終點位置顯示終端視窗執行步 步驟1612,計算移動終點位置; .〇1’ 步驟1613 ’讀取移動速度參數; 步驟1 614,執行顼古社i上 ^ 見有技術中的視窗移動處理進程,脾 Μ料視窗平滑移動至終點位置,並執行步驟1601· 步驟1615,計算移動終點位置; 步驟1616,讀取移動速度參數; 步驟1617,執行規古社化a L 驟1601 ; 見有技術中的閱讀處理進程,執行步 步驟1 618 ’取得拖拉起點和終點位置; 步驟1619’執行現有技術中的視窗移動處理進程,者 别顯不視窗被拖動至終點位置,執行步驟.η 曰 步驟1 620,保存當前視窗位置; 1601步驟162卜切換至縮略模式,顯示縮略圖,執行步驟 (六)營運部分 經由-種應用系統發佈的營運系統,可使得應用系統 =佈平臺達到在產業中的業務營運’爲用戶提供移動應用 系統的商業發佈服務’達到市場化的營運Η所示 爲應用系統發佈營運系統200的整體結構示意圖。’、 移動通信終端10經由營運裝置4〇同應用系統發佈平 53 200929978 臺2 0建立聯瞽、垃讲文 π路山认 所發佈的應用系統30的資 Λ、發出輸入資訊。該營 ,,^ np s運裝置4〇承擔提供基礎移動網 路連接服務的任務,同時 A ^此 丨J呀該營運裝置40還用於對應用 系統發佈服務進行計費。 、,而,所述營運裝置40爲移動通信營運商管理的移 動通#服務網路,包括.其让 括.基站、移動通信交換中心等現有 :術中的常規模組。另夕卜所述營運裝置40還包括—計 ❿Set. For example, right-clicking the shortcut point A3 on the midpoint of the right side of the terminal window allows the line end window to slowly move horizontally from the current position to the far right of the application interface, and the user can read the content scrolled from the window during the movement. '' I /, π · and column operations, such as long-press operation, that is, issuing a read command, can make the front window of t before slowly moving from left to right 'from top to bottom, which helps users to read longer articles. Alternatively, the "pointing point" and "snapbox" functions "display the two points and the finder frame on the screen via the operation of the key, such as clicking the dial key operation, the indication point and the finder frame on the terminal window:: : The purpose of the current terminal window on the application interface 'to understand the current content of the content read in the entire application interface / the specific way to issue various operational commands above can be clicked the number key "1,,, click The camera button, the long press confirmation button, etc. may include, among other embodiments, the above-mentioned operation function, in the window mode, the screen operation module 1110 is put on hold. ^ Input information and analysis. If input The information can be released from one of the above commands under the squatting mode, then on the mobile communication terminal, without the input information being sent to the publishing platform; for other rounds of life 51 200929978 It is transmitted to the publishing platform. The logic operation flow chart of the screen operation mode 1 , , π π and 111 0 is shown in Figure J 6. Step 1 6 0 1, re-synchronization, s motion k terminal to obtain the user's operation; Step 1602, the Xin Tombs operation module 1110 determines whether the screen operation function is in the open state. If yes, step 1603 is performed. If not, the corresponding operation is performed by the virtual agent module 1 1 step 1 6 0 3, judge the present tomb ^ ❹ Ο u This battalion handle module mo is currently in the mode 'if in the abbreviated ceremony 4 i 丄 ^ mode 'execute step 1604 ' If in the window mode, perform steps 16 〇 9; Step 1604, in the 4th person, B s M pumping, stopping, detecting and judging the user's operation content, if 疋 click, execute step 16〇5, if 疋 double click, perform step 1607, if 疋 he 'ignore 'Continue the hot / stop the execution of the step 1601; Step 1 605, read the click position; Step 1 606, switch to the view -& full window, # > draw mode, with the click position as the center, the terminal is not displayed View © 'Exercising Step 1 6 〇1. Step 1 607, read Window original position; Step 1608, switch to window mode, show terminal window, perform step 16〇1; ', first position is center' display step 1 609, detect and perform fast jump command or line jump command Explain that if the line moves the command, step 1612 is executed, such as the execution step, if it is the step 1615, if it is the drag command, the // is the read command, the step switch command is executed, the step 1621 is performed, if / the step 1618, if it is the mode疋 Turn off the operation of the screen operation function 52 ❹ ❹ 200929978 Order, execute step 16〇1, if it is another command, perform the corresponding operation by virtual 11; chess group step 1 61 0 'calculate the jump end position; step 1611' to the end position The display terminal window performs step 1612 to calculate the movement end position; .