ίο 15 20 1255659 玖、發明說明： 【發明所屬之技術領域】 本^月疋有關於-種無線連線之方法，特別是指一種 可與移動裝置（M〇bUStation，MS，或稱行動台）主動連線之 方法。 【先前技術】 在、、罔IV、、、，罔路中，電腦與電腦間可以透過彼此的公用網 際網路協定（Publie Int⑽et prGtGe。卜Publie IP)位址來建立 連線。只要知道對方的IP位址，且對方至少有實作接收連 線的機制，例如飼服介面程式（Server socket)，即可完成主 動連接至對方的目的。 2方、在电彳5網路巾，手機要主動的與遠端連繫，除了 使用簡訊（Short Message Service，SMS)之外還可以使用 手機上網的方式以取得遠端的無線標記語言（WirelessΟο 15 20 1255659 玖, invention description: [Technical field of invention] This method has a method of wireless connection, especially a mobile device (M〇bUStation, MS, or mobile station) The method of active connection. [Prior Art] In the network, computer, and computer, the connection between the computer and the computer can be established through the public network protocol (Publie Int (10) et prGtGe. Pubi IP). As long as you know the IP address of the other party, and the other party has at least a mechanism to receive the connection, such as the Server socket, you can complete the connection to the other party. 2, in the eMule 5 network towel, the mobile phone should be actively connected to the remote, in addition to using the Short Message Service (SMS), you can also use the mobile phone to access the remote wireless markup language (Wireless)
Markup Language，WML)網頁。 手機上網基本上是透過整合封包無線通訊服務 Packet Radi0 Service，GpRS)或電路交換資料⑹咖 Wd Data ’ CSD)模式’而經由無線應用協定Markup Language, WML) web page. Mobile Internet access is basically through the integration of packet wireless communication services Packet Radi0 Service, GpRS) or circuit-switched data (6) coffee Wd Data ’ CSD) mode via wireless application protocol
Application Protocol，WAP、間洁哭作 μ WAP)閘迢裔與網際網路中的網頁伺 服器聯繫。 手機雖然可以取得在電信網路中的lp位址，可是手機 是移動手持裝置，理論上其位置是會隨時變動的，使得其 ΪΡ位址是非固定的。所以，甚I 士舌 ^ n右要主動地與手機聯繫，目前 是採用簡訊的方式來達成。然而，簡 間。K戶、際上就是傳訊息 4 1255659 到手機上。若手機需要回應，則手機需再發另一簡訊給發 。札者。若要達到交握（Handshake)的目白勺，基本上就必須如 上所速，以簡訊的方式一來一往。此外’簡訊更具有其它 缺點。簡訊之缺點如下。 首先，簡訊是非即時的。當發訊者發出簡訊後，不代 表收訊手機可以即時收到此簡訊。有可能一小時後，也有 y能好幾天後’此簡訊才會被收到。甚至，此簡訊也有可 能被忽略掉。 ίο 15 〜其次，簡訊之可傳輸的資料量較小。-般來說，-則 間訊只能容許約1 5 0位开知 ^ ^ 、、且’依其編碼相當於5〇〜75個中 文字。 再者，簡訊之資料内容僅限 外 方、文子。間訊的設計是以 傳达文子為主。若要傳送的 片 貝才+疋一進位（Binary)型式，則 使用簡訊會造成不可預期的錯誤。 、 因此’就欲達到主動盥手旛 資料，m U栻建立連線，進而即時傳輸 貝科，或疋有父握的行為而古，銬1 μ . . ° 間汛頒然極為不合適。因 此’有必要尋求解決之道。 【發明内容】 因此，本發明之目的， 動連崚之方本-T * 疋在k仏一種可與移動裝置主 動連，.泉之方法’可使移動裝 時的，可傳輸的資料量大小不=心而間的讯息傳送為即 型態亦不需限於文字，而可為二進位型式。傳知貝科的 於是，本發明可與移動 u^^ . . x置主動連線之方法，包含下 列步驟。百先，提供一具有— 匕各r 5 "面程式（Server Socket) 20 1255659 之移動裝置。接著，藉由該伺服介面程式 程式單元主動與該移動裝置建立連線。 ~應用 【實施方式】 有關本發明之前述及其他技術内容、特點 以下配合參考圖式之二較#^ 在 楚的明白。 —車乂“知例的詳細說明中，將可清 "本發明可與移動褒置主動連線之方法包含以下 if ’ ^供^移動裝置（如手機），其中該移動裝置中實作有 、’用路ip柯服介面程式。然後，藉由該伺服介 移動裳置可接收式遺 或服務。 4置所主動傳輸的資料 蒼閱圖1 ’本發明之一望_ ^ 較4貫施例是於一電作網路 1中做端對端（End T〇 End)的傳輸 一移動” ” ”得知機制。該電信網路！包括 定(It衣、—客戶端應用程式單元仏―網際網路協 (酬’ IP)位址管理程式單元13，及—IP位 址/移動裝置整八服欠 D. .t】M 服矛力數位網路⑽^grated Services D]g】ta】 Netw〇rk，廳助叫號碼映射表η。 ㈣置U中貫作有词服介面程式U1。伺服介面 =⑴的作用在於接收介面程式連線（^以。瞭c— 貝讯，並完成需求工作。該客戶端應用程式單元】2為任 何欲與移動裝置】】建立連 早 為任 χ，At ,，^ ^ 各戶4，其必須在具有網路 ::裝置上執行’例如另-移動裳置、-飼服器，或一 =腦。…Μ理程式單…責管理移動裝置 位址。们P位址聰_號碼映射表Η負責儲存 1255659 P位址與對應之MSISDN號碼，因此可以根據MSISDN號 碼查詢取得相對應之IP位址。 該第一實施例之完整流程如以下所述。首先，如步驟b 5 所不，該移動裝置n向該ίρ位址管理程式單元13發出一 更新IP位址需求，並將一新ίρ位址傳給該ίρ位址管理程 式13。