201223283 六、發明說明： 【發明所屬之技術領域】 本：明係有關於一種資料管理裝置及其相關資料管理 別是有關於-種可用以管理視訊會議之輸入 的貝料官理裝置及其相關資料管理方法。 、 【先前技#ί】 ^年來，由於網路應用的普及，❹視訊會議進 …“ 會議允許兩人或多人❹網路㈣ 的傳遞文字訊息、檔案、纽音盥、Λ 夕 y 。9/、視5札父k。透過視訊會議， 夕用戶端可透過一影像擷取裝置如網路攝影機(web ==訊_裝置如麥歧裝置储視紐/或音訊給彼此進 一般而言’擷取到的視訊及/或音訊f料將再經由 訊會議模組以透過—傳輸通道例如網路，將其傳送至另— 端的裝置以進行視訊會議。此外，當-傳送端裝置盘一接 收端裝置進行視訊會議且f要傳送—㈣時，傳送端 的使用者可將㈣直接傳送至接收端裝置，被傳送的播 並未進行任何額外的處理。 田’、 ，由於視§fl會議時所需傳輸的數位影像 別是高解析度視訊會議（high — definiti〇/vi^ conference)所需的數位影像訊號，往往需要相當大 寬才能順利的進行傳輸。因此，力會議中可能因為網路傳 201223283 =寬不足而造成視訊會議時的影像 口口貝不夠流暢，因而增加了視訊會議的成本。、導致讀 【發明内容】 有鑑於此，本發明提供—種㈣視 裝置及其相關資料管理方法，以利於管理理 議中之資料，輔助視訊會議的順利進行。”刀予視訊會 ^發明實施例提供-種視訊會議之f料管 接收一鈐入次粗扭—、方去包括下列步驟。首先’ 料進杆一声㉝甘Γ 輸㈣之來源’對輸入資 _ A '、中’當輪入資料之來源係為一選取之多 媒體檔案時，依據選取之多媒 ^ 夕 n j, Δ, 、體袼案，產生一視訊編碼資 科以及-音錢碼資料，並利 音邙焰踩次、 叩座玍之硯訊編碼育料以及 I扁碼以4透過-視訊會議模 視訊會議。 接㈣裝置進订該 ::明貫施例另提供一種視訊會議之資料管理裝置， έ〉 輸人介面、—訊號處理模組以及-視訊合議模 ==係用以提供—輸入資料。訊號處理 ㈣“資料’於輸入資料之來源係為-選取 夕，依據選取之多媒體檔案，產 ^資料以及—音訊編碼資料。視訊會議模組係訊號 ΐ::組接Γ並利用羞生之視訊編碼資料以及音訊編碼 貝枓與-接收端裝置進行一視訊會議。 本發明實施例另提供—種視訊會議之資料管理方法， 201223283 用以管理-視訊會議中之資料。方法包括下列步驟。首先， 接收-多媒體槽案。接著’依據多媒體檔案，得到一視訊 原始資料以及-音訊原始㈣，並第—編碼單元以 ^一第二編碼單元，分別依據視訊原始資料以及音訊原始 資料，產生一視訊編碼資料以及一音訊編碼資料。之後， 傳送視訊闕資料以及音訊編碼資料至—視訊會議模组， 致使視訊會議模__視訊編碼㈣以及音訊編碼資料 與一接收端裝置進行視訊會議。 ' 本發明上述方法可以透過程式碼方式收錄於實體媒體 中。當程式賴機器载人且執行時’機器變成用以實行本 發明之裝置。 丁个 ，使本發明之上述和其他目的、特徵、和優點能更明 Μ重’下文特舉出較佳實施例，並配合所附圖式，作詳 細說明如下。 【實施方式] 穿置第不依據本發明實施例之視訊會議之資料管理 像=r。、一音訊一。、-^ •其中資I:就處理模組140以及-視訊會議模組 300與1理裝置⑽可透過―傳輸通道例如網路 行通訊及執行進行㈣的傳輸，於兩者之間進 或無線會議操作。龍_可包括有線 例如網際網路（INTERN£T)、乙太網路 201223283 (Ethernet)以及無線區域網路（WLAN)/有線區域網路 (LAN)，但不限於此。於一實施例中，資料管理裝置】⑽ 可為一高解析度(high—definition, HD)視訊會議系統，可用 以於資料管理裝置1〇〇以及接收端裝置2〇〇之間依照—高 解析度壓縮標準（例如H.264標準）來產生並傳輸高解析$ 的數位影像訊號及/或音訊來進行視訊會議。影像擷取模組 110可用以擷取一視訊會議使用者的（視訊）影像，產生一視 鲁°孔資料，音汛擷取模組120可用以擷取一視訊會議使用者 的聲a，產生一音讯資料。舉例來說，影像操取模組110 可為一實體影像擷取裝置如一網路攝影機(webcam)，音訊 擷取模.、且120可為一貫體音訊擷取裝置如一麥克風裝置， 但不限於此。 於本實施例中，使用者可透過不同的輸入來源輸入視 訊會議時所要用到的資料。這些輸入來源包括經由影像擷 取柄組110、經由音訊擷取模、组12〇及/或經由使用者介面 • 130選擇一多媒體檔案當作輸入資料等。舉例來說，使用 者可直接利用影像操取模組11〇來輸入視訊資料以及音訊 操取板'组120來輸入音訊資料。資料管理裝置剛可透過 影像絲模組]10或音訊操取模組120來擷取-視訊資料 或一音訊資料。 士田幸別入貝料的來源為一擷取到的視訊資料或音訊資料 Z貝料S理裝置100可以直接利用操取到的視訊資料或 二：：料透過視訊會議模組150進行視訊會議。當輸入資 料的來源為-選取的多媒體槽案時，選取的多媒體樓案將 201223283 被送至訊號處理模組140進行進一步的資料處理。訊號處 理模組140可接收選取的多媒體檔案，並依據此多媒體檔 案，產生一視訊編碼資料以及一音訊編碼資料。請菩見弟 2圖。第2圖顯示依據本發明實施例之訊號處理模組140 之區塊圖。如第2圖所示，訊號處理模組140可更包括一 影音分離器141、一視訊資料處理器143以及一音訊資料 處理器145。舉例來說，影音分離器141可為一解多工器 (demuxer)。影音分離器141可接收使用者透過使用者介面 ]30所輸入/選取的一多媒體檔案，並且分離出多媒體檔案 中的視訊串流（video stream)與音訊串流（audio stream)，接 著將分離出的視訊串流與音訊串流分別送至視訊資料處理 器143以及音訊資料處理器145。視訊資料處理器143可 依據接收到的視訊串流，產生一視訊編碼資料，而音訊資 料處理器145則可依據接收到的音訊串流，產生一音訊編 碼貢料。 視訊資料處理器143可包含一視訊解碼器1431以及一 視訊編碼器1433,其中視訊解碼器1431可解碼視訊串流， 得到一視訊原始資料(video raw data)。視訊編碼器1433可 將解碼出的視訊原始資料再依據一特定的壓縮標準進行編 碼’產生視訊會議所需的視訊編碼育料。視訊編碼14 3 3 產生的視訊編碼資料接著被送至視訊會議模組150當作一 視訊輸入，以進行後續的資料處理。 類似地，音訊資料處理器145可包含一音訊解碼器 1451以及一音訊編碼器1453，其中音訊解碼器1451可解 201223283 碼音訊串流，得到—音訊原_ data) =器1453可將解別的音訊原始資料再依據—特定的 «百標準進行編碼，產生視訊會議所需的音訊編碼資料。 =編碼器1453產生的音訊編碼f料接著被送至視訊會 ;義核’、且15G *作-音訊輸人，以進行後續的資料處理。視 2碼器可依據—高解析度壓縮標準將解碼出的視訊原始 =進行編碼。舉例來說’高解析度壓縮標準包括H.264 钛準’但不限於此。 、接著’―訊號處理模組14〇 *別將視訊資料處理器⑷ 乂及曰。孔資料處理器' 145所產生的視訊編石馬資料以及立 、=貝料傳运至視訊會議模組15〇。視訊會議模組⑼利 編碼資料以及音l_f料透過網路與接收 鳊裝置200進行視訊會議。 =會議模組150可用以開啟或關閉視訊會議並可利 用^像擷取模組11〇與音訊擷取模組12〇所操取到的視訊 ==料或利用訊號處理模請所產生的視訊編 ’、、、"、s訊編碼處料當作輸入資料來與接收端東晋 :::訊會議。當接收到影㈣取模-no或音= 广二20所擷取到的視訊資料或音訊資料時， 其編碼為符合傳送需求的視訊』 叶立田接收到心虎處理模組14〇所產生的視訊編碼資料以 曰^碼賁料時，視訊會議模組15〇可無須再將資料編 ’匕接將其傳送至接收端裝置2。。。