〇1' step 1613 'read the movement speed parameter; step 1 614, execute the 顼古社 i on see the technology in the window movement process, spleen The window is smoothly moved to the end position, and step 1601·step 1615 is performed to calculate the moving end position; step 1616, the moving speed parameter is read; 1617, the implementation of the rule of socialization a L step 1601; see the technical reading process, step 1 618 'get the drag start and end position; step 1619 'execute the window movement process in the prior art, do not show If the window is not dragged to the end position, perform step .n 曰Step 1 620 to save the current window position; 1601 Step 162 Switch to the thumbnail mode, display the thumbnail, perform the step (6) The operation part is released via the application system The operating system enables the application system to achieve business operations in the industry 'providing users with commercial publishing services for mobile application systems' to achieve market-oriented operations. The overall structure of the application system is disclosed as an application system. The mobile communication terminal 10 issues the assets of the application system 30 issued by the application system 4 via the operation device 4 and the application system, and issues the input information. The camp, the device, is responsible for providing the basic mobile network connection service, and at the same time, the operating device 40 is also used to charge the application publishing service. The operating device 40 is a mobile communication service network managed by the mobile communication operator, including: a conventional base station, a mobile communication switching center, and the like: a conventional module in operation. In addition, the operating device 40 further includes a meter
模、且41用於κ由所述應用系統發佈平臺發佈所述應 用系統資訊的操作進行計費。該計費模組4i #計費方式 °包括按机量汁費、按使用時長計費、按應用發佈數量計 費按用戶數計費、按應用發佈的數量和/或類型計費、 按終端螢幕適配情況計費、按包月、包年、包流量、包時 長套餐、或上述策略的一帛或幾#。移動通信營運商收取 該費用後,可按照約定向開發和營運維護該應用系統發佈 平臺的平臺營運商分配該筆費用。 上述計費模組的計費步驟可利用電信營運商的現有 的汁費方法,以GPRS方式爲例,從移動通信終端丨〇發起 與發佈平臺20的連接時,即依照流量進行計費,計費流 程圖請參閱圖13所示。 步驟1301,當用戶打開web瀏覽器時,移動通信終 端向PCU (分组控制單元)發送建立分組通道請求; 步驟1302’ PCU爲該移動通信終端分配鏈路資源並回 復分組上行鏈路分配資訊; 步驟1303,移動通信終端收到該分組上行鏈路分配 54 200929978 • ΐ oil後啟動pdp上下文凊求以發起分組資料業務呼_叫, 並發送至SGSN ( GPRS業務節點); 步驟1 304,SGSN執行用戶認證程式,驗證用戶的接 入; 步驟1305,對於授權用戶,SGSN向GGSN (閘道支援 節點)發送PDP上下文請求; 步驟1 30 6,GGSN爲該移動通信終端生成計費ID,生 成話單,開始計費。 © 移動通信終端1〇每次經由移動資訊網路連接發佈平 臺2〇’移動資訊網路都會經由上述通信控制流程,十分詳 細和精確地控制和記錄移動通信終端丨〇的流量。 在執行上述營運系統2〇〇中,還可設置有一確認模組 42 ’用以在執行計費步驟之冑,執行一碑認㈣。該相 步驟可配合移動通信終端或移動通信營運商的營運中心 來達到。例如,企業用戶可前往移動通信營運商的營運中 冑制應用系統發佈的服務,並與電信營運商商定收費 © '準確吻發佈服務的開通。或者’如前所述的步驟2 〇 1 :,特別是在步驟301中進一步包括:移動通信終端ι〇 、°門:伺服器25發出連接請求時,營運裝置4。接收到該 〜次^求並向移動通#終端發送一發佈服務計費確 :貝(衹’其中可包括當前發佈服務的計費方式和單價,以 :接::或“放棄”的選擇鍵’只有在移動通信終端回 費方式時,f運裝置4G將該連接請求傳送至 ^戶伺服器2 5,否則中斷當前連接。 55 ❹ ❹ 200929978The module, and 41, is used for charging by the application system publishing platform to publish the application system information. The billing module 4i # billing method includes billing fee according to machine quantity, billing according to usage time, billing by number of users, number of users, and/or type billing according to the number of applications. Terminal screen adaptation billing, monthly, packet year, packet traffic, packet duration package, or one or more of the above strategies. After the mobile communication operator receives the fee, the platform operator who is directed to develop and operate the application release platform can allocate the fee. The charging step of the above-mentioned charging module can utilize the existing charging method of the telecommunication operator, taking the GPRS mode as an example. When the mobile communication terminal initiates the connection with the publishing platform 20, the charging is performed according to the traffic. Please refer