WO2010145485A1 - Method, system and esg server for distributing esg of multimedia broadcast service - Google Patents

Method, system and esg server for distributing esg of multimedia broadcast service Download PDF

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Publication number
WO2010145485A1
WO2010145485A1 PCT/CN2010/073731 CN2010073731W WO2010145485A1 WO 2010145485 A1 WO2010145485 A1 WO 2010145485A1 CN 2010073731 W CN2010073731 W CN 2010073731W WO 2010145485 A1 WO2010145485 A1 WO 2010145485A1
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Prior art keywords
information
terminal
message
esg
geographic
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PCT/CN2010/073731
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French (fr)
Chinese (zh)
Inventor
刘琰
叶剑章
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中兴通讯股份有限公司
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Publication of WO2010145485A1 publication Critical patent/WO2010145485A1/en

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04H—BROADCAST COMMUNICATION
    • H04H60/00—Arrangements for broadcast applications with a direct linking to broadcast information or broadcast space-time; Broadcast-related systems
    • H04H60/68—Systems specially adapted for using specific information, e.g. geographical or meteorological information
    • H04H60/72—Systems specially adapted for using specific information, e.g. geographical or meteorological information using electronic programme guides [EPG]
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04H—BROADCAST COMMUNICATION
    • H04H60/00—Arrangements for broadcast applications with a direct linking to broadcast information or broadcast space-time; Broadcast-related systems
    • H04H60/35—Arrangements for identifying or recognising characteristics with a direct linkage to broadcast information or to broadcast space-time, e.g. for identifying broadcast stations or for identifying users
    • H04H60/49—Arrangements for identifying or recognising characteristics with a direct linkage to broadcast information or to broadcast space-time, e.g. for identifying broadcast stations or for identifying users for identifying locations
    • H04H60/51—Arrangements for identifying or recognising characteristics with a direct linkage to broadcast information or to broadcast space-time, e.g. for identifying broadcast stations or for identifying users for identifying locations of receiving stations

Definitions

  • the basic multi-media is a local domain and can only mention local users.
  • the S information that the user-held terminal can only see the full-solid S information and its location in the terminal does not need to receive the S information outside the location.
  • the existing multi-medias can't be different from the multiple S information, the S user terminals in the respective locations of the terminal can see the content of the sheep in their location, and the existing system of the self-seeing is full of demand. . content
  • the S method and the system S of each of the multimedia devices in the location of the terminal and the terminal are provided. This paper proposes the mapping of the S-methods of the multi-media packets in the S-devices.
  • the information of the S information is the same as the mapping match S information, and each S encapsulates the S information into S.
  • the S-message of the terminal information of the terminal, the S, the manner of taking the geographical information, the S-message, the S-message, the terminal information, the terminal information, and the geographical location Set the information. Steps
  • Step S storing, in the S, each of the geographical information packets, the step of storing the geographical information, and storing, by each of the S-messages of the S-messages of the other terminals that are not in the same
  • the S information in the same information as the S information is matched with the S information.
  • the S packets are periodically stored in the geographic information stored in the update information. Step the geographic location information long distance or.
  • the CPU or the SCe of the present invention provides a multi-media S-packet terminal and each of the S-terminals in the S-S message to the S-S message.
  • the S packets are received in the S message, and the S message is extracted from the S message, and the geographic information set in the S matching S matching is mapped to the root information.
  • the information of the geographic information S is matched with the mapping of the S information S encapsulated by the S information encapsulated into SS for each of the terminals of the S.
  • the step booklet is configured to extract the information extracted from the S message, and extract the terminal information, and the geographic information set in the terminal information of the terminal information is taken.
  • the step is to store the described geographic information, and the S message of each terminal of the terminal that is determined by the S is not satisfied with the stored geographic information to the S match.
  • This article mentions the S packages.
  • Receiving, in the S message, not in the S message the S-message of the terminal is extracted from the S-message, and the S-S message is extracted from the S-message.
  • the geographic information S is the same as the geographic information S of the root.
  • the information matching the S information S is encapsulated in the S information encapsulated into SS for each of the S terminals.
  • the beneficial result of this is that the S method and the system of the multi-media are based on the S-go method of each user, and the users are more profitable and higher.
  • Each of the S-multi-mode terminals in each location has increased the rate.