須提醒的是，熟来 士皆知視訊會議模組15〇中也包含了必要的視訊會議二 201223283 W如：像訊號處理模組、編碼/解碼模組、顯示模 私田Γ帛以只現視訊會議功能’由於其架構及功能為眾 所1 知的且其非本發明之重點，故其細節不在此贅述。舉 例來祝，視訊會議模組150可包含一 Η·264編碼/解碼器， 用、將接收到的資料轉換為一符合Η.2 細的钱會叙該管财法將於後骑說^ 平 第圖”’、員示一依據本發明實施例之視訊會議之資料管 理方法之流程圖。請同時參照第1圖、第2圖與第3圖。 假設資料管理裝置_以及-接收端裝置 ◦之間正進行—視訊會議。 首先’如步驟S302，資料管理裝置1〇〇接收到一輸入 此步驟中，使用者可透過不同的輸人來源輸入視 取i;且二:要用到的資料。這些輸入來源包括經由影像擷 nn.....㈣音訊擷取模組12G及/或經由使用者介面 小—選擇—多媒體健當作輸人資料等。多媒體㈣可至 =含視訊串流以及音訊串流。舉例來說，使用者可直接 像擷取模組HG來輸人視訊資料以及音訊擷取模組 ，輸人音訊㈣，或者❹者也可以透過使用者介面 選卜多媒«案。資料管理装置ι〇〇可透過影 —^取模組1H)或音簡取模組12G來擷取—視訊資料或 資料或者利用訊號處理模組14〇來對一選取的多媒 粗二、進订後續處理。資料管理褒置100接著依據輸入資 來^源來對輸入資料進行—處理。其中，當輸入資料的 木源為-擷取到的視訊資料或音訊資料時，資料管理裝置 201223283 100可直接利㈣取到的視訊資料或音訊資料作為輸入資 料’透過能會議模組15Q進行此視訊會議。 、 當輸入資料的來源為—選取的多媒體槽案時，如步驟 S304 ’資料官理裝置⑽巾的訊號處理模⑯⑽依據選取 的多媒體檔案’產生一視訊編碼資料以 料。舉例來說’訊號處理模組]40可先利用^^= 號處理桓組140中的影音分_ 141)，得到—視訊串流以 及-音訊串流’再分別以一第一解碼單元(如訊號處理模电 H0中的視訊解碼器、1431)以及一第二解碼單元(如訊號處 理核組H0中的音訊解碼@ 1451)，解碼視訊串流以及立訊 :流資料，以產生—視訊原始資料以及—音訊原始資 :第—編碼單元(如訊號處賴組⑽中的視訊編碼 。）以及一第二編碼單元（如訊號處理模組14〇中的立 :編碼器H53)，分別依據視訊原始資料以及音訊原始^ /;，產生一視訊編碼資料以及一音訊編碼資料。 接著，如步驟S3〇6，資料管理裝置⑽利用訊號處理 刚所產生的視訊編碼資料以及音訊編碼資料透過視 讯會議模組15G與-接收端裝置進行此視訊會議。 於—些實施例中，資料管理裝置]〇〇也可接 收端裝置200的-第―資訊，並依據接收到的第—資訊， 動態調整欲傳送的視訊編碼資料以及音訊編碼資料的^ 其中’第-資訊係、包含與使用的網路與環肋關 =貝訊，例如網路的頻寬資訊與接收端装置的編 此力’例如接收端裝置测有那些可用編碼解碼器（c〇㈣ 201223283 $的資訊。於整個視訊會議的期間，接收端裝置謂將持 續f測網路的實際使用情形，並定期回傳此第-資訊至資 ^官理裝置⑽。資料管理裝置⑽可透過傳輸通道川〇 =接收端裝置200所回傳的第一資訊並依據第一資 = 目前傳輸通道3⑽的頻寬使用情形，進而判斷是 i久/周f傳廷的視訊編碼資料以及音訊編碼資料的大小盥 =例來說’若資料管理裝置1〇〇根據第一資訊的資 通道300之頻寬可能不足夠使用時，可告 的頻i::::組〗40，致使訊號處理模組140可依據目前 盘格u Γ的視訊編碼資料以及音訊編碼資料的大小 傳傳送及分享。藉由此可適性—㈣的 體檔宰進行進二3動態調整機制’可對欲傳送的多媒 不足而中斷，導致無法進行視訊會議。 貝是 方法綜3=她之視訊會議之資料管理褒置及 y刀離，並分別對音訊資料與視訊資料 :進仃 :為後端視訊會議模㈣輪人，因此可更便於八/馬’以 =送時依據網路的狀況及/或接收端的特:=可於 與視M資料進行動態調整，例 貧科與視訊貧料的播案大小與格式， 仏曰況 況與傳輸條件，使得視訊會議能更順利的進^讀網路狀 本發明之方法’或特定型態或 的型態包含於實體媒體，如軟碟、光二：=以程式碼 Λ硬碟、或是任 201223283 态可讀取(如電腦可讀取)儲存媒體，其中，當程 如電腦载入且執行時，此機器變成用以參與 、秀^一此。本發明之方法與裝置也可以以程式碼型態 專送媒體’如電線或電镜、光纖 型’其申，當程式碼被機器，如電腦接= 入且料’此機器變成用以參與本發明之 般用途處理器實作時，葙十级&人+ 田在201223283 VI. INSTRUCTIONS: [Technical field to which the invention belongs] This: The Department of Information on a data management device and its related data management is related to a kind of beetle management device that can be used to manage the input of video conferencing and its related Data management method. [Previous technology #ί] ^ In the past years, due to the popularity of Internet applications, video conferencing has entered... "The conference allows two or more people to use the Internet (4) to deliver text messages, files, new sounds, and eves. 9 /, depending on the 5th father k. Through the video conference, the eve of the user can use an image capture device such as a webcam (web == _ device such as Maiqi device storage button / or audio to each other in general) The captured video and/or audio material will be transmitted to the other device via the communication channel, such as the network, for video conferencing. Further, when the transmitting device is received by the disk When the end device performs a video conference and f wants to transmit - (4), the user at the transmitting end can directly transmit (4) to the receiving device, and the transmitted broadcast does not perform any additional processing. Tian', due to the §fl meeting Digital images to be transmitted are not required for high-definition video conferencing (high-definiti/vi^ conference). They often need to be quite wide to be transmitted smoothly. Therefore, the power conference may be transmitted by network. 