to Figure 13 for the fee flow chart. Step 1301: When the user opens the web browser, the mobile communication terminal sends a setup packet channel request to the PCU (Packet Control Unit); Step 1302' The PCU allocates link resources to the mobile communication terminal and replies to the packet uplink allocation information; 1303, the mobile communication terminal receives the packet uplink allocation 54 200929978 • ΐ oil starts a pdp context request to initiate a packet data service call, and sends to the SGSN (GPRS service node); Step 1 304, the SGSN executes the user The authentication program verifies the user's access; Step 1305, for the authorized user, the SGSN sends a PDP context request to the GGSN (Gateway Support Node); Step 1 30: The GGSN generates a charging ID for the mobile communication terminal, and generates a bill. Start billing. © Mobile communication terminal 1 Each time the mobile communication network is connected via the mobile information network connection, the mobile information network controls and records the traffic of the mobile communication terminal in a very detailed and precise manner via the above communication control flow. In performing the above-described operating system 2, a confirmation module 42' may be provided to perform a billing (4) after the billing step is performed. This phase can be achieved in conjunction with the mobile communication terminal or the operator of the mobile communication operator. For example, corporate users can go to the mobile communication operator's operation to control the services published by the application system and negotiate with the telecommunications operator for the fee © 'Accurate Kiss Release Service'. Alternatively, step 2 〇 1 as described above, and particularly in step 301, further includes: the mobile communication terminal ι〇, ° gate: when the server 25 issues a connection request, the operating device 4. Receiving the ~secondary request and sending a publishing service to the mobile terminal #, the billing is confirmed: (only 'can include the billing method and unit price of the currently published service, to: select: or "abandon" selection button 'Only in the mobile communication terminal return mode, the f transport device 4G transmits the connection request to the server 2, otherwise the current connection is interrupted. 55 ❹ ❹ 200929978
對於發佈平臺的#I ^ A 坌的。P署,包括兩種方式:分別式 式和集中式部署模式。 署模 在系統的分散ΑΠ Έ ,. 欺式部署模式下,對於每個企業用 佈平臺部署在企業的資粗由、吉 ^ 發 貧枓中心晨,靠近需要發佈 用系統。 止栗應 分散式部署方式的特县 ^狩點疋發佈平臺分佈在各個企業 中。它具有如下優點:盘企紫 、 之間以局域網連接,網路糸統 貝置野,糸統運仃效率高; 平臺由單個企業獨佔,平 3 量/、應用系統融合性較好,系絲 ;!效率高;在業務發展初期,可根據具體用戶情況定制 ,的功成和規模,初期投資較低;企業資料和應用全部 在内網運行,安全性高。 > 2缺點在於:發佈平臺由單個企業獨佔,無法資源分 旱’産生的資源閒置’因此綜合投資較高·平臺營 運商管理不便,管理成本較高 权向,止業進仃全國或全球的跨 地域大規模部署移動應用時’投資較高;個性化較強,不 =於營運商進行業務規範化;業務部署時間較長,不利於 營運商快速部署業務。 在系統的集中式部署模式下,發佈平臺25統一部署 :千臺營運商或電信營運商的機房中。所有企業用戶的ιτ :用系統都經由網路連接到平臺營運商或電信營運商的 ,佈平臺上。再由平臺營運商或電信營運商經由移動通信 =發佈到移動通信終端上。平臺營運商可以很方便地對 平臺進行管理。 56 200929978 集中式部署方式的特點是發佈平臺集中部署在平 S運商或電b營運商處。它具有如下優點: 可達到平臺的集中管理’平臺營運商管理方便 成本較低;整個平臺由所有企業用戶共用,可以進行“ 程度的統計複用’综合投資較低;利用企業跨地域部署: 動應用;通用性較高,利於營運商進行業務規範化 父付周期短,利於營運商快速部署業務。 ❹For the release platform #I ^ A 坌. The P Department includes two methods: separate mode and centralized deployment mode. In the decentralized deployment mode of the system, the system is deployed in the enterprise, and the system is deployed in the enterprise, and the system is close to the need to release the system. The special county of the county, the distribution platform of the stagnation system, is distributed among enterprises. It has the following advantages: the disk enterprise purple, the connection between the local area network, the network system, the wilderness, the high efficiency; the platform is monopolized by a single enterprise, the flat 3 quantity, the application system fusion is better, the silk ;! High efficiency; in the initial stage of business development, can be customized according to specific user conditions, the success and scale, initial investment is low; enterprise data