  • the S method of the multimedia media of Mingliben is shown as the S method of the multi-media of each of the two methods. The rest of the method is the same as the S method of the multi-media.
  • Each S system. Mode 5 The above description is mainly used for the S-zone of the S-region of the word multi-media, each of the terminals, the palm, the palm, and the like.
  • the information or the geographical information of each of the 30 sets of information to match the S information of the geographical information matching S information is encapsulated into S terminals and 0 users.
  • the S method package of the first multi-media is shown in the following step S:
  • the rest needs to have the same mapping of the information S information in each of the S 20s.
  • the S information is stored in the S 20 in a manner similar to each of the information of the S, the frequency channel, the broadcast, the content, and the like.
  • the geographic location information of the local area is the long-distance of each city or region in the area where the terminal of each geographic location is 0.
  • the coding is because the geographical area of the medium-solid energy is smaller than the coded area code. At least or the rest of the time requires geographic information for each area.
  • Step S 02 S each 20 receives the S message from the terminal, and the S message is sent to the terminal.
  • Step S 03 S each 20 people get the S message to extract
  • the geographic information extracted by the direct query in the mapping S 20 each set 30 geographical Set the information.
  • Step S 04 S each of the 20 geographical information S information The same mapping "the geographic information S information of the same mapping matches the S information.
  • Step S 05 S each 20 encapsulates the S information into S, that is, the information of each matched information is obtained in the form of S, and the terminal that proposes the S message, each of the 0 user terminals, each of the 0 S instances, views each data, frequency channel, and city sheep, The items in the grid table, the grid table, or the items in the grid table are the same as the mercury.
  • Step S 06 ends.
  • each of the S methods 20 determines the geographical information of each 30 by means of each 0 area of the terminal.
  • S each 20 pre-positional information S information mapping the same package as the following steps S20: terminal 0 each location communication and terminal information to S 20 S message terminal information terminal 0 each hand, information and S solid work The user code eaoa ob eS bsc be de ) is used to determine the area of each terminal of each 30 terminal information.
  • Step S202 The S each 20 receives the S message, and extracts the terminal information of the location of each terminal of the terminal.
  • Step S203 S each 20 sets a geographic information message of each 30 terminal information.
  • Step S205 S each 20 sets the geographic information S of each 30 to match the S information of the same mapping.
  • each terminal can be different from each other.
  • Each terminal can be the same.
  • Each of the terminals can be improved by the same rate.
  • Each of the 20 sets each of the 30 geographical information storage S 20 each receives its own terminal.
  • S The message again utilizes the geographic information without having to match the S information of the mapping of the geographic information S of the geographic information stored in each of the 30 directly stored information.
  • the S 20s that have improved the information periodically update the stored geographic information information or update the update period by setting the geographic information of each 30.
  • Step S206 S each 20 S information is encapsulated into S. Each of the S terminals is 0.
  • Step S207 The process ends. 4 shows the S-packet terminal of each of the words and the S-series of each of the S-series 20, each of which has a terminal 0, and each of the 20 S S messages of each S S message terminal
  • the S-packet modulo 25 encapsulates the S information obtained by matching the S-match 24 into a format of the SS 26 for the S-packet modulo 25 to encapsulate the S-present S-message for each user.
  • This department includes 30 pieces of S-messages from the terminal, such as handwritten messages, and other terminal information.
  • 23 Terminal information is set to the geographic information in each of the 30, and the geographic information message of each 30 terminal information is fixed.
  • the long-distance information of the inquiry, the geographical information of the inquiry is fixed to 23, and the other method is approved.
  • the geographic information of each 30 is determined to be received by the S-message of each terminal.
  • the geographic set information to the S match 24 matches the S information in the map of its directly used geographic information.
  • Step 23 Regularly set the geographical information of each 30 to be updated. This user has taken a different S God way.
  • the user's more profitable and high-strength enhances the demand for the multi-media and multi-media of the user's step.

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  • Engineering & Computer Science (AREA)
  • Signal Processing (AREA)
  • Mobile Radio Communication Systems (AREA)

Abstract

The present invention discloses a method, system and Electronic Service Guide (ESG) server for distributing ESG of multimedia broadcast service. The method includes: the mapping relationship between each piece of geographic location information and ESG program information is preset in the ESG server; the ESG server receives an ESG request message from the terminal equipment, wherein the ESG request message carries the network identifier of the communicational network where the terminal equipment is located; from the ESG request message the ESG server extracts the network identifier of the communicational network where the terminal equipment is located, and acquires the geographic location information of the network identifier; the ESG server matches the ESG program information according to the mapping relationship between the acquired geographic location information of the network identifier and the ESG program information; and the ESG server encapsulates the ESG program information into an ESG, and distributes the ESG to the terminal equipment. The present invention provides the user with the ESG which is distributed according to service area. It is flexible and convenient, and significantly improves the user experience.