2012 23283 = Insufficient width causes the image mouth at the video conference to be not smooth enough, thus increasing the cost of the video conference. Leading to reading [invention] In view of the above, the present invention provides a (four) video device and related data management method In order to facilitate the management of the information in the resolution, to facilitate the smooth progress of the video conference." Knife to the video conference ^ Inventive embodiment provides - a kind of video conference f-tube receives an indentation - to include the following steps. First of all, 'the feed into the pole 33 Ganzi lose (four) the source 'to input capital _ A ', middle 'when the source of the rounded data is a selected multimedia file, according to the selected multimedia ^ n nj, Δ, , In the case of physical defamation, a video encoding resource and a sound money code data are generated, and the sound of the sound is smashed, the 编码 玍 编码 编码 以及 以及 以及 以及 以及 以及 以及 I I I I I I 4 4 4 4 4 四 四 四 四 四 四 四 四The device is ordered to: The Mingcheng application also provides a data management device for video conferencing, έ> input interface, signal processing module and videoconferencing module== for providing input data. Signal processing (4) data The source of the input data is - selected eve, based on the selected multimedia files, production data and audio coding data. Videoconferencing module system signal:: group access and use of shy video encoding data and audio code The present invention provides a video conference method. The embodiment of the present invention further provides a data management method for video conferencing, 201223283 for managing data in a video conference. The method includes the following steps. First, a receiving-multimedia slot is received. Then, according to the multimedia file, a video original data and an audio original (4) are obtained, and the first coding unit generates a video coded data and an audio coded data according to the video original data and the audio original data by using a second coding unit. . Thereafter, the video data and the audio coded data are transmitted to the videoconferencing module, so that the video conferencing module __video encoding (4) and the audio encoding data are combined with a receiving device for video conferencing. The above method of the present invention can be recorded in physical media through code. When the program is on the machine and executed, the machine becomes the device for carrying out the invention. The above and other objects, features and advantages of the present invention will become more apparent <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; [Embodiment] The data management image of the video conference not according to the embodiment of the present invention is placed. One audio one. - ^ • In the case of I: the processing module 140 and the videoconferencing module 300 and the device (10) can be transmitted through the "transmission channel, such as network communication and execution (4), between the two or wireless Conference operation. Dragon_ may include wired, for example, Internet (INTERN£T), Ethernet 201223283 (Ethernet), and Wireless Local Area