CN1633091A - Dual mode concurrent wireless LAN transmission method - Google Patents

Dual mode concurrent wireless LAN transmission method Download PDF

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Publication number
CN1633091A
CN1633091A CN 200310123772 CN200310123772A CN1633091A CN 1633091 A CN1633091 A CN 1633091A CN 200310123772 CN200310123772 CN 200310123772 CN 200310123772 A CN200310123772 A CN 200310123772A CN 1633091 A CN1633091 A CN 1633091A
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mode
domain
transmission
service
wireless network
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CN 200310123772
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粘智恒
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昆盈企业股份有限公司
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Abstract

This invention relates to double-mode wireless network transmission method which starts ad-hoc mode and infrastructure mode at the same time in a single wireless network transmission device to process different on-line requirements by setting individual surrounding device service set identifier (SSID) and service set channel with firmware, so that the wireless network transmission device can process the on-line requirements of short distance transmitted surrounding devices in the more effective ad-hoc mode.

Description

双模并存的无线局域网络传输方法 WLAN dual-mode transmission method coexist

技术领域 FIELD

本发明涉及一种有关于数据处理的方法,尤其涉及一种应用在无线网络传输装置上,可同时启动点对点模式(ad-hoc mode)以及基础架构模式(infrastructure mode)处理不同联机请求的方法,即一种双模并存的无线局域网络(wireless network)传输方法。 The present invention relates to a data processing method relates particularly to an application on a wireless network transmission device may initiate peer mode (ad-hoc mode) and the infrastructure mode (infrastructure mode) different online request processing method of simultaneously, i.e., dual-mode method for transmitting wireless local area network coexist (wireless network).

背景技术 Background technique

无线局域网络传输,顾名思义就是在不需要实体线路连接的前提之下,利用光波或者是无线电波作为传输媒介,在无线局域网络(WLAN)中进行计算机或者是其它无线网络传输装置的资料传送与接收。 Wireless local area network transmission, by definition is not required under the premise that the physical line is connected, using light waves or radio waves as a transmission medium, a computer network or other wireless transmission apparatus in a wireless local area network (WLAN) information in the transmitting and receiving .

本发明所指的无线局域网络传输,特别是指以无线电波作为主要传输媒介的传输方式,也就是架构在IEEE802.11之上的传输方式。 Wireless local area network transmission according to the present invention referred, in particular, it refers to the transmission of radio waves as the primary transmission medium, i.e. transmission architecture over the IEEE802.11. 目前在IEEE802.11中所定义的传输模式,包含以下两种模式:(1)点对点模式(ad-hoc mode)。 In the transmission mode it is currently defined in IEEE802.11, comprising the following two modes: (1) point to point mode (ad-hoc mode). 指的是具备有无线网络传输装置的多个计算机可执行平台(或外围装置),使用相同的服务网域识别码(Service SetIdentifier,SSID)以及相同的服务网域频道(channel)来进行短距离传输的模式,此模式仅需要较低的输出功率以及较简易的传输架构,即可完成在不同计算机可执行平台(或外围装置)间有效率的无线网络传输。 Refers to a radio network includes a plurality of computer-executable internet transmission device (or peripheral device), using the same service domain identifier (Service SetIdentifier, SSID) service domain and the same channel (channel) to a short distance mode transmission, this mode requires only low power output and a relatively simple transmission structure, to complete the efficient wireless network transmission between different computer-executable platform (or peripheral device). (如图1A中所示)(2)基础架构模式(infrastructure mode)。 (Shown in FIG. 1A) (2) an infrastructure mode (infrastructure mode). 指的是在整合有线与无线的基础网络架构下,所有无线局域网络中具备有无线网络传输装置的计算机可执行平台都必须通过选择与本身具有相同服务网域识别码的存取点(Access Point,AP)的中介,来进行与有线局域网络中其它计算机可执行平台(如:服务终端)之间的数据传输,此模式属于长距离传输架构,通常应用于进行有线及无线局域网络之间的传输。 Refers to the integration of wired and wireless based network architecture, the wireless local area network includes all computer-executable wireless network transmission means and the platform itself must have the same service access point by selecting a domain identifier (Access Point , the AP) of the intermediary, a wired local area network to other computer-executable platforms (e.g., with: data transmission between the serving terminal), the long-distance transmission architecture belongs to this mode, typically applied for between wired and wireless local area network transmission. (如图1B中所示)上述的两种传输模式,通常依照实际的需求状况可以自行设定来进行,但是目前所有的无线网络传输装置所存在的共同问题是同时只能存在于同一种模式中,也就是同时只能够进行对单一服务网域识别码的无线网络传输作业,也即两种传输模式无法并存使用。 (Shown in FIG. 1B) of the two transmission modes described above, it may generally be set in accordance with their own actual demand conditions, but there is a common problem with all of the wireless network transmission apparatus exists only simultaneously present in the same mode , that is only capable of simultaneously operating a single wireless network transmission service domain identifier, namely the coexistence of two transmission modes can not be used. 举例来说,一些相当接近计算机可执行平台的外围装置,如:鼠标,在使用时仅需要与计算机可执行平台间进行短距离传输即可(也即使用点对点模式来进行即可),但倘若此时无线网络传输装置是被设定为基础架构模式的话,则每一次鼠标与计算机可执行平台间的资料传送和接收作业就必须要通过上述的存取点来进行,不但传输的距离增加造成传输速度降低许多,并且外围装置必须要具备更大的无线电波输出功率才能够达成长距离传输的目的,而通过存取点进行无线网络传输,也会增加传输的复杂度(如:资料安全性的考量)并造成存取点在处理上的负担增加。 For example, some internet computer executable quite close peripheral device, such as: a mouse, required when using only short distances between the internet to (i.e., can be carried out using the ad hoc mode) with a computer-executable, but if At this time, the wireless network transmission device is set to infrastructure mode, then each mouse from the computer-executable data transmission and reception between the working platform must be performed by the above-mentioned access point, not only due to increased transmission distance much lower transmission rate, and the peripheral device must have a larger radio wave output power can be reached only purpose of long distance transmission, the transmission through the wireless network access point, will increase the complexity of the transmission (eg: data security considerations) and a burden on the access point in the process increase.