Description

多 本 S 方 系 S 各 木 域 本 涉 多媒休 各 尤其涉 多媒休 各的 S 方法、 系 S 各 。 背景 木 年未 看 多媒休 木的 速 和 多 媒休 各作力 新 的多媒休 形式在 界 園內受到了  Multiple S-party S-wood domains are involved in the multi-media, each of which is involved in the S-method and S-series of each media. Background Wood has not seen the multi-media, the speed of the wood and the multi-media break, the new multi-media form has been accepted in the park.
其 前景 引了 在 領域 下游的 。 例 洲的 頻 手持式 收 g a deo oadcas a d ed Its prospects are drawn downstream of the field. Example of a hand-held handheld g a deo oadcas a d ed
- )、 固的 休羊 前向 eda owad O - ), solid sheep, forward eda owad O
eda O 和中固 多媒休 C a ob e eda oadcas g C )等 目前都 用戶播方式 終端用戶提 多 各 各包 、 、 新同、 休 、 、 多媒休 、 等 用戶 以 自己的愛 多媒休 的 各內容。 作力 多媒休 木的重要 能 屯子 各指南 ec o cSe ce de S ) 用戶提 了多媒休 信息的 各 終端 各 以 S 未 得多媒休 多 各的相 信息 例 止各 、 播 同、 內容 概等 以 快速的 和 。 不同 以 自己的 各特 編輯不同的 S 信息。 目前 全固的 S 信息在工 平台基本 地方 S 信息在本地 基本 。 平台基本 的 S 信息 是全固性的 以提 所有的用戶 通 地方 基本 的 多 媒休 各是匹域性的 只能提 本地用戶。 占用戶持有終端 各 于 終端 各只能 看全固 S 信息和其所在地的有 的 S 信息 不需要 收所在地以外的 S 信息。 因 現有的 多媒休 各 不能 不同的 多 S 信息 而 成的 S 而 終端 各 得其所在地 的 S 用戶 終端 各在其所在地看到內容羊 多 的 S 自己的喜 看 的 現有的 制 然 以滿 神需求。 內容 Eda O and Zhonggu Multi-Media C, C a ob e eda oadcas g C), etc. Currently, users of the user broadcast mode end up with various packages, newcomers, Hugh, and multi-media, and other users to their own love media. Hugh's content. The important energy guides for the work of the multi-media are ec o cSe ce de S) The users who have submitted the information of the multi-media information each use the information of S, and the content of each Just like the quick sum. Different S information is edited by each of its own specials. At present, the S-information of the whole solid is basically in the local place S information. The basic S information of the platform is fully solid to mention all the users. The basic multi-media is a local domain and can only mention local users. The S information that the user-held terminal can only see the full-solid S information and its location in the terminal does not need to receive the S information outside the location. Because the existing multi-medias can't be different from the multiple S information, the S user terminals in the respective locations of the terminal can see the content of the sheep in their location, and the existing system of the self-seeing is full of demand. . content
不同的 多 S 信息 而成的 S S with different multiple S information
本 提 、 終端 各的 置所在地提 S 的多媒 休 各的 S 方法、 系 S 各 。 本 提 了 多媒休 各的 S 方法 包 在 S 各器中 各 地理 置信息 S 信息 同的映射 The S method and the system S of each of the multimedia devices in the location of the terminal and the terminal are provided. This paper proposes the mapping of the S-methods of the multi-media packets in the S-devices.