Network (WLAN)/Wired Area Network (LAN), but is not limited thereto. In an embodiment, the data management device (10) can be a high-definition (HD) video conferencing system, which can be used between the data management device 1 and the receiving device 2 - high resolution A compression standard (such as the H.264 standard) is used to generate and transmit high resolution $ digital video signals and/or audio for video conferencing. The image capture module 110 can be used to capture a video of a video conference user to generate a video data. The audio capture module 120 can be used to capture the voice of a video conference user. An audio message. For example, the image capture module 110 can be a physical image capture device such as a webcam, an audio capture module, and 120 can be a consistent audio capture device such as a microphone device, but is not limited thereto. . In this embodiment, the user can input the data to be used in the video conference through different input sources. These input sources include selecting a multimedia file as input data via the image capture handle set 110, via audio capture mode, group 12, and/or via the user interface 130. For example, the user can directly input the video data and the audio operation board 'group 120 to input the audio data by using the image manipulation module 11〇. The data management device can just retrieve the video data or an audio data through the video cable module 10 or the audio operation module 120. Shida is fortunate to have a source of video information or audio data. The Z-Bike device 100 can directly use the acquired video data or two: to send a video conference through the videoconferencing module 150. When the source of the input data is the selected multimedia slot, the selected multimedia building will be sent to the signal processing module 140 for further data processing. The signal processing module 140 can receive the selected multimedia file and generate a video encoded material and an audio encoded data according to the multimedia file. Please see the Buddha 2 picture. 2 is a block diagram of a signal processing module 140 in accordance with an embodiment of the present invention. As shown in FIG. 2, the signal processing module 140 further includes an audio and video separator 141, a video data processor 143, and an audio data processor 145. For example, the video splitter 141 can be a demultiplexer. The video separator 141 can receive a multimedia file input/selected by the user through the user interface 30, and separate the video stream and the audio stream in the multimedia file, and then separate the audio stream. The video stream and the audio stream are sent to the video data processor 143 and the audio data processor 145, respectively. The video data processor 143 can generate a video encoded data according to the received video stream, and the audio data processor 145 can generate an audio encoding tribute according to the received audio stream. The video data processor 143 can include a video decoder 1431 and a video encoder 1433. The video decoder 1431 can decode the video stream to obtain a video raw data. The video encoder 1433 can encode the decoded video source according to a specific compression standard to generate the video coding feed required