由於移動裝置u的Jp位址是非固定的，而唯一固 定不變的f娜咖號碼，因此為了之後其它具有客戶端Application Protocol, WAP, and 哭 哭 μ μ WAP) The Guardian is connected to the web server in the Internet. Although the mobile phone can obtain the lp address in the telecommunication network, the mobile phone is a mobile handheld device, and its position is theoretically changed at any time, so that its address is not fixed. Therefore, I have to actively contact the mobile phone right now, and it is currently achieved by means of a newsletter. However, Jane. K households, the message is 4 1255659 to the phone. If the phone needs to respond, the phone needs to send another message to send. The sage. To achieve the goal of Handshake, basically it must be as fast as possible, in the form of a newsletter. In addition, the newsletter has other shortcomings. The shortcomings of the newsletter are as follows. First of all, the newsletter is not instantaneous. When the sender sends a text message, the mobile phone can receive the newsletter immediately without representing the receiving mobile phone. It is possible that after an hour, there will be y after a few days. This newsletter will be received. Even this newsletter may be overlooked. Οο 15 〜 Second, the amount of data that can be transmitted by the newsletter is small. In general, - the inter-information can only allow about 150 to open the knowledge ^ ^ , and ' according to its code is equivalent to 5 ~ 75 Chinese characters. Furthermore, the information content of the newsletter is limited to foreign parties and texts. The design of the intercom is based on conveying the text. If you want to transfer the Binary type, then using the SMS will cause an unexpected error. Therefore, it is extremely inappropriate to establish a connection, and then to transmit the Beko, or the behavior of the father, and the 铐1 μ. Therefore, it is necessary to seek a solution. SUMMARY OF THE INVENTION Therefore, the object of the present invention is that the method of moving the link-T* 疋 can be actively connected with the mobile device, and the method of the spring can be used to move the loaded data amount. The message type that is not = heart is not limited to words, but can be binary type. Therefore, the present invention can be used to move the u^^ . . x active connection method, including the following steps. Hundreds of first, provide a mobile device with - r 5 "Server Socket 20 1255659. Then, the servo interface program unit actively establishes a connection with the mobile device. ~Applications [Embodiment] The foregoing and other technical contents and features of the present invention will be apparent from the following description. - The rut "in the detailed description of the known example, will be clear", the method of the present invention can be actively connected to the mobile device includes the following if ^ ^ ^ mobile device (such as a mobile phone), wherein the mobile device has , 'Using the ip Ke service interface program. Then, through the servo media, the mobile device can receive the legacy or service. 4 The information of the active transmission is shown in Figure 1. 'One of the inventions _ ^ More than four examples It is an end-to-end (End T〇End) transmission in a circuit 1 that learns the mechanism. The telecommunications network! Including (It clothing, - client application unit 仏 - Internet Protocol (IP) address management program unit 13, and - IP address / mobile device, eight services owed D. .t] M service spear Force digital network (10) ^grated Services D]g] ta] Netw〇rk, hall help number mapping table η. (4) Set U in the word service interface program U1. Servo interface = (1) role in the receiving interface program connection (^以.c—BaiXun, and complete the demand work. The client application unit] 2 is for any mobile device to be established as a mobile device, At, , ^ ^ each household 4, which must be With network:: on