201031144 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種無線網路架構、無線網路基地台及其通訊方 法。更詳細地說，本發明之無線網路架構、無線網路基地a 、’、 α及其 通訊方法根據一電子裝置與網際網路間之連線路徑，提供多失 讯服務。 【先前技術】 隨著科技的進步，人們對於通訊之要求也越來越高，除了對通 訊品質的要求，通訊之便利性也越來越受到重視。無線通訊具有 不需實體通訊網路佈線、機動性高等優點，因此近幾年具無線通 訊功能之行動產品，例如手機、筆記变電腦等等，也越來越受到 人們之青睞，成為消費型電子產品市場上之主流。 月少閱第1圖’其係為一傳統無線網路架構1，S包含，祠服器 網際網路13、—無線網路基地台15及-電子裝置17。無 線”罔路基地台15連線至崎網路13並提供電子裝置Π-連線服 務使電子裝置17可透過無線叫祕台15連線至罐網路13° 此時’伺服器11可透過網際網路13提供-資訊服務至電子裝置 由於無線網路基地台15及電子裝置η的訊號傳輸範園有限， 故電子裝置17所能活動的範圍有限。同時，絲透過另〆無線網 路基地台以擴大無線網路架構1，則需㈣繁_手動設定’因而 增加使用上的不便性。另—方面，無線網路架構！中，_器11 及無線網路基地台15皆僅知與其直接連線之設備，無從得知間接 201031144 連線之其他設備，因此傳統無線網路架構1所能提供之資訊服務 較為有限。 综上所述，如何透過增加無線網路基地台以延伸無線網路架 構，使整體無線網路架構的訊號傳輸範圍擴大，以增加電子裝置 上網的便利性，以及如何基於無線網路架構内之連線關係提供更 為多樣化的服務，為該領域之業者亟需解決之問題。 【發明内容】 φ 本發明之一目的在於提供一種無線網路架構。該無線網路架構 包含一第一無線網路基地台（Wireless LAN Access Point)、一第 二無線網路基地台及一伺服器。該第一無線網路基地台連線至一 網際網路，且具有一第一實體辨識碼及一第一網路識別碼。該第 二無線網路基地台具有一第二實體辨識碼及一與該第一網路識別 碼相同之第二網路識別碼。該第二無線網路基地台根據該第二網 路識別碼，自動搜尋到該第一無線網路基地台。於該第二無線網 路基地台搜尋到該第一無線網路基地台後，該第一無線網路基地 ® 台儲存該第二實體辨識碼，且該第二無線網路基地台儲存該第一 實體辨識碼，此外該第二無線網路基地台連線至該第一無線網路 基地台。藉此，一電子裝置透過該第二無線網路基地台及該第一 無線網路基地台連線至該網際網路。該第一無線網路基地台於該 電子裝置連線至該網際網路時，儲存該電子裝置之一實體辨識 碼。該伺服器連線至該網際網路，用以儲存該網際網路及該電子 裝置間之一連線路徑、產生一資訊服務以及透過該連線路徑傳送 該資訊服務至該電子裝置。 5 201031144 本發明之另一目的在於提供一種用於一無線網路架構之通訊方 法。該無線網路架構包含一第一無線網路基地台、一第二無線網 路基地台及一伺服器。該第一無線網路基地台及該伺服器分別連 線至一網際網路。該第一無線網路基地台具有一第一實體辨識碼 及一第一網路識別碼；該第二無線網路基地台具有一第二實體辨 識碼及一第二網路識別碼。該第一網路識別碼與該第二網路識別 碼相同。該方法包含下列步驟：（a)使該第二無線網路基地台根據 該第二網路識別碼，自動搜尋到該第一無線網路基地台；（b)於該 步驟(a)後，使該第二無線網路基地台儲存該第一實體辨識碼；（c) 於該步驟（a)後，使該第一無線網路基地台儲存該第二實體辨識 碼；（d)於該步驟(a)後，於該第二無線網路基地台及該第一無線網 路基地台間建立連線，俾一電子裝置透過該第二無線網路基地台 及該第一無線網路基地台連線至該網際網路；（e)使該第一無線網 路基地台及該第二無線網路基地台於該電子裝置連線至該網際網 路時，儲存該電子裝置之一實體辨識碼；（f)使該伺服器儲存該網 際網路及該電子裝置間之一連線路徑；（g)使該伺服器產生一資訊 服務；以及（h)使該伺服器透過該連線路徑傳送該資訊服務至該電 子裝置。 本發明之又一目的在於提供一種無線網路基地台，適用於一無 線網路架構。該無線網路架構包含該無線網路基地台及另一無線 網路基地台，其中該無線網路基地台與該另一無線網路基地台具 有相同之一網路識別碼。該無線網路基地台包含一通訊模組、一 處理模組及一儲存模組。該通訊模組連線至一網際網路，且用以 接收該另一無線網路基地台之一連線請求，該連線請求夾帶該網 201031144 路識別碼。該處理模組用以接受該連線請求，俾一電子裝置透過 該另一無線網路基地台及該通訊模組連線至該網際網路。該儲存 模組用以於該處理模組接受該連線請求後，立即儲存該另一無線 網路基地台之一實體辨識碼，且於該電子裝置連線至網際網路 時，儲存該電子裝置之一實體辨識碼。此外，該另一無線網路基 地台於該處理模組接受該連線請求後，儲存該無線網路基地台之 一實體辨識碼，且於該電子裝置連線至該網際網路時，儲存該電 子裝置之該實體辨識碼。 m 本發明之再一目的在於提供一種用於一無線網路基地台之一通 訊方法。一無線網路架構包含該無線網路基地台及另一無線網路 基地台，其中該無線網路基地台與該另一無線網路基地台具有相 同之一網路識別碼。該無線網路基地台連線至一網際網路。該通 訊方法包含下列步驟：（a)自該另一無線網路基地台接收一連線請 求，該連線請求夾帶該網路識別碼；（b)接受該另一無線網路基地 台之連線請求，俾一電子裝置透過該另一無線網路基地台及該無 φ 線網路基地台連線至該網際網路；（c)於接受該連線請求後，立即 儲存該另一無線網路基地台之一實體辨識碼；以及（d)於該電子裝 置連線至網際網路時，儲存該電子裝置之一實體辨識碼。其中， 該另一無線網路基地台於該無線網路基地台接受該連線請求後， 儲存該無線網路基地台之一實體辨識碼，且於該電子裝置連線至 該網際網路時，儲存該電子裝置之該實體辨識碼。 本發明之無線網路架構中，所有無線網路基地台需具有相同之 網路識別碼，未連線至網際網路之無線網路基地台可以透過該網 7 201031144 路識別碼自動搜尋到已連線至網際網路之無線網路基地台，再與 之建立連線。各該無線網路基地台具有各自之—實體辨識瑪各 無線網路基地台會儲存與自己連線之無線網路基地台之實體辨識 碼。所有無線網路基地台皆可提供一電子裝置連線至網際網路。 當電子裝置透過無線網路架構中之至少一無線網路基地台連線至 網際網路時，連線路徑上直接與網際網路連線之無線網路基地二 會儲存電子裝置之實體辨識碼。另一方面，伺服器亦會儲存電子 裝置之連線路徑’根據電子裝置與網際網路間之連線路徑提供一 資訊服務’再產生此資訊服務之一利益。 為讓本發明之上述目的、技術特徵、和優點能更明顯易懂，下 文係以較佳實施例、配合所附圖式進行詳細說明。 【實施方式】 本發明係提供一種無線網路架構及用於此無線網路架構之無線 網路基地台及通訊方法，本發明使電子裝置透過至少一無線網路 基地台連線至網際網路。相較於習知技術’本發明所提供之無線 網路架構中’直接與網際網路連線之無線網路基地台對其下行路 Θ 徑所包含之無線網路基地台及電子裝置有充分的了解。此外，無 線網絡架構中的一飼服器利用電子裝置與網際網路間之連線路 徑，傳送一資訊服務至電子裝置，並根據此連線路徑產生一利益。 透過本發明之無線網路架構，網際網路資訊服務所帶來的利益能 夠被合理地分配。 以下之實施例係用以舉例說明本發明内容，並非用以限制本發 明》需説明者，以下實施例及圖式中，與本發明無關之元件已省 8 201031144 略而未繪示，且囷式中各元件間之尺寸關係僅為求容易瞭解，非 用以限制實際比例。 清參閱第2A圖，其係為本發明之第—實施例之一無線網路架構 2之示意圖。無線網路架構2包含一伺服器21、一網際網路丨3、 一第一無線網路基地台23、一第二無線網路基地台25及一第一電 子裝置27。第一電子裝置27為具有無線上網協定功能之個人電 腦、筆e型電腦、手機或其他電子產品。第一無線網路基地台23 φ具有一第一網路識別碼及一第一實體辨識碼；第二無線網路基地 台25具有一第二網路識別碼及一第二實體辨識碼；第一電子裝置 27具有一實體識別碼《由第一網路識別碼與第二網路識別碼，其 它裝置可知第一無線網路基地台23及第二無線網路基地台25所 分別隸屬之無線網路。舉例而s ’第一網路識別碼可為第一無線 網路基地台23之一延伸服務識別碼（Extended Service set Identification ; ESSID )，且第二網路識別碼可為第二無線網路基地 台25之一延伸服務識別碼。 ® 於無線網路架構2中，第一網路識別碼與第二網路識別碼相同， 換言之，第一無線網路基地台23及第二無線網路基地台25使用 相同的通訊協定（protocol)’故二者間具有互相連線之能力。第 一實體辨識碼、第二實體辨識碼及第一電子裝置27之實體辨識碼 分別為第一無線網路基地台23、第二無線網路基地台25及電子裝 置27於網際網路13中的辨識碼。舉例而言，第一實體辨識碼可 為第一無線網路基地台23之網路實體位址（MAC address)，第二 實體辨識碼可為第二無線網路基地台25之網路實體位址，且電子 9 201031144 裝置27之實體辨識碼可為電子裝置27之網路實體位址。 於無線網路架構2中，第一無線網路基地台23連線至網際網路 13。第二無線網路基地台25則根據第二網路識別碼進行自動搜 尋。由於第一無線網路基地台23位於第二無線網路基地台25之 訊號範圍内，且第一網路識別碼與第二網路識別碼相同，故第二 無線網路基地台25能搜尋到第一無線網路基地台23。第二無線網 路基地台25自動搜尋到第一無線網路基地台23後，第二無線網 路基地台25儲存第一實體辨識碼，第一無線網路基地台23儲存 第二實體辨識碼，且第二無線網路基地台25連線至第一無線網路 基地台23。由於此時第二無線網路基地台25已連線至第一無線網 路基地台23,故可知第二無線網路基地台25可透過第一無線網路 基地台23連線至網際網路13。 若第一電子裝置27位於第二無線網路基地台25之訊號範圍 内，則第一電子裝置27搜尋到第二無線網路基地台25後，即可 透過第二無線網路基地台25及第一無線網路基地台23連線至網 際網路13。當第一電子裝置27連線至網際網路13時，第一無線 網路基地台23會儲存第一電子裝置27之實體辨識碼。 於無線網路架構2中，伺服器21連線至網際網路13。伺服器 21儲存第一電子裝置27與網際網路13間之第一連線路徑，舉例 而言，伺服器21可儲存第一連線路徑包含下行路徑（包含路徑 204、206、208)或/及上行路徑（包含路徑210、212、214)。於 其他實施態樣中，伺服器21亦可以其它方式儲存第一連線路徑， 例如儲存第一連線路徑包含第一無線網路基地台2 3及第二無線網 201031144 路基地台25。 之後，伺服器21透過自己與網際網路之路徑202及第一連線路 徑中的下行路徑（路徑204、206、208)傳送一第一資訊服務至第 一電子裝置27。舉例而言，第一資訊服務可為一廣告資訊、一軟 體服務等等。於傳送第一資訊服務至第一電子裝置27後，伺服器 21可產生此第一資訊服務一利益，表示透過無線網路架構2提供 第一資訊服務給第一電子裝置27所獲得之利益。由於伺服器21 _ 儲存第一連線路徑，因此伺服器21可進一步根據利益，計算第一 ❹ 連線路徑中之第一無線網路基地台23之一分配利益，以及計算第 一連線路徑中之第二無線網路基地台25之一分配利益。舉例而 言，伺服器21可由下列計算式計算第一無線網路基地台23之分 配利益及第二無線網路基地台25之分配利益：201031144 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a wireless network architecture, a wireless network base station, and a communication method thereof. In more detail, the wireless network architecture, wireless network base a, ', alpha, and its communication method of the present invention provide multiple loss of communication services based on a connection path between an electronic device and the Internet. [Prior Art] With the advancement of technology, people's requirements for communication are getting higher and higher. In addition to the requirements for communication quality, the convenience of communication has also received more and more attention. Wireless communication has the advantages of no need for physical communication network wiring and high mobility. Therefore, in recent years, mobile products with wireless communication functions, such as mobile phones and notebook computers, have become more and more popular among consumers and become consumer electronic products. The mainstream in the market. Referring to Figure 1 below, it is a conventional wireless network architecture 1, S comprising, a server network 13, a wireless network base station 15 