因此,当计算机可执行平台同时需要连接到不同的外围装置或者是其它有线局域网络中的其它计算机可执行平台时,若是无法同时启动两种模式供使用的话,将会造成整体的使用不便及产生效能低落的问题。 Thus, when the computer-executable internet also connect different peripheral devices or other wired local area network to other computer-executable platform, if it can not start modes for use, it will cause the overall inconvenience and produce low performance issues. 所以如何提出一种可以在无线网络传输中同时运用两种模式来处理不同联机请求的方法,使各个联机请求都能够以最适当的传输模式来进行,是未来有效提升无线网络传输整体效率时必要不可或缺的发展重点方向。 Therefore, how to provide a method for simultaneously using two transmission modes in a wireless network to handle different connection request, requests the respective connection in the most suitable transmission mode is performed, is effectively improve the overall efficiency of future wireless networks necessary an integral focus direction.

发明内容 SUMMARY

有鉴于此,本发明于是在此提出一种可双模并存的无线局域网络传输方法。 Accordingly, the present invention is thus proposed herein a method for transmitting wireless local area network can be a dual mode coexist. 主要目的在于使不同的联机请求都能够以对应的传输模式来处理其数据传输作业,特别是能够对于一些需求短距离传输的无线网络计算机外设装置(wireless network computer peripheral device)(如:鼠标)来说,都能够藉本发明方法来达到以较简易、更省电及有效率的模式进行。 The main purpose is to make an online request can be different from the transmission mode corresponding to the job data transmission processing, especially for some requirements can be short-distance transmission network wireless computer peripheral device (wireless network computer peripheral device) (such as: a mouse) , the present invention can be achieved by a method to be relatively simple, and the more energy efficient mode.

本发明的次要目的,在于提出一种在无线网络传输装置上可通过双模进行无线局域网络传输方法,通过无线网络传输装置的双模式运作,可使计算机可执行平台得以同时处理与一近距离的外围装置的数据传输沟通,及与一远距离的服务终端的数据传输沟通。 Secondary object of the present invention is to provide a network can be transmitted on a wireless local area network device through the dual mode wireless transmission method, dual-mode wireless networks by means of operation, enables the computer to execute a processing platform is near simultaneously data transmission distance communication peripheral device and communicate with a remote data transmission service terminal.

本发明方法的技术特征在于,在无线网络传输装置中同时启动两种传输模式,即:点对点模式(ad-hoc mode)以及基础架构模式(infrastructure mode),藉由在固件(firmware)之中来进行个别外围装置服务网域识别码(Service SetIdentifier,SSID)及服务网域频道(channel)的设定,让无线网络传输装置能够同时处理一个以上不同的服务网域识别码,并依照对不同服务网域识别码的解析提供不同传输模式来处理联机请求。 Technical features of the method of the present invention is that, simultaneously starting two transmission modes in a wireless network transmission device, namely: point to point mode (ad-hoc mode) and the infrastructure mode (infrastructure mode), by the firmware to (Firmware) in individually peripheral device service domain identifier (service setIdentifier, SSID), and the domain service channel (channel) is set, so that the wireless network transmission device capable of processing more than one different service domain identifier at the same time, and in accordance with different services parsing the domain identifier providing different transmission modes to process the connection request.

因此,本发明所提出的双模并存的无线局域网络传输方法,包含有下列步骤:(1)当计算机可执行平台启动无线局域网络时,由无线网络传输装置接收来自计算机可执行平台的网域设定表。 Thus, a dual mode WLAN coexistence transmission method proposed by the present invention, comprises the following steps: (1) starts when the computer-executable internet WLAN, receives from the computer-executable internet domain by a wireless network transmission device set the table.