the device to perform 'for example, another - mobile skirt, - feeding device, or a = brain. ... processing program list ... responsible for managing the mobile device address. We P address Skon _ number mapping table Η responsible The 1255659 P address and the corresponding MSISDN number are stored, so that the corresponding IP address can be obtained according to the MSISDN number query. The complete process of the first embodiment is as follows. First, as in step b5, the mobile device n sends an updated IP address request to the ίρ address management program unit 13, and will ίρ address passed to the address management procedures ίρ mobile device 13. As a result of formula Jp address u is unfixed, the only fixed constant f number Na coffee, and therefore after the other to a client having
^ 弋單元12之各戶端可以利用移動裝置11之MSISDN 10 號碼來查詢取得對應的Ip位址以建立連線，當移動裝置n 上網取得❶位址，或IP位址有變更時，都必須進行此更新 IP位址之動作。 接著’如步驟c所示，該IP位址管理程式單元13將該 新IP位址更新至該IP位址/MSISDN號碼映射I Μ中。 15 接著’如步驟d所示，當客戶端應用程式單元12需要 Ί夕動#置11建立連線時，由於客戶端應用程式單元η知 道移動裝置U的聰咖號碼，但不知道其1?位址為何 节因此客戶端應用程式單幻2湘移«置U的MSISDN 说碼向IP位址管理程式單元13發出—查詢IP位址需求。 20 接著^如步驟e所示，當IP位址管理程式單元13接收 上述查η旬IP位址需求時，便根據MSI咖Μ ^ ^ /聽咖號碼映射表14中查詢並取得對應； ^SDN錢於IP位議仍關號碼映射表μ中並益對 應之ΠΜ4址，射Μ送錯誤訊息。 接著，如步驟f所示，當ΙΡ位址f理程式單元13從1? 7 1255659 位址/MSISDN號碼映射表14中杳％ π 一〇取侍MSISDN號碼所對 應之IP位址後，即將結果回傳給客 谷戶柒應用程式單元1 2。 然後，如步驟g所示，藉由杳詢 一 Ί所传之IP位址及移動 衣置11内之伺服介面程式u j，古 4各戶端應用程式單元]2 可與該移動裝置11主動建立連後，— ^1 而元成連線後就可以依 而求進行資料傳輸或交換等動作。 參閱圖2，此外，該移動奘罢 一 牙夕勖衣置11與ip位址管理程式單 :"間之通訊程序如下所述。首先，如步驟bi所示，先 由該移動裝置11開啟介面程式， ,^ 式以由該移動裝置11主動建 抓- 早13間的連線。接著，如步驟 b2所不，移動裝置n將該更新 兩 π IP位址需求（即圖中IP—更 Λ求）、IP位址及璋號（P⑽)傳給ΠΜ立址管理程式單元 資料後二如料b3所示，IP位址管理程式單元13收到 貝科後回應更新IP位址之处 牛騍^ 之、、、。果（IP-更新—回應）。最後，如 y興b4所示，由該移動笋 、置11關閉；丨面程式以中斷連線， 而兀成更新IP位址之動作。 因此’由上述本發明楚 ^ 月弟一貫施例即可知本發明之方法 二山下後點。百先’因為具有客戶端應用程式單元12之 各戶端既與移動裝置u 動建立連線，任何訊息的傳送當 制而”广其次，可傳輸的資料量並不受限於連線機 :在於客戶端及移動裝置u二者的記憶體容量，所 本身並不會限制可傳輸量的大小。再者 =:::文字或二進位型式，都™發明之連 10 15 20 1255659 右：動I置11進-步具有定位功能，則其與外界服務 〜的乂換，除了簡訊之外，可藉由應用本發明而在移動 、置η内實作伺服介面程式的方式來完成。由於客 可能因為某此兩卡而7 /苔七丢t 而有 二而求而必須主動與具有定位功能的移動裝置^ Each unit of the unit 12 can use the MSISDN 10 number of the mobile device 11 to query and obtain the corresponding IP address to establish a connection. When the mobile device n obtains the address on the Internet, or the IP address changes, it must Perform this action to update the IP address. Then, as shown in step c, the IP address management program unit 13 updates the new IP address to the IP address/MSISDN number map I. 15 Then, as shown in step d, when the client application unit 12 needs to set up a connection, since the client application unit η knows the mobile phone number of the mobile device U, but does not know its 1? Why is the address so the client application is singularly spoofed? The MSISDN code of the U is sent to the IP address management program unit 13 to query the IP address requirement. 20 Then, as shown in step e, when the IP address management program unit 13 receives the above-mentioned IP address requirement, it queries and obtains the correspondence according to the MSI Μ^^/Call number mapping table 14; ^SDN Money in the IP position is still closed in the number mapping table μ and benefits corresponding to the 4 address, shooting error message. Then, as shown in step f, when the address f program unit 13 retrieves the IP address corresponding to the MSISDN number from 1? 