and an electronic device 17. The wireless "network base station 15 is connected to the Saki network 13 and provides an electronic device. - The connection service enables the electronic device 17 to be connected to the tank network through the wireless terminal station 15 at this time. The Internet 13 provides information services to electronic devices. Since the wireless network base station 15 and the electronic device η have limited signal transmission range, the range of activities of the electronic device 17 is limited. At the same time, the wire passes through another wireless network base. In order to expand the wireless network architecture1, it is necessary to (4) complex_manually set 'and thus increase the inconvenience of use. On the other hand, the wireless network architecture!, the _11 and the wireless network base station 15 are only known Directly connected devices do not know the other devices connected indirectly to 201031144, so the traditional wireless network architecture 1 can provide limited information services. In summary, how to extend the wireless network by adding wireless network base stations The road architecture expands the signal transmission range of the overall wireless network architecture to increase the convenience of electronic devices to access the Internet, and how to provide more diverse based on the connection relationship within the wireless network architecture. Service is a problem that needs to be solved by those in the field. SUMMARY OF THE INVENTION One object of the present invention is to provide a wireless network architecture including a first wireless network base station (Wireless LAN Access Point) a second wireless network base station and a server. The first wireless network base station is connected to an internet network and has a first entity identification code and a first network identification code. The second wireless network base station has a second entity identification code and a second network identification code identical to the first network identifier. The second wireless network base station automatically according to the second network identifier Searching for the first wireless network base station. After the second wireless network base station searches for the first wireless network base station, the first wireless network base station stores the second entity identification code, and The second wireless network base station stores the first entity identification code, and the second wireless network base station is connected to the first wireless network base station. Thereby, an electronic device transmits the second wireless network Base station and the first The wireless network base station is connected to the Internet. The first wireless network base station stores a physical identification code of the electronic device when the electronic device is connected to the Internet. The server is connected to the server. The Internet is used to store a connection path between the Internet and the electronic device, generate an information service, and transmit the information service to the electronic device through the connection path. 5 201031144 Another object of the present invention The invention provides a communication method for a wireless network architecture, the wireless network architecture comprising a first wireless network base station, a second wireless network base station and a server. The first wireless network base station And the server is respectively connected to an internet network. The first wireless network base station has a first entity identification code and a first network identification code; the second wireless network base station has a second entity Identification code and a second network identification code. The first network identification code is the same as the second network identification code. The method includes the following steps: (a) causing the second wireless network base station to automatically search for the first wireless network base station according to the second network identifier; (b) after the step (a), Having the second wireless network base station store the first entity identification code; (c) after the step (a), causing the first wireless network base station to store the second entity identification code; (d) After the step (a), establishing a connection between the second wireless network base station and the first wireless network base station, the first electronic device passing through the second wireless network base station and the first wireless network base Connecting the Internet to the Internet; (e) causing the first wireless network base station and the second wireless network base station to store an entity of the electronic device when the electronic device is connected to the Internet An identification code; (f) causing the server to store a connection path between the Internet and the electronic device; (g) causing the server to generate an information service; and (h) causing the server to pass the connection The path transmits the information service to the electronic device. It is still another object of the present invention to provide a wireless network base station suitable for use in a wireless network architecture. The wireless network architecture includes the wireless network base station and another wireless network base station, wherein the wireless network base station has the same network identification code as the other wireless network base station. The wireless network base station includes a communication module, a processing module and a storage module. The communication module is connected to an internetwork and is configured to receive a connection request from the other wireless network base station, the connection request entraining the network 201031144 identification code. The processing module is configured to receive the connection request, and the first electronic device is connected to the Internet through the other wireless network base station and the communication module. The storage module is configured to store a physical identification