for the video conference. The video encoded data generated by the video encoding 14 3 3 is then sent to the video conferencing module 150 as a video input for subsequent data processing. Similarly, the audio data processor 145 can include an audio decoder 1451 and an audio encoder 1453. The audio decoder 1451 can decode the 201223283 code audio stream, and the audio source _data can be decoded. The audio source data is then encoded according to the specific «100 standard, and the audio coded data required for the video conference is generated. = The audio code f generated by the encoder 1453 is then sent to the video conference; the core nucleus and the 15G* vocal input are used for subsequent data processing. The video encoder can encode the decoded video original = according to the high resolution compression standard. For example, 'high resolution compression standards include H.264 Titanium' but are not limited thereto. Then, the "signal processing module 14" * does not use the video data processor (4). The video data processing equipment generated by the hole data processor '145 is transported to the videoconferencing module 15〇. The videoconferencing module (9) facilitates video conferencing through the network and the receiving device 200. The conference module 150 can be used to enable or disable the video conference and can use the video captured by the image capture module 11 and the audio capture module 12 to generate video information generated by the signal processing module. Edited ',,, ", s code coding is expected to be used as input data to the receiving end Dongjin::: news conference. When receiving the video data or audio data captured by the shadow (4) modulo-no or sound = Guang 2 20, the code is encoded as a video that meets the transmission requirements. Ye Litian receives the heart-to-heart processing module 14 When the video encoding data is encoded, the video conferencing module 15 can transmit the data to the receiving device 2 without having to splicing the data. . . It should be reminded that the familiar videoconferencing module 15〇 also contains the necessary video conferencing 2 201223283 W such as: signal processing module, encoding / decoding module, display mode private field to only present The video conferencing function 'is known because its architecture and functions are well known and its focus is not on the present invention, so the details are not described here. For example, the video conferencing module 150 can include a 264 encoding/decoder for converting and receiving the received data into a Η.2 fine money. The financial method will be followed by a ride. Figure </ RTI> A flow chart of a data management method for a video conference according to an embodiment of the present invention. Please refer to FIG. 1 , FIG. 2 and FIG. 3 simultaneously. Suppose the data management device _ and the receiving device ◦ Between the ongoing - video conferencing. First, as in step S302, the data management device 1 receives an input, the user can input the input i through different input sources; and the second: the data to be used These input sources include via video 撷nn.....