所述 S 各 收 自終端 各的 S 消息 其中 所述 S 消息 所述終端 各所在地通 的 所述 S 各 所述 S 消息中提取所述 取所 述 的地理 置信息 所述 S 各 的所述地理 置信息 所述 S 信息 同的映射 匹配 S 信息 所述 S 各 將所述 S 信息封裝成 S 將所述 S 所述終端 各。 步 所述 S 消息 所述終端 各的終端信息 所述 S 各 取所述 的地理 置信息的方式 S 各 所述 S 消息中提取所述終端信息 所述終端信息 定 各器中 取所述 的地理 置信息。 步 所述終端信息包 以下至少 手札寺 、 信息和 固仟 功用戶 S e a o ob e S bsc be deExtracting, by the S, each of the S messages received by the terminal, wherein the S message is in the S message of each location of the terminal, and the geographic information of the S is extracted from the S message The information of the S information is the same as the mapping match S information, and each S encapsulates the S information into S. The S-message of the terminal information of the terminal, the S, the manner of taking the geographical information, the S-message, the S-message, the terminal information, the terminal information, and the geographical location Set the information. Steps The terminal information package below at least the hand sacred temple, the information and the squatting user S e a o ob e S bsc be de
S 步 在所述 S 各 取所述 的地理 置信息 包 存儲所述 的地理 置信息的步驟 所述 S 各 收 未自 同 的其它終端 各的 S 消息 通 存儲的 的地理 置信息 在所述 各 地理 置信息 所述 S 信息 同的映射 中匹配 S 信息。 步 包 所述 S 各 定期向所述定 各 所述 的地理 置信息 于更新存儲在所述 的地理 置信息。 步 所述地理 置信息 長途 或 。 步 所述 的 C ewo 或通 的 SCe 本 提 了 多媒休 各的 S 系 包 終端 各和 S 各 其中 所述終端 各 于向所述 S 各 S 消 息 所述 S 消息 所述終端 各所在 通 的 所述 S 各 包 收 于 收所述 S 消息 信息提取 于 所述 S 消息中提取所 定 于 取所述 的地理 置信息 提 所述 S 匹 配 S 匹配 中 各地理 置信息 S 信息 同的映射 于根 的 的地理 置信息 S 信息 同的映射 匹配 的 S 信息 S 封裝模 于將所述 的 S 信息封裝成 S S 于將所述 S 所述終端 各。 步 本系 包 定 各 所述信息提取 于 所述 S 消息中提取終端信息 所述定 于 所述終端信息 所 述定 各器中 取所述 的地理 置信息。 步 所述定 于存儲所述 的 的地理 置信 ， 所述定 于 S 各 收未自 同 的其 終 端 各的 S 消息 提 所述存儲的 的地理 置信息至 S 匹配 。 本 提 了 S 各 包 收 于 收未自終端 各的 S 消息 所述 S 消息 所述終端 各所在地通 的 信息提取 于 所述 S 消息中提取所述 定 于 取所述 的地理 置信息 提 所述 S 5 S 匹配 中 各地理 置信息 S 信息 同的映射 于根 的 的地理 置信息 S 信息 同的映射 匹配 的 S 信息 S 封裝模 于將所述 的 S 信息封裝成 S S 于將所述 S 所述終端 各。 本 的有益 果是 本 的多媒休 各的 S 方法和系 以 S 各 用戶提 的 S 神 方式 用戶提 更 利、 高 的 各 著提高了用戶休 。 本 的 S 各 多 方式 終端 各所在地通 的5 著提高了 各 率。 明 力本 的多媒休 各的 S 方法 示 意 2力本 的多媒休 各的 S 方法第 休0 方式流程 3力本 的多媒休 各的 S 方法第 休 方式流程 4力本 的多媒休 各的 S 系 的 。 方式 5 以下結 本 的 休 方式 明 所示 本 明主要用于 字多媒休 各的 S 區域 的 手札、 本 、 掌 等終端 各 0 通 向 S 各 20 S 消息 S 各 20 S 消 息中提取終端 各 0 所在地通 的 直 查詢 的 地理 置信息 或者向定 各 30 的地理 置信息 看 地理 置信息匹配 的 S 信息 將 S 信息 封裝成 S 終端 各 0 用戶 和 用。 2所示 第 多媒休 各的 S 方法包 以下步驟 步驟S : 休需要在 S 各 20中 各地理 置信息 S 信息 同的映射 。 S 信息 于 成 S 的 各信息 例 止各 、 頻頻道、 播 同、 內容 等 般 同步等方式 儲存在 S 各 20中。 本 妳的地理 置信息 照地理區域 終 端 各 0 所在地 區域 的唯 杯 例 各 城市或地區的 長途 、 編碼 由于中固 等 管 能 地理區域 小于 編碼的區域編碼 因 地理 置信息 仟地理區域 相 的區域編碼中的至少 或 照 休需要 各 區域的地 理 置信息。 各地理 置信息 S 信息 同的映射Step S: storing, in the S, each of the geographical information packets, the step of storing the geographical information, and storing, by each of the S-messages of the S-messages of the other terminals that are not in the same The S information in the same information as the S information is matched with the S information. The S packets are periodically stored in the geographic information stored in the update information. Step the geographic location information long distance or. The CPU or the SCe of the present invention provides a multi-media S-packet terminal and each of the S-terminals in the S-S message to the S-S message. The S packets are received in the S message, and the S message is extracted from the S message, and the geographic information set in the S matching S matching is mapped to the root information. The information of the geographic information S is matched with the mapping of the S information