code of the other wireless network base station immediately after the processing module accepts the connection request, and store the electronic device when the electronic device is connected to the Internet. One of the devices is an entity identification code. In addition, the other wireless network base station stores the entity identification code of the wireless network base station after the processing module accepts the connection request, and stores the electronic device when the electronic device is connected to the Internet. The entity identification code of the electronic device. It is still another object of the present invention to provide a communication method for a wireless network base station. A wireless network architecture includes the wireless network base station and another wireless network base station, wherein the wireless network base station has the same network identification code as the other wireless network base station. The wireless network base station is connected to an internet network. The communication method comprises the steps of: (a) receiving a connection request from the other wireless network base station, the connection request entraining the network identification code; and (b) accepting the connection of the other wireless network base station a line request, the first electronic device is connected to the internet through the other wireless network base station and the non-φ network base station; (c) immediately after receiving the connection request, storing the other wireless a physical identification code of the network base station; and (d) storing the physical identification code of the electronic device when the electronic device is connected to the Internet. The another wireless network base station stores the physical identification code of the wireless network base station after the wireless network base station accepts the connection request, and when the electronic device is connected to the Internet And storing the entity identification code of the electronic device. In the wireless network architecture of the present invention, all wireless network base stations need to have the same network identification code, and the wireless network base station not connected to the Internet can automatically search through the network 7 201031144 identification code. Connect to the Internet's wireless network base station and connect with it. Each of the wireless network base stations has its own physical identification. Each wireless network base station stores the physical identification code of the wireless network base station connected to itself. All wireless network base stations provide an electronic device to connect to the Internet. When the electronic device is connected to the Internet through at least one wireless network base station in the wireless network architecture, the wireless network base directly connected to the Internet on the connection path stores the physical identification code of the electronic device. . On the other hand, the server also stores the connection path of the electronic device 'providing an information service according to the connection path between the electronic device and the Internet' to generate one of the benefits of the information service. The above described objects, technical features, and advantages of the present invention will become more apparent from the following description. [Embodiment] The present invention provides a wireless network architecture and a wireless network base station and communication method for the wireless network architecture. The present invention enables an electronic device to connect to the Internet through at least one wireless network base station. . Compared with the prior art, the wireless network base station directly connected to the Internet in the wireless network architecture provided by the present invention has sufficient wireless network base stations and electronic devices included in its downlink path. Understanding. In addition, a feeder in the wireless network architecture utilizes a connection path between the electronic device and the Internet to transmit an information service to the electronic device and generate an interest based on the connection path. Through the wireless network architecture of the present invention, the benefits of Internet information services can be reasonably distributed. The following examples are intended to illustrate the contents of the present invention, and are not intended to limit the scope of the present invention. In the following embodiments and drawings, elements not related to the present invention have been omitted 8 201031144, and are not shown, and The dimensional relationship between the components in the formula is only for easy understanding and is not intended to limit the actual ratio. 2A is a schematic diagram of a wireless network architecture 2 of a first embodiment of the present invention. The wireless network architecture 2 includes a server 21, an internet network 3, a first wireless network base station 23, a second wireless network base station 25, and a first electronic device 27. The first electronic device 27 is a personal computer, a pen-type computer, a mobile phone or other electronic product having a wireless internet protocol function. The first wireless network base station 23 φ has a first network identifier and a first entity identifier; the second wireless network base station 25 has a second network identifier and a second entity identifier; An electronic device 27 has a physical identifier "by the first network identifier and the second network identifier, and the other devices know that the first wireless network base station 23 and the second wireless network base station 25 are respectively associated with the wireless network. For example, the first network identifier may be an extended service set identifier (ESSID) of the first wireless network base station 23, and the second network identifier may be a second wireless network base. One of the stations 25 extends the service identification