and applications are all running on the internal network, high security. > 2 The disadvantage is that the publishing platform is monopolized by a single enterprise, and the resources generated by the lack of resources are idle. Therefore, the comprehensive investment is high. The platform operator is inconvenient to manage, the management cost is higher, and the industry is global or global. When deploying mobile applications across a large scale, the investment is high; the personalization is strong, and the business is not standardized. The service deployment time is long, which is not conducive to the rapid deployment of services by operators. In the centralized deployment mode of the system, the publishing platform 25 is uniformly deployed: in the machine room of thousands of operators or telecom operators. The ιτ of all enterprise users: The system is connected to the platform operator or telecom operator via the network. It is then posted by the platform operator or telecom operator via mobile communication = to the mobile communication terminal. Platform operators can easily manage the platform. 56 200929978 The centralized deployment method is characterized by the centralized deployment of the release platform at the flat S carrier or the electric b operator. It has the following advantages: It can achieve centralized management of the platform. 'The platform operator manages the convenience and cost less; the whole platform is shared by all enterprise users, and the comprehensive investment of “degree statistical multiplexing” can be carried out; Application; high versatility, which is conducive to operators' business standardization and short parent payment cycle, which is conducive to operators to quickly deploy business.
、缺』在於'平臺與企業應用異地部署,以廣域網網 連接’網路質量稍差’系統運行效㈣低;發佈平臺由所 有企業共用’平臺與應料、統融合性稍差,系統運行效率 稱低;企業資料需要出内網,安全性精低;在業務發展初 期’建設成本較高。 本發明利用應用虛擬化技術,並非將應用系統真正地 安裝在移動通信終端上,而在平臺上部署軟體,僅將介面 抽象化。使得僅具備較低處理能力的移動通信終端經由移 動通信網路接入單個應用。無縫的應用介面傳遞可帶給用 戶更直觀的感受。 σ 同時,本申請還使得移動通信終端顯示的介面符合用 戶的觀看習慣,使得應用系統的發佈内容可用。並且,本 發明的技術方案還可應用於商業營運,達到產業上的應 用。 本發明的保護範圍不限於上述說明,本領域的一般技 術人員按本發明的構思,可以對其做出修改或變動,它們 應屬於本發明的構思範圍内。 57 200929978 【圖式簡單說明) 圖1所示爲本發明的應用系統發佈系統的結構示意 圖2所示爲本發明的應用系統發佈整體流程示意圖; 圖3所示爲本發明的應用系統發佈流程示意圖; 圖4所示爲本發明的應用系統發佈系統的結構示意 圖; Ο Ο 圖4A-4F所示爲本發明的應用系統發佈系統的結構示 意^圖; 圖5所示爲本發明的快速引導的流程圖; 圖6所示爲本發明的虛擬通道建立流程圖; 囷7所示爲本發明的應用系統發佈系統的輸入處理部 分的結構不意圖; 圖8所示爲本發明的輸入過程流程圖; 圖9所示爲本發明的應用系統發佈系統採用幢緩存技 術的輸出結構示意圖; .圖10所示爲本發明採用幢緩存技術的輸出流程示意 圖1卜11A、11B所示爲本發明的發佈系 圖; 圖1 2所示爲本發 結構示意圖; 統結構示意 明的應用系統發佈營運系統的整 體 圖1 3所不爲本發明的計費流程圖; 統結構示 圖14所不爲本發明的一種實施例下發佈系 58 200929978 意圖; 圖15所示爲本發明的應用介面和終端視窗的關係示 tiS · 園, 圖1 6所不爲本發明的螢幕操作模組的邏輯操作流程 圖。 【主要元件符號說明】The lack of 』 lies in the platform and enterprise application deployment in different places, the wide-area network connection 'network quality is slightly poor' system operation efficiency (four) low; the publishing platform is shared by all enterprises 'platform and materials, the integration is slightly poor, system operation efficiency Weighing low; enterprise data needs to be out of the intranet, and the security is low; in the early stage of business development, the construction cost is high. The present invention utilizes application virtualization technology, instead of actually installing the application system on the mobile communication terminal, and deploying the software on the platform, only abstracting the interface. The mobile communication terminal having only lower processing capability is allowed to access a single application via the mobile communication network. Seamless application interface delivery gives users a more intuitive feel. At the same time, the application also makes the interface displayed by the mobile communication terminal conform to the user's viewing habits, so that the published content of the application system is available. Moreover, the technical solution of the present invention can also be applied to commercial operations to achieve industrial applications. The scope of the present invention is not limited to the above description, and those skilled in the art can make modifications or variations to the present invention within the scope of the present invention. 