S encapsulated by the S information encapsulated into SS for each of the terminals of the S. The step booklet is configured to extract the information extracted from the S message, and extract the terminal information, and the geographic information set in the terminal information of the terminal information is taken. The step is to store the described geographic information, and the S message of each terminal of the terminal that is determined by the S is not satisfied with the stored geographic information to the S match. This article mentions the S packages. Receiving, in the S message, not in the S message, the S-message of the terminal is extracted from the S-message, and the S-S message is extracted from the S-message. The geographic information S is the same as the geographic information S of the root. The information matching the S information S is encapsulated in the S information encapsulated into SS for each of the S terminals. The beneficial result of this is that the S method and the system of the multi-media are based on the S-go method of each user, and the users are more profitable and higher. Each of the S-multi-mode terminals in each location has increased the rate. The S method of the multimedia media of Mingliben is shown as the S method of the multi-media of each of the two methods. The rest of the method is the same as the S method of the multi-media. Each S system. Mode 5 The above description is mainly used for the S-zone of the S-region of the word multi-media, each of the terminals, the palm, the palm, and the like. Each of the 0-to-S 20S S messages, each 20 S message, extracts the geographic location of the direct query of the terminal 0. The information or the geographical information of each of the 30 sets of information to match the S information of the geographical information matching S information is encapsulated into S terminals and 0 users. The S method package of the first multi-media is shown in the following step S: The rest needs to have the same mapping of the information S information in each of the S 20s. The S information is stored in the S 20 in a manner similar to each of the information of the S, the frequency channel, the broadcast, the content, and the like. The geographic location information of the local area is the long-distance of each city or region in the area where the terminal of each geographic location is 0. The coding is because the geographical area of the medium-solid energy is smaller than the coded area code. At least or the rest of the time requires geographic information for each area. The same mapping of geographic information S information
S 各 20 地理 置信息查詢得到 的 或者多 S 信息。 步驟S 02: S 各 20 收未自終端 各 的 S 消息 S 消息 了終端 各 0所在地通 的 S each 20 geographical information information query or multi-S information. Step S 02: S each 20 receives the S message from the terminal, and the S message is sent to the terminal.
C ewo C 編碼)和/或通 的 SCe aseb d g a S se 字子系 小 編碼) 或者 的其 。 步驟S 03: S 各 20 人得 S 消息中提取  C ewo C code) and / or pass SCe aseb d g a S se word system small code) or its. Step S 03: S each 20 people get the S message to extract