code. In the wireless network architecture 2, the first network identifier is the same as the second network identifier. In other words, the first wireless network base station 23 and the second wireless network base station 25 use the same protocol (protocol). ) 'Therefore, the two have the ability to connect to each other. The first entity identification code, the second entity identification code, and the entity identification code of the first electronic device 27 are respectively the first wireless network base station 23, the second wireless network base station 25, and the electronic device 27 in the Internet 13. Identification code. For example, the first entity identification code may be a network entity address (MAC address) of the first wireless network base station 23, and the second entity identification code may be a network entity bit of the second wireless network base station 25. Address, and electronic 9 201031144 The entity identification code of device 27 can be the network entity address of electronic device 27. In the wireless network architecture 2, the first wireless network base station 23 is connected to the Internet 13. The second wireless network base station 25 then performs an automatic search based on the second network identification code. Since the first wireless network base station 23 is located in the signal range of the second wireless network base station 25, and the first network identifier is the same as the second network identifier, the second wireless network base station 25 can search. Go to the first wireless network base station 23. After the second wireless network base station 25 automatically searches for the first wireless network base station 23, the second wireless network base station 25 stores the first entity identification code, and the first wireless network base station 23 stores the second entity identification code. And the second wireless network base station 25 is connected to the first wireless network base station 23. Since the second wireless network base station 25 is connected to the first wireless network base station 23 at this time, it can be seen that the second wireless network base station 25 can be connected to the Internet through the first wireless network base station 23. 13. If the first electronic device 27 is located in the signal range of the second wireless network base station 25, the first electronic device 27 searches for the second wireless network base station 25, and then passes through the second wireless network base station 25 and The first wireless network base station 23 is connected to the Internet 13. When the first electronic device 27 is connected to the Internet 13, the first wireless network base station 23 stores the physical identification code of the first electronic device 27. In the wireless network architecture 2, the server 21 is connected to the Internet 13. The server 21 stores a first connection path between the first electronic device 27 and the Internet 13. For example, the server 21 can store the first connection path including a downlink path (including paths 204, 206, 208) or / And an uplink path (including paths 210, 212, 214). In other implementations, the server 21 may store the first connection path in other manners, for example, storing the first connection path including the first wireless network base station 23 and the second wireless network 201031144 road base station 25. Thereafter, the server 21 transmits a first information service to the first electronic device 27 through its own path to the Internet 202 and the downstream path (paths 204, 206, 208) in the first path. For example, the first information service can be an advertisement information, a software service, and the like. After transmitting the first information service to the first electronic device 27, the server 21 can generate the benefit of the first information service, indicating that the first information service is provided to the first electronic device 27 through the wireless network architecture 2. Since the server 21_ stores the first connection path, the server 21 can further calculate the distribution benefit of one of the first wireless network base stations 23 in the first 连 connection path according to the benefit, and calculate the first connection path. One of the second wireless network base stations 25 distributes the benefits. For example, the server 21 can calculate the distribution benefit of the first wireless network base station 23 and the distribution benefit of the second wireless network base station 25 by the following calculation formula:
Pn=P丁χη%， 其中，Ρτ表示伺服器21傳送第一資訊服務至第一電子裝置27後 所產生之利益，η代表無線網路基地台編號，η%代表第η無線網 ❹ 路基地台之分配比例，以及Ρη代表第η無線網路基地台之分配利 益。 舉例而言，第一資訊服務為一廣告資訊，且此廣告資訊之利益 為10元。因為伺服器21係透過第一無線網路基地台23及第二無 線網路基地台25 (亦即透過第一連線路徑）傳送廣告資訊至電子 裝置27後，故伺服器21設定第一無線網路基地台23之分配比例 為30%及第二無線網路基地台25之分配比例為70%。因此，伺服 器21可根據上述公式，計算第一無線網路基地台23之分配利益 11 201031144 為3元，且計算第二無線網路基地台25之分配利益為7元。再者’ 词服器2!可調整計算分配利益之方式及各基地台之分配比例’前 述數字僅用以例舉說明而已，並非用以限制本發明之範圍。 請參閱第2B圖，其係描繪第一無線網路基地台23之一實施態 樣之示意圖。第一無線網路基地台23包含一通訊模組231、一處 理模組233及一储存模組235。以下將進一步說明第一無線網路基 地台23與第二無線網路基地台25進行連線時之詳細運作。 第一無線網路基地台23係由通訊模組231進行各種與通訊有關 ® 之運作。具體而言，第一無線網路基地台23由通訊模組231連線 至網際網路I〗，•可透過通訊模組231接收其他無線網路基地台 之連線請求。當第二無線網路基地台25送出一包含第二網路識別 碼之連線請求時，第一無線網路基地台23係由通訊模組231依一 無線網路通訊協定接收此連線請求。於本實施例中，無線網路通 訊協定為無線分散系統（Wireless Distribution System ; WDS)標 準，於其他實施態樣中，通訊模組231可採用其他無線網路通訊 協定。處理模組233接受連線請求後，第一無線網路基地台23係 Θ 由通訊模組231透過網際網路13自伺服器21接收第一資訊服務， 且透過第—無線網路基地台25傳送第一資訊服務至電子裝置 27。此外，第一無線網路基地台23係由儲存模組235儲存第二無 線網路基地台25之實體辨識碼及第—電子裝置27之實體辨識碼。 需注意者’第-無線網路基地台23與第二無線網路基地台Μ 無線網路基地台係具有相同功能之無線網路基地台在本實施例 中第」及「第一」係用來區分第一無線網路基地台23與第 12 201031144 二無線網路基地台25於無線網路架構2中之位置。換言之’當第 二無線網路基地台25與第一無線網路基地台23之位置對調時， 亦能發揮同樣的效果。 此外’第一無線網路基地台23與第二無線網路基地台25亦可 與其他無線網路基地台（圖未繪出）或其他電子裝置（圖未繪出） 建立連線。伺服器21亦可記錄其他電子裝置與網際網路間13之 連線路徑’及傳送其他資訊服務至其他電子裝置，並於傳送其他 ^ 資訊服務後，產生其他服務資訊之利益，再計算各無線網路基地 台之於這些連線路徑中之各無線網路基地台之分配利益。 由上述可知’無線網路架構2中，直接與網際網路連線之第一 無線網路基地台23藉由儲存實體辨識碼可了解其下行路徑中所包 含的無線網路基地台（即第二無線網路基地台25 )及電子裝置（即 第一電子裝置27)。伺服器21則是儲存電子裝置（即第一電子裝 置27 )與網際網路13間之連線路徑（即第一連線路徑）。透過無 線網路架構2，伺服器21除了能提供多種不同的資訊服務予電子 ® 裝置’更記錄透過哪些無線網路基地台傳送資訊服務予電子裝 置，再將傳送資訊服務所帶來的利益作合理的分配。 