(4) audio capture module 12G and/or via user interface small-selection-multimedia health as input data, etc. Multimedia (4) to = video stream And audio streaming. For example, the user can directly input the video data and the audio capture module, the input audio (4), or the latter can also select the multimedia through the user interface. Case. Data management device ^ 取 Module 1H) or the audio module 12G to capture - video data or data or use the signal processing module 14 对 to select a selected multimedia coarse second, to subscribe to subsequent processing. Data management device 100 then According to the input source, the input data is processed and processed. When the input source of the data is the captured video data or the audio data, the data management device 201223283 100 can directly obtain the video information obtained by (4) or The audio data is used as the input data to perform the video conference through the conference module 15Q. When the source of the input data is the selected multimedia slot, the signal processing module 16 (10) of the data processing device (10) is selected according to step S304. The multimedia file 'generates a video encoded data. For example, the 'signal processing module 40' can first use the ^^= number to process the video and audio scores in the group 140 _ 141) to obtain - video streaming and - audio streaming 'Decoding again with a first decoding unit (such as video decoder in signal processing module H0, 1431) and a second decoding unit (such as audio decoding @1451 in signal processing core group H0) Streaming and Licensing: streaming data to generate - video source data and - audio source: first - encoding unit (such as video encoding in signal group (10)) and a second encoding unit (such as signal processing module) The 14th in the middle: the encoder H53) generates a video encoded data and an audio encoded data according to the video original data and the audio original ^ /; respectively. Then, in step S3, the data management device (10) uses the signal processing The generated video encoded data and the audio encoded data are transmitted to the video conferencing module 15G and the receiving device to perform the video conferencing. In some embodiments, the data management device can also be used by the receiving device 200. Information, and based on the received first information, dynamically adjust the video encoding data and audio encoding data to be transmitted. ^ The 'information system, including and using the network and ring ribs = Beixun, such as the network The bandwidth information is encoded by the receiving device. For example, the receiving device measures the information of the available codecs (c〇(4) 201223283 $. During the entire video conference, the receiving device will continue to test the actual usage of the network, and periodically return this first-information to the government device (10). The data management device (10) can pass the transmission channel Chuanxi = the first information returned by the receiving device 200 and according to the bandwidth usage of the first resource = current transmission channel 3 (10), thereby determining that the video is i long/weekly. The size of the encoded data and the audio coded data 例 = For example, if the bandwidth of the resource management device 1 according to the first information may not be sufficient, the frequency of the advertised i:::: group 40 The signal