7 1255659 address/MSISDN number mapping table 14 ,% π, the result is about Returned to the customer store, the application unit 1 2 . Then, as shown in step g, the ancient 4 client application unit 2 can be actively established with the mobile device 11 by querying the transmitted IP address and the servo interface program uj in the mobile device 11 After the connection, - ^1 and the Yuan into the connection, you can follow the action of data transmission or exchange. Referring to Fig. 2, in addition, the communication procedure of the mobile phone and the ip address management program list: " is as follows. First, as shown in step bi, the interface program is first opened by the mobile device 11, so that the mobile device 11 actively constructs a connection of 13 early. Then, as step b2 does not, the mobile device n transmits the updated two π IP address requirements (ie, the IP address in the figure), the IP address, and the nickname (P(10)) to the location management program unit data. As shown in the material b3, the IP address management program unit 13 receives the response to the updated IP address after receiving the Beko, and then, . Fruit (IP-Update-Response). Finally, as shown by yxing b4, the mobile shooter and set 11 are closed; the facet program interrupts the connection and becomes an action of updating the IP address. Therefore, the method of the present invention can be known from the above-described method of the present invention. Hundreds of 'because each client with the client application unit 12 is connected to the mobile device, and the transmission of any message is made "and the amount of data that can be transmitted is not limited to the connection: The memory capacity of both the client and the mobile device u does not limit the amount of transmission. In addition, the =::: text or binary type is connected to the TM invention. 10 15 20 1255659 Right: I set the 11-step with the positioning function, and the change with the external service~, in addition to the short message, can be accomplished by applying the present invention to implement the servo interface program in the mobile and the η. Maybe because of this two cards and 7 / moss seven lost t and there are two and must be active with mobile devices with positioning function
At 廷表示此移動裝f 11上必須實作伺服介面程式乂 此接收外界的連線。例如，此客戶端若為-定位祠服裝置 “人追知挪動裝置11之位置，則此時此定位飼服I 曾先與該移動裝置11建立連線，然後再做訊息的交握/ 參閱圖3，木發明之_ u 較锃貫施例可使該移動袭置 ’、’、 至基地台16)取得一網際網路2(以一骨幹 t電信網路1連接）所主動提供之服務。在如圖所示之系統 牙夕動裝置11内提供伺服介面程式（如前述圖i第一杳^ 加勺们服；丨面以lu)之連線機制。由於習知電信網路 二構下’、终端裝置（End Device，如移動裝置u)並沒有一對 :的©定IP位址’因此網際網路上的所有裝置並沒有辦法 子取此習知電信網路下的手機或其它裝置。於《，在該第 :較佳實施例中’於電信網路1内提供-間道器15來維護 电k網路1内外之網路通訊。 該閘道器15内同樣需實作一 Ip位址管理程式單元⑸ ΓΙΡ位址細SDN號碼映射表152。因此，藉由ΠΜ立址 2程式單元⑸及IP位址細SDN號碼映射表152將移 /置11之MSISDN號碼轉換為Ip位址並建立路徑，使 其一::、罔路2上具有各戶端應用程式單元21之個人電腦或 ”匕衣置可以透過此介面對於電信網路！内的移動装置川 ίο 15 20 1255659 士手機或其它裳置）主動地提供所需的資訊或服務。 參，圖4,該移動裴置]]、客戶端應用程式單元21， 及閘逼器15三者間之詳細通訊程序如下所述。首先，如步 驟1所示，由該客戶端應用程式單開啟介面程式，藉 、/客戶應用程式單兀2 i主動建立與該閘道器1 5間 的連線。 y ’如步驟』所示’該客戶端應用程式單元Μ將該 夕、置11之贿咖號碼傳送給閘道器15,之後該閘道 根據該MSISDN料查詢取得㈣應之該移動裝置 11之IP位址。 接著，如步驟k所千，4 pg、、， 私、6玄閘運器' 15根據查詢所得之IP 位址來開啟介面程式，藉 動裝置η間的連線。 ““主動建立與該移 4』4然後，如步驟1所示，該客戶端應㈣式單元21將資 料封包傳給該間道器15 〗早兀將貝 15再將客戶端岸用… 驟m所示，該閉道器 丁令广細應用私式早兀21傳央沾糾士 _欠丨丨 移動裝置u。 傳來的所有-貝料封包轉給該 :著;如步驟n所示，由該客戶端應用 閉"面転式以結束與閘道器 兀 所示，# p _ θ連線。最後，如步驟ο 所不孩閘暹态15亦關閉介面 / Ή 之連線。 面私式以結束與移動裝置U間 參閱圖5，本發明之_第二 電信網路4中，可使移動裝置^ ^例疋貝作於一全抒 Peer , P2P)的傳輸，其中該全 丄可進仃點對點（Peer 丁〇 兒h網路4例如可為第三 】〇 1255659 代（Thu’d Generatl〇n，3G)電信網路或通用行動電作孚统 (UniVerSaI M〇MI Te】_]_lcat刚s System ’ UMTS)電信 、罔路由方；在全電信網路4中的每個裝置都有—固定π 位m當移動裝置41内進—步實錢服介面程式（如前 述圖】第-實施例中特服介面程式⑴）之連線機制時， 矛夕力衣置41便可以提供許多p2p的服務，例如播案的交換 以及影音的傳輸等。