的地理 置信息 S 各 20 的地理 置信息包 多 方式 例 S 各 20中預先存儲了各 均地理 置信息 同的映射 因 映射 中直 查詢提取的 的 地理 置信息 S 各 20 向定 各 30 的地理 置信息。 步驟S 04: S 各 20查詢 的各地理 置信息 S 信息 同的映射 『 的 的地理 置信息 S 信息 同 的映射 匹配 的 S 信息。 步驟S 05: S 各 20將 的 S 信息封裝成 S 即將各 匹配的 信息 得到 格式的 S 將 S 提出 S 消息的終端 各 0 用戶 終端 各 0 S 例 查看各 各的資料、 頻頻道和市 羊、 格表、 和 格表中的 項或者多項 各 以 登汞 克阿 等。 步驟S 06 結束。 3所示 第 多媒休 各的 S 方法中 S 各20借助于 終端 各 0 區域 定 的定 各 30 的 地理 置信息。 S 各 20預先 各地理 置信息 S 信息 同的映射 休 包 以下步驟 步驟 S20 : 終端 各 0 其所在地通信 的 和終端信息 向 S 各 20 S 消息 終端信息 終端 各 0的手札 、 信息和 S 固仟 功用戶 別碼 e a o a ob eS bsc be de )等 定 各 30 終端信息得 終端 各 0 的區 域。 步驟S202: S 各 20 收 S 消息 中提取終端 各 0 所在地通 的 以 終端信息。 步驟S203: S 各 20向定 各 30 終端信息的地理 置信息 消息。 步驟S204: S 各 20 收定 各 30 終端信息所 的 的地理 置信息。 步驟S205: S 各 20 定 各 30 的 的地理 置信息 S 信息 同的映射 匹配 的 S 信息。 步 驟中 由于不同的終端 各 0 能 于同 匹 是 不同的終端 各 0 能 同 的 因 了提高止各 率 S 各 20 定 各 30 的地理 置信息 存儲 S 各 20 收未自 同 阿 的其 終端 各 的 S 消息 再次利用 地理 置信息而不必 向定 各 30 即直 通 存儲的 的地理 置信息 在 的各地理 置信息 S 信息 同的映射 而匹配 的 S 信息。 步 了提高信息的 S 各 20 定期向定 各 30 的地理 置信息 而更新存儲 的地理 置信息 例 或者 介更新周期。 步驟S206: S 各 20 S 信息封裝成 S 將 S 終端 各 0 步驟S207:流程結束。 4所示 本 提 了 字多媒休 各的 S 系 包 終端 各 和 S 各 20 其中 終端 各 0 于向 S 各 20 S 消息 S 消息 終端 各 0 所在地通 的 例 CGeographical information S each 20 geographical information packet multi-modal example S each 20 pre-stored the same geographical information of the same mapping. The geographic information extracted by the direct query in the mapping S 20 each set 30 geographical Set the information. Step S 04: S each of the 20 geographical information S information The same mapping "the geographic information S information of the same mapping matches the S information. Step S 05: S each 20 encapsulates the S information into S, that is, the information of each matched information is obtained in the form of S, and the terminal that proposes the S message, each of the 0 user terminals, each of the 0 S instances, views each data, frequency channel, and city sheep, The items in the grid table, the grid table, or the items in the grid table are the same as the mercury. Step S 06 ends. In the S method of the first multi-media, each of the S methods 20 determines the geographical information of each 30 by means of each 0 area of the terminal. S each 20 pre-positional information S information mapping the same package as the following steps S20: terminal 0 each location communication and terminal information to S 20 S message terminal information terminal 0 each hand, information and S solid work The user code eaoa ob eS bsc be de ) is used to determine the area of each terminal of each 30 terminal information. Step S202: The S each 20 receives the S message, and extracts the terminal information of the location of each terminal of the terminal. Step S203: S each 20 sets a geographic information message of each 30 terminal information. Step S204: S each 20 collects the geographical information of each 30 terminal information. Step S205: S each 20 sets the geographic information S of each 30 to match the S information of the same mapping. In the step, each terminal can be different from each other. Each terminal can be the same. Each of the terminals can be improved by the same rate. Each of the 20 sets each of the 30 geographical information storage S 20 each receives its own terminal. S The message again utilizes the geographic information without having to match the S information of the mapping of the geographic information S of the geographic information stored in each of the 30 directly stored information. The S 20s that have improved the information periodically update the stored geographic information information or update the update period by setting the geographic information of each 30. Step S206: S each 20 S information is encapsulated into S. Each of the S terminals is 0. Step S207: The process ends. 4 shows the S-packet terminal of each of the words and the S-series of each of the S-series 20, each of which has a terminal 0, and each of the 20 S S messages of each S S message terminal