57 200929978 [Simplified Schematic Description] FIG. 1 is a schematic structural diagram of an application system publishing system according to the present invention. FIG. 3 is a schematic diagram showing an overall process of publishing an application system according to the present invention; FIG. 4 is a schematic structural diagram of an application system issuance system according to the present invention; FIG. 4A to FIG. 4F are diagrams showing the structure of an application system issuance system according to the present invention; FIG. FIG. 6 is a flowchart showing the virtual channel establishment of the present invention; FIG. 7 is a schematic diagram showing the structure of the input processing portion of the application system issuance system of the present invention; FIG. 8 is a flow chart of the input process of the present invention. FIG. 9 is a schematic diagram showing the output structure of the application system publishing system using the building buffer technology according to the present invention; FIG. 10 is a schematic diagram showing the output flow of the building cache technology according to the present invention. FIG. 11A and FIG. 11B show the release of the present invention. Figure 1 2 shows a schematic diagram of the structure of the present invention; the overall structure of the application system is shown in Figure 1. Figure 14 is not an embodiment of the present invention, the release system 58 200929978 is intended; Figure 15 shows the relationship between the application interface and the terminal window of the present invention, tiS · garden, Figure 16 is not A logical operation flow chart of the screen operation module of the present invention. [Main component symbol description]
❹ 10 移動通信終端 12.引導器 14.輸入設備 21.虛擬通道模組 2 3.輸出處理模組 25.門戶伺服器 40.營運裝置 42.確認模組 10 0.應用系統發佈系統 102·協定驅動器棧 111.短信監測器 114. PUSH監測器 122.彩信系統 12 4. W A P協定系統 126.快速引導器 191.輸入模擬器 211.傳輸驅動器 11.虛擬代理模組 13.顯示器 20.應用系統發佈平臺 22.人機交互模組 24.輸入處理模組 30.應用系統 41.計費模組 50.發佈伺服器 101.終端驅動器 103.傳輸驅動器 112.彩信監測器 121.短信系統 123. WAP瀏覽器 125. WEB瀏覽器 190.輸入處理器 200,營運系統 212.協定驅動器棧 59 200929978 ❹❹ 10 mobile communication terminal 12. director 14. input device 21. virtual channel module 2 3. output processing module 25. portal server 40. operating device 42. validation module 10 0. application system publishing system 102 Driver stack 111. SMS monitor 114. PUSH monitor 122. MMS system 12 4. WAP protocol system 126. Fast guide 191. Input simulator 211. Transport driver 11. Virtual agent module 13. Display 20. Application system release Platform 22. Human-computer interaction module 24. Input processing module 30. Application system 41. Billing module 50. Publishing server 101. Terminal driver 103. Transmission driver 112. MMS monitor 121. Short message system 123. WAP browsing 125. WEB browser 190. Input processor 200, operating system 212. Protocol driver stack 59 200929978 ❹
221·瀏覽器 290..顯示器 2 9 5.刷新監測器 297.幀緩存處理器 310·解壓器 111 〇 ·螢幕操作模組 2000·適配系統 201 0頁面生成器 2012.頁面元素獲取器 2014.頁面處理模組 2016·顯示寬度處理模組 2 018.樣式統—模組 2020·發佈頁面運行模組 2 0 31.發佈頁面 2035· web服務模組 2200·映射表 2 9 61.虛擬顯示記憶體 241.終端驅動器 291.輸出處理器 296·虛擬顯示記憶體 2 9 8.幀緩存 311.壓縮器 1911.輸入映射器 2001.適配管理器 2011.參數獲取模組 2 013 ·螢幕顯示處理模組 2 〇 15 ·頁面級別控制模組 2 017 ·内容刪除模組 2019.映射表構造模組 2030業務頁面 2032.頁面代碼 2100.機型表 2951.刷新監測器 2981.抽取器 60221·Browser 290.. Display 2 9 5. Refresh monitor 297. Frame buffer processor 310·Decompressor 111 萤·Screen operation module 2000·Adapter system 201 0 Page generator 2012. Page element acquirer 2014. Page processing module 2016 · display width processing module 2 018. style system - module 2020 · release page operation module 2 0 31. release page 2035 · web service module 2200 · mapping table 2 9 61. virtual display memory 241. Terminal driver 291. Output processor 296·Virtual display memory 2 9. Frame buffer 311. Compressor 1911. Input mapper 2001. Adaptation manager 2011. Parameter acquisition module 2 013 · Screen display processing module 2 〇 15 · page level control module 2 017 · content deletion module 2019. mapping table construction module 2030 business page 2032. page code 2100. model table 2951. refresh monitor 2981. extractor 60