本發明之第二實施例為一種用於無線網路架構之通訊方法，其 流程圖描繪於第3圖。第二實施例之方法係用以建立如第—實施 例之無線網路架構2，再利用無線網路架構2進行通訊。 首先，於步驟301中，使第二無線網路基地台25根據第二網路 識別碼，自動搜尋到第一無線網路基地台23 ^之後，於步驟3〇2 及303中，分別使第二無線網路基地台25儲存第一無線網路基地 13 201031144 台23之實體辨識碼，及使第一無線網路基地台23儲存第二無線 網路基地台25之第二實體辨識碼。於步驟304中，於第一無線網 路基地台23及第二無線網路基地台25間建立連線，之後即可提 供第一電子裝置27透過第一無線網路基地台23及第二無線網路 基地台25連線至網際網路13。 假設第一電子裝置27已連線至第二無線網路基地台25，亦即第 一電子裝置27已透過第一無線網路基地台23及第二無線網路基 地台25連線至網際網路13。接著，於步驟305中，使第一無線網 路基地台23及第二無線網路基地台25於第一電子裝置27連線至 網際網路13時，儲存第一電子裝置27之實體辨識碼。於步驟3〇6 中，使伺服器21儲存網際網路及第一電子裝置27間之第一連線 路徑。 接著’第二實施例於步驟307中，使伺服器產生第一資訊服務， 再於步驟308中，使伺服器透過第一連線路徑傳送第一資訊服務 至第一電子裝置27。之後執行步驟309中，使伺服器21產生該第 一資訊服務之一利益，並根據第一資訊服務之利益，計算第一連 線路徑中之第一無線網路基地台23之一分配利益以及第二無線網 路基地台25之一分配利益。 除了前述之步驟外，第二實施例亦能執行第一實施例之所有操 作及功能。所屬技術領域具有通常知識者可直接瞭解第二實施例 如何基於上述第一實施例以執行此等操作及功能，故不贅述。 本發明之第三實施例為第—實施例之無線網路架構2之延伸， 如第4圖所示。第三實施例之無線網路架構4除了包含第一實施 201031144 例所述之伺服器21、網際網路13、第一無線網路基地台23、第二 無線網路基地台25及第一電子裝置27外，更包含一第三無線網 路基地台41以及一第二電子裝置43。 第二無線網路基地台41具有一與第二網路識別碼相同之第三網 路識別碼，以及具一第三實體辨識碼。如同第一實施例所述，第 三網路識別碼可為第三無線網路基地台41之一延伸服務識別碼。 第二實體辨識碼為第三無線網路基地台41於網際網路13中的辨 φ識碼，舉例而言，第三實體辨識碼可為第三無線網路基地台41之 網路實體位址。同樣的，第二電子裝置43具有一實體辨識碼，此 實體辨識碼亦為第二電子裝置43於網際網路13中的辨識碼，可 為第一電子裝置43之網路實體位址。第二電子裝置43係具有無 線上網協定功能之個人電腦、筆記型電腦、手機或其他電子產品。 無線網路架構4中，伺服器21、網際網路13、第一無線網路基 地台23、第二無線網路基地台25及第一電子裝置27間之運作與 第一實施例相同，故不贅言’以下謹說明與第一實施例相異處。 第三無線網路基地台41根據第三網路識別碼進行自動搜尋。由 於第二無線網路基地台25位於第三無線網路基地台41之訊號範 圍内，且第二網路識別碼與第三網路識別碼相同，故第三無線網 路基地台41能搜尋到第二無線網路基地台25。第三無線網路基地 台41自動搜尋到第二無線網路基地台25後，第三無線網路基地 台41儲存第二實體辨識碼’第一無線網路基地台25儲存第三實 體辨識碼’且第三無線網路基地台41連線至第二無線網路基地台 25»由於此時第三無線網路基地台41已連線至第二無線網路基地 15 201031144 台25,故可知第三無線網路基地台41可透過第二無線網路基地台 25及第一無線網路基地台23連線至網際網路13。 若第二電子裝置43位於第三無線網路基地41之訊號範圍内， 則第二電子裝置43搜尋到第三無線網路基地台41後，即可透過 第三無線網路基地台41、第二無線網路基地台25及第一無線網路 基地台23連線至網際網路13。當第二電子裝置43連線至網際網 路13時，第一無線網路基地台23會儲存第二電子裝置43之實體 辨識碼。 伺服器21亦會儲存第二電子裝置43與網際網路13間之第二連 線路徑’舉例而言，伺服器21可儲存第二連線路徑包含下行路徑 (包含路徑204、206、402、404)或/及上行路徑（包含路徑406、 408、212、214)。於其他實施態樣中，伺服器21亦可以其它方式 儲存第二連線路徑’例如儲存第二連線路徑包含第一無線網路基 地台23、第二無線網路基地台25及第三無線網路基地台41。 之後’飼服器21透過自己與網際網路之路徑202及第二連線路 徑中的下行路徑（路徑202、204、402、404)傳送一第二資訊服 務至第一電子裝置43。於傳送第二資訊服務至第二電子裝置43 後’词服器21可產生此第二資訊服務之一利益，表示透過無線網 路架構4提供第二資訊服務給第二電子裝置43所獲得之利益。由 於飼服器21 f堵存第二連線路徑，因此祠服器21可進一步根據利 皿刀別什算第二連線路徑中之第一無線網路基地台23、第二無 線網路基地台25及第三無線網路基地台41之—分配利益。具體 之什算方式與第一實施例類似 ，故不贅言。 201031144 除了前述之功能及運作外，第三實施例亦能執行第一實施例之 所有操作及功能。所屬技術領域具有通常知識者可直接瞭解第三 實施例如何基於上述第~實施例以執行此等操作及功能故不費 述。 本發明之第四實施例為一種用於無線網路架構之通訊方法其 部份流程圖描繪於第5圖。第四實施例之方法係用以建立如第三 實施例之無線網路架構4，再利用無線網路架構4進行通訊。 φ 第四實施例先執行第3圖所描繪之步驟301至步驟309。接著， 於步驟501中，使第三無線網路基地台41根據第三網路辨別碼， 自動搜尋到第二無線網路基地台25。之後，於步驟502及步驟503 中’勿別使第二無線網路基地台41儲存第二無線網路基地台25 之第二實體辨識碼，以及使第二無線網路基地台25儲存第三無線 網路基地台41之第三實體辨識碼。本實施例於步驟5〇4中，於第 三無線網路基地台41及第二無線網路基地台25間建立連線，如 此即可提供第二電子裝置43透過第三無線網路基地台41、第二無 ®線網路基地台25及第一無線網路基地台23連線至網際網路13。 假設第二電子裝置43已連線至第三無線網路基地台41，亦即第 二電子裝置43已透過第一無線網路基地台23、第二無線網路基地 台25及第三無線網路基地台41連線至網際網路13。接著，於步 驟505中，使第一無線網路基地台23、第二無線網路基地台μ 及第三無線網路基地台41於第二電子裝置43連線至網際網路時 13，儲存第二電子裝置25之實體辨識碼。於步驟5〇6中，使伺服 器21儲存網際網路丨3及第二電子裝置43間之第二連線路徑。 17 201031144 本實施例接著執行步驟507,使伺服器21產生一第二資訊服 務’再執行步驟508，使伺服器21透過第二連線路徑傳送第二資 訊服務至第一電子裝置43。之後，於步驟509中，使伺服器21 於傳送第一資訊服務至第二電子裝置43後，產生第二廣告資訊之 利益’以及根據第二廣告資訊之利益，計算第二連線路徑中之第 一無線網路基地台23之一分配利益、第二無線網路基地台25之 一分配利益及第三無線網路基地台41之-分配似。除了前述之 步驟外’第@實施例亦能執行第三實施例之所有操作及功能。所 屬技術領域具有通常知識者可直接瞭解第 四實施例如何基於上述 第三實施例以執行此等操作及功能，故不贅述。 练上所述’本發明之無線網路架構中直接與網際網路連線之 無線網路基地台藉由儲存實體辨識碼可了解其下行路徑中所包含 的無線網路基地台及電子裝置。此外，伺服器儲存電子裝置與網 際網路間之連線路徑’藉此可將資訊服務傳送至電子裝置，並產 生傳送此資訊服務之利益。之後，伺服器將利益分配至連線路徑 上之無線網路基地台。據此，本發明於新增無線網路基地台以擴 大無線網路架構時，無線網路基地台間可自動搜尋並建立連線， 無須經過繁瑣的手動設定。此外，直接與網際網路連線之無線網 路基地台仍可得知其下行路徑中所包含的無線網路基地台及電子 裝置，並可公平合理地求得參與傳送資訊服務之無線網路基地台 應被分配到的利益。相較於習知無線網路架構以單一台無線網路 基地台來使電子裝置連線至網際網路，本發明顯然大幅擴大無線 網路架構之訊號傳輸範圍，並提供多樣化且便利的服務。 上述之實施例僅用來例舉本發明之實施態樣，以及闡釋本發明 201031144 之技術特徵，並非用來限制本發明之保護範疇。任何熟悉此技術 者可輕易完成之改變或均等性之安排均屬於本發明所主張之範 圍，本發明之權利保護範圍應以申請專利範圍為準。 【圖式簡單說明】 第1圖係描繪習知技術之無線網路架構之示意圖； 第2A圖係描繪第一實施例之無線網路架構之示意圖； 第2B圖係描繪第一實施例之第一無線網路基地台之示意圖； 第3圖係描繪第二實施例之通訊方法之流程圖； 第4圖係描繪第三實施例之無線網路架構之示意圖；以及 第5圖係描繪第四實施例之通訊方法之流程圖。 【主要元件符號說明】 1 ： 傳統無線網路架構 11 :伺服器 13 ： 網際網路 15 :無線網路基地台 17 ： 電子裝置 2:無線網路架構 21 ： 伺服器 23 :第一無線網路基地台 25 ： 第二無線網路基地台 27 :第一電子裝置 202 :路徑 204 :路徑 206 :路徑 208 :路徑 210 :路徑 212 :路徑 214 :路徑 216 :路徑 231 :通訊模組 233 :儲存模組 235 :處理模組 4:無線網路架構 19 201031144 41 :第三無線網路基地台 43 :第二電子裝置 402 :路徑 404 :路徑 408 :路徑 406 :路徑Pn=P丁χη%, where Ρτ represents the benefit generated by the server 21 after transmitting the first information service to the first electronic device 27, η represents the wireless network base station number, and η% represents the η wireless network ❹ road base The distribution ratio of Taiwan and Ρη represent the distribution benefits of the η wireless network base station. For example, the first information service is an advertisement information, and the benefit of the advertisement information is 10 yuan. Since the server 21 transmits the advertisement information to the electronic device 27 through the first wireless network base station 23 and the second wireless network base station 25 (that is, through the first connection path), the server 21 sets the first wireless. The allocation ratio of the network base station 23 is 30% and the distribution ratio of the second wireless network base station 25 is 70%. Therefore, the server 21 can calculate the distribution benefit 11 201031144 of the first wireless network base station 23 by 3 yuan according to the above formula, and calculate the distribution benefit of the second wireless network base station 25 to be 7 yuan. Furthermore, the word processor 2 can adjust the manner in which the distribution of benefits is calculated and the distribution ratio of each base station. The foregoing figures are for illustrative purposes only and are not intended to limit the scope of the invention. Referring to Figure 2B, a schematic diagram of one embodiment of the first wireless network base station 23 is depicted. The first wireless network base station 23 includes a communication module 231, a processing module 233, and a storage module 235. The detailed operation when the first wireless network base station 23 is connected to the second wireless network base station 25 will be further explained below. The first wireless network base station 23 is operated by the communication module 231 for various communication related ® operations. Specifically, the first wireless network base station 23 is connected to the Internet I by the communication module 231, and can receive the connection request of other wireless network base stations through the communication module 231. When the second wireless network base station 25 sends a connection request including the second network identifier, the first wireless network base station 23 receives the connection request by the communication module 231 according to a wireless network protocol. . In this embodiment, the wireless network communication protocol is a Wireless Distribution System (WDS) standard. In other implementations, the communication module 231 can adopt other wireless network communication protocols. After the processing module 233 accepts the connection request, the first wireless network base station 23 receives the first information service from the server 21 via the communication module 231 via the Internet interface 13, and transmits the first information service through the first wireless network base station 25. The first information service is transmitted to the electronic device 27. In addition, the first wireless network base station 23 stores the entity identification code of the second wireless network base station 25 and the entity identification code of the first electronic device 27 by the storage module 235. It should be noted that the 'the first wireless network base station 23 and the second wireless network base station Μ the wireless network base station have the same function of the wireless network base station in the present embodiment, the first and the first The location of the first wireless network base station 23 and the 12th 201031144 second wireless network base station 25 in the wireless network architecture 2 is distinguished. In other words, the same effect can be exerted when the position of the second wireless network base station 25 and the first wireless network base station 23 are reversed. In addition, the first wireless network base station 23 and the second wireless network base station 25 can also be connected to other wireless network base stations (not shown) or other electronic devices (not shown). The server 21 can also record the connection path between other electronic devices and the Internet 13 and transmit other information services to other electronic devices, and generate other service information benefits after transmitting other information services, and then calculate each wireless. The network base station distributes the benefits of each of the wireless network base stations in these connection paths. It can be seen from the above that in the wireless network architecture 2, the first wireless network base station 23 directly connected to the Internet can learn the wireless network base station included in the downlink path by storing the entity identification code (ie, 2. A wireless network base station 25) and an electronic device (ie, the first electronic device 27). The server 21 is a connection path between the storage electronic device (i.e., the first electronic device 27) and the Internet 13 (i.e., the first connection path). Through the wireless network architecture 2, the server 21 can provide a variety of different information services to the electronic device. It also records which wireless network base stations transmit information services to the electronic devices, and then transmits the benefits of the information service. Reasonable distribution. A second embodiment of the present invention is a communication method for a wireless network architecture, the flow chart of which is depicted in Figure 3. The method of the second embodiment is for establishing a wireless network architecture 2 as in the first embodiment, and then communicating using the wireless network architecture 2. First, in step 301, the second wireless network base station 25 automatically searches for the first wireless network base station 23^ according to the second network identification code, and then makes steps in steps 3〇2 and 303 respectively. The second wireless network base station 25 stores the physical identification code of the first wireless network base 13 201031144, and causes the first wireless network base station 23 to store the second entity identification code of the second wireless network base station 25. In step 304, a connection is established between the first wireless network base station 23 and the second wireless network base station 25, and then the first electronic device 27 is provided through the first wireless network base station 23 and the second wireless. The network base station 25 is connected to the Internet 13. It is assumed that the first electronic device 27 has been connected to the second wireless network base station 25, that is, the first electronic device 27 has been connected to the Internet through the first wireless network base station 23 and the second wireless network base station 25. Road 13. Next, in step 305, when the first wireless network base station 23 and the second wireless network base station 25 are connected to the Internet 13 at the first electronic device 27, the entity identification code of the first electronic device 27 is stored. . In step 3〇6, the server 21 is caused to store the first connection path between the Internet and the first electronic device 27. Next, in the second embodiment, in step 307, the server is caused to generate the first information service, and in step 308, the server is caused to transmit the first information service to the first electronic device 27 through the first connection path. Then, in step 309, the server 21 is caused to generate one of the benefits of the first information service, and according to the benefit of the first information service, calculate the distribution benefit of one of the first wireless network base stations 23 in the first connection path and One of the second wireless network base stations 25 distributes the benefits. In addition to the foregoing steps, the second embodiment can perform all of the operations