Wo 和/或通 的 SCe 等。 S 各 20包 收 2 、 信息提取 22、 定 23 S 匹配 24 S 封裝模 25和 S 26 其中 收 2 于 收未自終端 各 的 S 消息。 信息提取 22 于 收 2 得到的 S 消息中提取 消息 帶的終端 各 0所在地通 的 。 定 23 于 的地理 置信息 提 地理 置 信息 S 匹配 24。 定 23 取所述 的地理 置信息的 方法包 多 例 定 23 中預先存儲了各 均地理 置信息 同的映射 因 映射 中直 查詢提取的 的地理 置 信息 定 23 向定 各 30 的地理 置信息。 S 匹配 24中 各地理 置信息 S 信息 同的映射 于根 的 的地理 置信息 S 信息 同的映射 匹配 的 S 信息。 S 封裝模 25 于將 S 匹配 24匹配得到的 的 S 信息封裝成 格式的 S S 26 于將 S 封裝模 25封裝得到的 S 提出 S 消息的終端 各 0 用戶 或 用。 本系 包 定 各 30 未自終端 各 的 S 消息中 手札 、 等終端信息 定 23 終端信息 定 各 30中 的地理 置信息 即定 23向定 各 30 終端信息的地理 置信息 消息 定 各 30 終端信息 查詢 的長途 、 等地理 置信息至 定 23 另 方式中 核定 23 于 定 各 30 的 的地理 置信息 S 各 20 收未自 同 的 其 終端 各 的 S 消息 定 23 提 的 Wo and / or pass SCe and so on. S each 20 packets received 2, information extraction 22, fixed 23 S matching 24 S package modulo 25 and S 26 which receive 2 S messages from the terminal. The information extraction 22 extracts the S-message of the received message from the terminal of each of the terminals of the message strip. Set the geographic information to the geographic information S to match 24. The method for taking the geographical information is described in the example 23, and the mapping of each geographic information is pre-stored. The geographic information obtained by the direct query in the mapping is fixed to the geographic information of each 30. The S matching 24 information of each geographic information S is the same as the mapping information of the root of the geographic information S information. The S-packet modulo 25 encapsulates the S information obtained by matching the S-match 24 into a format of the SS 26 for the S-packet modulo 25 to encapsulate the S-present S-message for each user. This department includes 30 pieces of S-messages from the terminal, such as handwritten messages, and other terminal information. 23 Terminal information is set to the geographic information in each of the 30, and the geographic information message of each 30 terminal information is fixed. The long-distance information of the inquiry, the geographical information of the inquiry is fixed to 23, and the other method is approved. 23 The geographic information of each 30 is determined to be received by the S-message of each terminal.
的地理 置信息至 S 匹配 24 其直 利用 的 的 地理 置信息 的映射 中匹配 的 S 信息。 步 定 23 定期 定 各 30 的地理 置信息 更新 有 地保 了 各的 。 本 用戶提 了 照不同 的 S 神 方式  The geographic set information to the S match 24 matches the S information in the map of its directly used geographic information. Step 23 Regularly set the geographical information of each 30 to be updated. This user has taken a different S God way.
用戶提 更 利、 高 的 各 增強了終端 各 S 各 20 的 步滿 用戶 于多媒休 各的多 、 性 的需求。  The user's more profitable and high-strength enhances the demand for the multi-media and multi-media of the user's step.
以 內容是結 休的 方式 本 所作的 步  The content is the way to do the rest of the steps
不能 本 的 休 只局 于 。 于本 木領域的 普通 木 未 在不 本 的前提下 以 出若干 羊 或替換 都 力 于本 的保 。 Can't take this break only. Ordinary wood in the field of wood has not been replaced by a number of sheep or replacements.

Claims

要 求 多媒休 各的屯子 各指南 S 方法 其特 在于 包 在 S 各器中 各 地理 置信息 S 信息 同的 映射  It is required to use the dice of each media. Each guide S method is characterized by the same mapping of the information of the S information in the S devices.