Claims (1)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW97142434A TW200929978A (en) | 2008-11-03 | 2008-11-03 | Application system announcement method, operating method and system for mobile communication networks |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW97142434A TW200929978A (en) | 2008-11-03 | 2008-11-03 | Application system announcement method, operating method and system for mobile communication networks |
Publications (1)
Publication Number | Publication Date |
---|---|
TW200929978A true TW200929978A (en) | 2009-07-01 |
Family
ID=44864710
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
TW97142434A TW200929978A (en) | 2008-11-03 | 2008-11-03 | Application system announcement method, operating method and system for mobile communication networks |
Country Status (1)
Country | Link |
---|---|
TW (1) | TW200929978A (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN103997685A (en) * | 2014-05-26 | 2014-08-20 | 深圳市九洲电器有限公司 | Individuation method of set top box and set top box |
-
2008
- 2008-11-03 TW TW97142434A patent/TW200929978A/en unknown
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN103997685A (en) * | 2014-05-26 | 2014-08-20 | 深圳市九洲电器有限公司 | Individuation method of set top box and set top box |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
WO2009082872A1 (en) | Distribution method,operation method and system of application system in mobile communication network | |
US8463912B2 (en) | Remote displays in mobile communication networks | |
US10785027B2 (en) | Systems and methods for accessing and controlling media stored remotely | |
US7561899B2 (en) | Method and apparatus for controlling and applying resource of idle screen on mobile | |
US11159641B2 (en) | Method and system for sharing data between terminals | |
JP6990772B2 (en) | Information push method, storage medium, terminal equipment and server | |
AU2018204893A1 (en) | Mobile dialogue system and mobile content delivery solutions | |
KR20180125422A (en) | Messaging application interacting with one or more extension applications | |
CN105264864A (en) | Maintaining video conference session continuity during transfer of session to alternative device | |
TW200524394A (en) | Dynamically distributed portal-based application processing system | |
WO2022057393A1 (en) | Event processing method and apparatus, storage medium, mobile terminal, and computer | |
CN104394200B (en) | The method shown for synchronizing preview between mobile device and web terminals | |
CN114205633B (en) | Live interaction method and device, storage medium and electronic equipment | |
KR100878025B1 (en) | System and Method for Providing Recipe with SMIL Message | |
CN109889468A (en) | Transmission method, system, device, equipment and the storage medium of network data | |
CN104298492B (en) | A kind of remote mobile terminal control method and system | |
KR100567201B1 (en) | Method And Apparatus For Controlling And Applying Resource of Idle Screen On Mobile | |
WO2001091482A1 (en) | Remote displays in mobile communication networks | |
WO2014072739A1 (en) | Video distribution | |
US20170289239A1 (en) | User interface delegation to a delegated device | |
TW200929978A (en) | Application system announcement method, operating method and system for mobile communication networks | |
WO2010105384A1 (en) | Www content issuance method, operation method and system for mobile communication net | |
KR20070031672A (en) | Method for editting background image of communication device and system of enabling the method | |
AU2013270565B2 (en) | Systems and methods for accessing and controlling media stored remotely | |
TW201004248A (en) | Method of WWW content publication, operation, and system for mobile communication network |