and functions of the first embodiment. Those skilled in the art can directly understand how the second embodiment performs such operations and functions based on the above-described first embodiment, and therefore will not be described again. The third embodiment of the present invention is an extension of the wireless network architecture 2 of the first embodiment, as shown in FIG. The wireless network architecture 4 of the third embodiment includes the server 21, the Internet 13, the first wireless network base station 23, the second wireless network base station 25, and the first electronic unit as described in the first embodiment 201031144. The device 27 further includes a third wireless network base station 41 and a second electronic device 43. The second wireless network base station 41 has a third network identification code identical to the second network identification code and a third entity identification code. As described in the first embodiment, the third network identification code can extend the service identification code for one of the third wireless network base stations 41. The second entity identification code is the identification code of the third wireless network base station 41 in the Internet 13. For example, the third entity identification code may be the network entity bit of the third wireless network base station 41. site. Similarly, the second electronic device 43 has a physical identification code, which is also an identification code of the second electronic device 43 in the Internet 13, and may be a network entity address of the first electronic device 43. The second electronic device 43 is a personal computer, a notebook computer, a mobile phone or other electronic product having a wireless internet protocol function. In the wireless network architecture 4, the operation between the server 21, the Internet 13, the first wireless network base station 23, the second wireless network base station 25, and the first electronic device 27 is the same as that of the first embodiment. It goes without saying that 'the following description is different from the first embodiment. The third wireless network base station 41 performs automatic search based on the third network identification code. Since the second wireless network base station 25 is located in the signal range of the third wireless network base station 41, and the second network identifier is the same as the third network identifier, the third wireless network base station 41 can search. Go to the second wireless network base station 25. After the third wireless network base station 41 automatically searches for the second wireless network base station 25, the third wireless network base station 41 stores the second entity identification code. The first wireless network base station 25 stores the third entity identification code. 'And the third wireless network base station 41 is connected to the second wireless network base station 25». Since the third wireless network base station 41 is now connected to the second wireless network base 15 201031144, the station 25 is known. The third wireless network base station 41 can be connected to the Internet 13 through the second wireless network base station 25 and the first wireless network base station 23. If the second electronic device 43 is located in the signal range of the third wireless network base 41, the second electronic device 43 searches for the third wireless network base station 41, and then passes through the third wireless network base station 41, The second wireless network base station 25 and the first wireless network base station 23 are connected to the Internet 13. When the second electronic device 43 is connected to the Internet 13, the first wireless network base station 23 stores the physical identification code of the second electronic device 43. The server 21 also stores a second connection path between the second electronic device 43 and the Internet 13. For example, the server 21 can store the second connection path including the downlink path (including the paths 204, 206, 402, 404) or / and the uplink path (including paths 406, 408, 212, 214). In other implementations, the server 21 may store the second connection path in other manners. For example, the storage second connection path includes the first wireless network base station 23, the second wireless network base station 25, and the third wireless unit. Network base station 41. Thereafter, the feeder 21 transmits a second information service to the first electronic device 43 through its own path to the Internet 202 and the downstream path (paths 202, 204, 402, 404) in the second path. After transmitting the second information service to the second electronic device 43, the word processor 21 may generate one of the benefits of the second information service, indicating that the second information service is provided to the second electronic device 43 through the wireless network architecture 4. interest. Since the feeding device 21 f blocks the second connection path, the server 21 can further calculate the first wireless network base station 23 and the second wireless network base in the second connection path according to the tool The station 25 and the third wireless network base station 41 - allocate benefits. The specific calculation method is similar to that of the first embodiment, so it is not a rumor. 