亦即，該移動裝置41(無線連接至—基 地台46)可取得網際網路2(以—骨幹5與電信網路4連 ίο 中的^戶端應用程式單元21所主動提供之服務。 、、知納上迷，利用本發明之可與移動裝置主動連線之方 法可使私動農置與具有客戶端應用程式單元之客戶端 的訊息傳送為即時的，可傳輸的資料量大小不: :且傳輸資料的型態亦不需限於文字，而可為二進位型= 15 隹、上所述者，僅為本發明之較佳實施例而已，當 能以此限定本發明者卜 田个 範圍及發明說明書 月寻引 曰円谷所作之間早的等效變化與修飾，皆 應仍屬本發料㈣蓋之範圍内。 【圖式簡單說明】 回 疋木構圖，說明可用以實施本發明可與移動|士 ^動連線之方法之_[較佳實施例之—電信網； 構； 、木 圖2是—通訊程序圖，說明該較佳實施 置及一π位址管理程式單元間之通訊程序； 夕動衣 20 1255659 圖 3 3 疋一架構圖，說明 一 置主動連線之方 ^ ϋ用以實施本發明可與移動裝 架構； 之$ —較佳實施例之另—電信網路之 圖 4 是一、 戶端應用程弋π #序圖’兄明該第二較佳實施例中一客 序；及式早元、-問道器，及該移動裝置間之通訊: 圖5是一牟 m二 木構圖，說明可用以實施本發昍π t 第三較佳實施例之再 置主動連線之方法一 不心明可與移動裝 架構。 之 電信網路 10At Ting said that the mobile device f 11 must implement a servo interface program to receive the connection from the outside world. For example, if the client is the location device, the location of the mobile device 11 is first connected to the mobile device 11 and then the message is handed over. Figure 3, the invention of the wood _ u more than the implementation of the example can make the mobile attack ', ', to the base station 16) to obtain an Internet 2 (connected by a backbone t telecommunications network 1) proactive services In the system as shown in the figure, the servo interface program (such as the first 杳 ^ 勺 们 丨; 丨 以 丨 丨 丨 丨 丨 丨 丨 。 。 。 。 。 。 。 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于', End Device (such as mobile device u) does not have a pair of: © fixed IP address 'so all devices on the Internet have no way to get the mobile phone or other device under this traditional telecommunication network In the "the preferred embodiment", the inter-channel device 15 is provided in the telecommunication network 1 to maintain network communication inside and outside the electric k network 1. The gateway 15 also needs to be implemented in the same. Ip address management program unit (5) ΓΙΡ address fine SDN number mapping table 152. Therefore, by the address 2 program unit (5) and the IP address fine SDN number mapping table 152 converts the MSISDN number of the shift/set 11 to the IP address and establishes a path to make a personal computer of each of the client application units 21 on the road: "The clothes can be accessed through this interface for the telecommunications network! The mobile device inside the river ίο 15 20 1255659 mobile phone or other skirts actively provide the required information or services. The detailed communication procedure between the mobile device, the client application unit 21, and the shutter 15 is as follows. First, as shown in step 1, the client application program opens the interface program, and the / client application unit 2i actively establishes a connection with the gateway device 15. y 'As shown in the step 』 'The client application unit transmits the bribe number of the eve, 11 to the gateway device 15, and then the gateway obtains (4) the mobile device 11 according to the MSISDN material query. IP address. Then, as in step k, the 4 pg, , , private, 6 semaphores '15 open the interface program according to the IP address obtained by the query, and the connection between the devices η is used. ""Proactively establish and move 4" 4 Then, as shown in step 1, the client should pass the data packet to the inter-channel device 15 in the (4)-type unit 21, and then use the client 15 to use the client again. m shows that the closed circuit device is used for the application of the private system. All the incoming-beauty packets are transferred to: :; as shown in step n, the client application closes the "face" to end the connection with the gateway ,, # p _ θ. Finally, as in step ο, the door is closed and the interface is closed. Referring to FIG. 5 between the end and the mobile device U, in the second telecommunication network 4 of the present invention, the mobile device can be transmitted to a full Peer, P2P), wherein the whole丄 仃 仃 ( (Peer 〇 〇 h 网路 网路 网路 网路 例如 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 _]_lcat just s System ' UMTS) telecommunications, 罔 routing party; each device in the entire telecommunications network 4 has - fixed π bit m when the mobile device 41 enters - step money machine interface program (as shown above When the connection mechanism of the special interface program (1) is used in the first embodiment, the spear device 41 can provide a lot of p2p services, such as the exchange of broadcasts and the transmission of video and audio, etc. That is, the mobile device 41. (Wireless connection to the base station 46) can obtain the services provided by the Internet 2 (the backbone application unit 21 of the backbone 5 and the telecommunications network 4). The method for actively connecting with a mobile device of the present invention can enable private mobile farms and client applications The message transmission of the client of the unit is instantaneous, and the amount of data that can be transmitted is not: : and the type of the transmitted data is not limited to text, but may be binary type = 15 隹, as described above, only the present invention In the preferred embodiment, the early equivalent change and modification between the inventors of the present invention and the invention specification month are all within the scope of the present invention (4). [Simplified description of the drawing] Back to the eucalyptus composition, the method for implementing the invention can be connected with the mobile device. [The preferred embodiment - the telecommunication network; the structure; the wooden picture 2 is the communication The program diagram illustrates the communication procedure between the preferred embodiment and a π-address management program unit; 夕衣衣20 1255659 Figure 3 3 架构 an architecture diagram illustrating a method of actively connecting the network to implement the present invention Figure 4 is a mobile terminal architecture; the other embodiment of the telecommunications network is a client application; 户 π #序图' brothers, a guest sequence in the second preferred embodiment; Early element, - ask, and communication between the mobile devices: Figure 5 is A method of modulating the active connection of the third preferred embodiment of the present invention is illustrated by a method of unrecognized mobile communication.
12 1255659 【圖式之主要元件代表符號說明】 1 電信網路 21 客戶端應用程式單元 11 移動裝置 3 骨幹 111 伺服介面程式 4 全IP電信網路 12 客戶端應用程式單元 41 移動裝置 13 IP位址管理程式單元 46 基地台 14 IP/MSISDN映射表 5 骨幹 15 閘道器 b〜g 步驟 151 IP位址管理程式單元 b 1 〜b4 步驟 152 IP/MSISDN映射表 IP 網際網路協定 16 基地台 MSISDN移動裝置整合服 2 網際網路 務數位網路 1312 1255659 [Description of main components of the diagram] 1 telecommunication network 21 client application unit 11 mobile device 3 backbone 111 servo interface program 4 all IP telecommunication network 12 client application unit 41 mobile device 13 IP address Management program unit 46 Base station 14 IP/MSISDN mapping table 5 Backbone 15 Gateway device b~g Step 151 IP address management program unit b 1 to b4 Step 152 IP/MSISDN mapping table IP Internet Protocol 16 Base station MSISDN mobile Device integration service 2 internet service digital network 13