processing module 140 can transmit and share according to the size of the video coded data and the audio coded data of the current cell phone. By virtue of this adaptability—(4), the physical adjustment mechanism of the 2nd 3rd can be interrupted by the lack of multimedia to be transmitted, resulting in the inability to conduct a video conference. Bei is a method summary 3 = her video conferencing data management device and y knife away, and separately for audio and video data: Advance: for the back-end video conferencing model (four) round people, so it is more convenient for eight horses According to the status of the network and / or the characteristics of the receiving end: = can be dynamically adjusted with the M data, such as the size and format of the poor and video poor, the status and transmission conditions, make video The conference can be smoothly read into the network. The method of the present invention' or the specific type or type is included in the physical medium, such as a floppy disk, a light 2: = a code, a hard disk, or a 201223283 state. Take (such as computer readable) storage media, which, when the computer is loaded and executed, the machine becomes used to participate, show this. The method and device of the present invention can also be used to send media in the form of a code type such as a wire or an electron microscope or an optical fiber type. When the code is used by a machine, such as a computer, the machine becomes a part of the machine. When the invention is used, the processor is implemented, and the tenth level &
碼合處理器提供一操作類似 於應用特疋邏輯電路之獨特裝置。 限定發以較佳實施例揭露如上’然其並非用以The code processor provides a unique device that operates similar to the application of a special logic circuit. The definition is disclosed in the preferred embodiment as described above.
熟悉此項技藝者，在不脫離本發明U 範圍去視後附之由! 飾，因此本發明之保護 見後附之申^專利範_界定者為準。 201223283 【圖式簡單說明】 第1圖係顯示一依據本發明實施例之視訊會議之資料 管理裝置。 第2圖係顯示一依據本發明實施例之訊號處理模組之 區塊圖。 第3圖係顯示一依據本發明實施例之視訊會議之資料 管理方法之流程圖。 【主要元件符號說明】 100〜資料管理裝置； 110〜影像擷取模組； 120〜音訊擷取模組； 130〜使用者介面； 140〜訊號處理模組； 141〜影音分離器； 143〜視訊育料處理裔， 1431〜視訊解碼器； φ 1433〜視訊編碼益， 145〜音訊資料處理器； 1451-音訊解碼器； 1453〜音訊編碼器； 150〜視訊會議模組； 200〜接收端裝置； 300〜傳輸通道； S302、S304、S306〜執行步驟。 14Those skilled in the art will appreciate that the present invention is not limited by the scope of the present invention, and therefore the protection of the present invention is defined by the appended claims. 201223283 [Simple Description of the Drawings] Fig. 1 shows a data management apparatus for a video conference according to an embodiment of the present invention. Figure 2 is a block diagram showing a signal processing module in accordance with an embodiment of the present invention. Figure 3 is a flow chart showing a method of data management for a video conference in accordance with an embodiment of the present invention. [Main component symbol description] 100~ data management device; 110~ image capture module; 120~ audio capture module; 130~ user interface; 140~ signal processing module; 141~ video splitter; 143~ video Breeding treatment, 1431 ~ video decoder; φ 1433 ~ video coding benefits, 145 ~ audio data processor; 1451 - audio decoder; 1453 ~ audio encoder; 150 ~ video conferencing module; 200 ~ receiving device; 300~transmission channel; S302, S304, S306~ execution steps. 14