201031144 In addition to the foregoing functions and operations, the third embodiment can also perform all of the operations and functions of the first embodiment. Those skilled in the art can directly understand how the third embodiment is based on the above-described first embodiment to perform such operations and functions, and thus will not be described. A fourth embodiment of the present invention is a communication method for a wireless network architecture, a portion of which is depicted in Figure 5. The method of the fourth embodiment is for establishing a wireless network architecture 4 as in the third embodiment, and then communicating using the wireless network architecture 4. φ The fourth embodiment first performs steps 301 to 309 depicted in FIG. Next, in step 501, the third wireless network base station 41 is automatically searched for the second wireless network base station 25 according to the third network identification code. Then, in step 502 and step 503, 'Do not let the second wireless network base station 41 store the second entity identification code of the second wireless network base station 25, and cause the second wireless network base station 25 to store the third entity. The third entity identification code of the wireless network base station 41. In the embodiment, in step 5〇4, a connection is established between the third wireless network base station 41 and the second wireless network base station 25, so that the second electronic device 43 can be provided through the third wireless network base station. 41. The second wireless network base station 25 and the first wireless network base station 23 are connected to the Internet 13. It is assumed that the second electronic device 43 is connected to the third wireless network base station 41, that is, the second electronic device 43 has passed through the first wireless network base station 23, the second wireless network base station 25, and the third wireless network. The road base station 41 is connected to the Internet 13. Next, in step 505, the first wireless network base station 23, the second wireless network base station μ, and the third wireless network base station 41 are connected to the Internet when the second electronic device 43 is connected to the Internet 13 The entity identification code of the second electronic device 25. In step 5-6, the server 21 is caused to store the second connection path between the Internet port 3 and the second electronic device 43. 17 201031144 In this embodiment, step 507 is executed to enable the server 21 to generate a second information service, and then step 508 is executed to enable the server 21 to transmit the second information service to the first electronic device 43 through the second connection path. Then, in step 509, the server 21 is configured to generate the benefit of the second advertisement information after transmitting the first information service to the second electronic device 43, and calculate the second connection path according to the benefit of the second advertisement information. One of the first wireless network base stations 23 distributes the benefits, one of the second wireless network base stations 25 distributes the benefits, and the third wireless network base station 41 is assigned. In addition to the foregoing steps, the embodiment can also perform all of the operations and functions of the third embodiment. Those skilled in the art can directly understand how the fourth embodiment is based on the above-described third embodiment to perform such operations and functions, and therefore will not be described again. The wireless network base station directly connected to the Internet in the wireless network architecture of the present invention can learn the wireless network base stations and electronic devices included in the downlink path by storing the entity identification code. In addition, the server stores the connection path between the electronic device and the Internet, whereby the information service can be transmitted to the electronic device and the benefit of transmitting the information service is generated. The server then distributes the benefits to the wireless network base station on the connection path. Accordingly, the present invention can automatically search for and establish a connection between wireless network base stations when a wireless network base station is added to expand the wireless network architecture, without cumbersome manual setting. In addition, the wireless network base station directly connected to the Internet can still know the wireless network base stations and electronic devices included in the downlink path, and can obtain the wireless network participating in the transmission of information services fairly and reasonably. The base station should be assigned the benefits. Compared with the conventional wireless network architecture, a single wireless network base station is used to connect the electronic device to the Internet, and the present invention obviously expands the signal transmission range of the wireless network architecture and provides diversified and convenient services. . The above-described embodiments are only intended to illustrate the embodiments of the present invention, and to explain the technical features of the present invention 201031144, and are not intended to limit the scope of protection of the present invention. Any changes or equivalents that can be easily made by those skilled in the art are within the scope of the invention. The scope of the invention should be determined by the scope of the claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram depicting a wireless network architecture of a prior art; FIG. 2A is a schematic diagram depicting a wireless network architecture of the first embodiment; FIG. 2B is a diagram depicting a first embodiment A schematic diagram of a wireless network base station; FIG. 3 is a flow chart depicting a communication method of the second embodiment; FIG. 4 is a schematic diagram showing a wireless network architecture of the third embodiment; and FIG. Flowchart of the communication method of the embodiment. [Main component symbol description] 1 : Traditional wireless network architecture 11 : Server 13 : Internet 15 : Wireless network base station 17 : Electronic device 2 : Wireless network architecture 21 : Server 23 : First wireless network Base station 25: second wireless network base station 27: first electronic device 202: path 204: path 206: path 208: path 210: path 212: path 214: path 216: path 231: communication module 233: storage mode Group 235: Processing Module 4: Wireless Network Architecture 19 201031144 41: Third Wireless Network Base Station 43: Second Electronic Device 402: Path 404: Path 408: Path 406: Path