所述 S 各 收未自終端 各的 S 消息 其中 所 述 S 消息 所述終端 各所在地通 的  The S receives the S message from the terminal, where the S message is in the location of the terminal
所述 S 各 所述 S 消息中提取所述  Extracting the S in the S message
取所述 的地理 置信息  Take the geographical information
所述 S 各 的所述地理 置信息 所述 S 信息 同的映射 匹配 S 信息  The geographical information of the S, the S information, the same mapping, matching S information
所述 S 各 將所述 S 信息封裝成 S 將所述 S 所述終端 各。 要求 所述的方法 其特 在于 包  Each of the Ss encapsulates the S information into S, and each of the terminals of the S. The method described is characterized by
所述 S 消息 所述終端 各的終端信息  The S message, the terminal information of each terminal
所述 S 各 取所述 的地理 置信息的方式 S 各 所述 S 消息中提取所述終端信息 所述終 端信息 定 各器中 取所述 的地理 置信息。 要求2所述的方法 其特 在于 所述終端信息包 以下至 少 手札寺 、 信息和固仟 功用戶 S 。 要求2所述的方法 其特 在于 在所述 S 各 取所 述 的地理 置信息 包  The manner in which the S takes the geographical information. The S information in the S message is extracted from the terminal information, and the geographical information is taken in each device. The method of claim 2 is characterized in that the terminal information packet is below at least a handwritten temple, information and a solid user S. The method of claim 2 is characterized in that the geographical information packet is obtained in each of the S
存儲所述 的地理 置信息  Store the geographic information described
所述 S 各 收未自 同 的其它終端 各的 所述 S 消息 通 存儲的 的地理 置信息 在所述 各 地理 置信息 所述 S 信息 同的映射 中匹配所 述 S 信息。 5 要求4所述的方法 其特 在于 包 所述 S 各 定期向所述定 各 所述 的地理 置信息 于更新 存儲在所述 的地理 置信息。 The geographic information stored by the S-message of each of the other terminals that are not identical to each other is matched with the S information in the same mapping of the S information of each geographic information. 5 The method of claim 4 is characterized in that the packet S is periodically stored in the geographic information stored in the geographic information.
6 要求 至5 中 項所述的方法 其特 在于 所述地理 置信息 長途 或 。 6 The method of claim 5 is characterized in that the geographical location information is long distance or .
7 要求 至5 中 項所述的方法 其特 在于 所述 7 The method of claim 5, wherein the method is
的 C ewo 或通 的 字子系 小 SCe  C ewo or Tong Zizi Xiao SCe
多媒休 各的屯子 各指南 S 系 包 終端 各和 S 各 其特 在于  Multi-media, each of the dice, each guide, the S-package terminal, and each of the S
所述終端 各 于向所述 S 各 S 消息 所述 S 消息 所述終端 各所在地通 的  The terminal is respectively connected to each location of the terminal of the S message to the S S message
所述 S 各 包  The S packages
晴求 收 于 收所述 S 消息  Clearly received the receipt of the S message
信息提取 于 所述 S 消息中提取所述  Extracting the information from the S message
定 于 取所述 的地理 置信息 提 所述 S 匹配 Determining the geographical location information to mention the S match
S 匹配 中 各地理 置信息 S 信息 同的映射 于根 的 的地理 置信息 S 信息 同 的映射 匹配 S 信息 In the S matching, each geographic information S information is mapped to the geographic information of the root. S information The same mapping Matches S information
S 封裝模 于將所述 S 信息封裝成 S S 于將所 S 所 終端 各 9 要求8所述的系 其特 在于  The S-package module encapsulates the S information into S S for the purpose of the S-terminal 9
所述 S 系 包 定 各  The S system includes each
所述信息提取 于 所述 S 消息中提取終端信息 所述定 于根 所述終端信息 所述定 各器中 取所述 的地理 置信息。 And extracting, by the S-message, the location information of the terminal information, and the location information determined by the terminal information.
0 要求 9所述的系 其特 在于 所述定 于存儲 所述 的 的地理 置信息 所述定 于 S 各 收未自 同 阿 的其 終端 各的 S 消息 提 所述存儲的 的地理 置信息至 S 匹配 。 0 The requirement described in claim 9 is that the storage is determined to be stored. The geographic information described in the S message is determined by the S message of each terminal of the S that is not self-contained, and the stored geographical information is matched to the S match.
屯子 各指南 S 各 其特 在于 包  Scorpions, each guide S, its special features
晴求 收 于 收未自終端 各的 S 消息 所述 S 消息 所述終端 各所在地通 的  Clearly received and received from the terminal S message, the S message, the terminal, the location of each terminal
信息提取 于 所述 S 消息中提取所述  Extracting the information from the S message
定 于 取所述 的地理 置信息 提 所述 S 匹配 Determining the geographical location information to mention the S match
S 匹配 中 各地理 置信息 S 信息 同的映射 于根 的 的地理 置信息 S 信息 同 的映射 匹配 的 S 信息 S matching in each geographic information S information is mapped to the root of the geographic information S information the same mapping matching S information
S 封裝模 于將所述 的 S 信息封裝成 S S 于將所述 S 所述終端 各。  The S-package module encapsulates the S information into S S for each of the terminals of the S.
PCT/CN2010/073731 2009-10-29 2010-06-09 Method, system and esg server for distributing esg of multimedia broadcast service WO2010145485A1 (en)

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