(2)利用网域设定表完成固件初始化之后,便同时启动无线网络传输装置的点对点模式及该基础架构模式的联机初始化作业。 (2) After completion of the setting table using the domain initialization firmware, it will also start initialization job online ad hoc mode wireless network transmission means and the infrastructure mode.

(3)初始化完毕之后,无线网络传输装置持续执行联机侦测,并在产生联机请求时,进行下列步骤:(3-1)解析该联机请求资料中的服务网域识别码(Service Set Identifier,SSID)。 (3) After initialization is complete, the wireless network transmission line detection apparatus continuously performed, and when the connection request is generated, the following steps: (3-1) resolve the services online request profile domain identifier (Service Set Identifier, SSID).

(3-2)以服务网域识别码搜寻网域设定表,并根据搜寻结果执行下列步骤:(3-2-1)当找到相同的服务网域识别码时,根据服务网域频道通过点对点模式处理联机请求。 (3-2) to the service domain identifier setting table search domain, and the results according to the following steps: (3-2-1) to find the same service when the domain identifier, a domain channels according to a service by point mode processing online request.

(3-2-2)当未找到相同的服务网域识别码时,通过基础架构模式处理联机请求。 (3-2-2) When the same service domain identifier is not found, the processing by the infrastructure mode online request.

其中,上述(3-2-1)与(3-2-2)的部分也可以依照设定更改为:当找到相同的服务网域识别码时,通过基础架构模式处理联机请求,而当未找到相同的服务网域识别码时,通过基础架构模式处理联机请求。 Wherein, (3-2-1) and the portion (3-2-2) can also be changed in accordance with the set: to find the same service when a domain identifier, by processing an online request infrastructure mode, and when not when you find the same service domain identifier, by processing an online request the infrastructure mode.

也就是说,本发明提供了一种双模并存的无线局域网络传输方法,应用于一计算机可执行平台的无线局域网络传输,且该计算机可执行平台中的一无线网络传输装置,可同时通过一点对点模式,及一基础架构模式来处理不同联机请求,该方法包含下列步骤:该无线网络传输装置接收来自该计算机可执行平台的一网域设定表;同时启动该无线网络传输装置的该点对点模式及该基础架构模式的联机初始化作业;及该无线网络传输装置持续执行联机侦测,当产生一联机请求时,更包含下列步骤: That is, the present invention provides a method for transmitting WLAN coexistence of dual-mode, WLAN transmission is applied to a computer-executable platform, computer-executable and a wireless network transmission device platforms, by simultaneously the simultaneous start of the wireless network transmission device; the wireless device receives transmission from a network domain setting table the computer-executable platform: an ad hoc mode and the infrastructure mode to a different connection request process, the method comprising the steps of ad hoc mode and the infrastructure connection initialization mode of operation; and the wireless network transfer apparatus continuously performing online detection, when a connection request is generated, further comprising the steps of:

解析该联机请求中的该服务网域识别码;及以该服务网域识别码搜寻该网域设定表,更包含下列步骤:当找到相同该服务网域识别码时,根据该服务网域频道通过该点对点模式或基础架构模式其中的一处理该联机请求;及当未找到相同该服务网域识别码时,通过该点对点模式或基础架构模式另外的一处理该联机请求。 Parsing the domain identifier of the service connection request; and to the service domain of the domain identifier setting table search, further comprising the steps of: when the service domain to find the same identification code, in accordance with the service domain channels through which the ad hoc mode or the infrastructure mode in which a processing request to the line; and when the same service identifier when the domain is not found by the ad hoc mode or an infrastructure mode further process the connection request.

本发明还提供一种双模并存的无线局域网络传输方法,应用于一计算机可执行平台的无线局域网络传输,该计算机可执行平台中的一无线网络传输装置,可同时通过一点对点模式,及一基础架构模式来处理一外围装置的联机请求,该方法包含下列步骤:该无线网络传输装置接收来自该计算机可执行平台的该计算机外设装置的一网域设定表;同时启动该无线网络传输装置的该点对点模式及该基础架构模式的联机初始化作业;及该无线网络传输装置持续执行联机侦测,当产生一联机请求时,更包含下列步骤:解析该联机请求中的该服务网域识别码;及以该服务网域识别码搜寻该网域设定表,更包含下列步骤:当找到相同该服务网域识别码时,通过该点对点模式或基础架构模式其中的一处理该联机请求;及当未找到相同该服务网域识别码时,根据该服务 The present invention further provides a method for transmitting WLAN dual mode coexist, is applied to a computer-executable wireless local area network transmission internet, the computer-executable transmission apparatus in a wireless network platform, simultaneously by a point to point mode, and an infrastructure mode online request to process a peripheral device, the method comprising the steps of: transmitting the wireless device receives a domain network setting table from the computer peripheral device to the computer-executable platform; the same time start the wireless network the ad hoc mode and the transmission line means of the infrastructure mode initialization operation; and the wireless network transfer apparatus continuously performing online detection, when a connection request is generated, further comprising the steps of: parsing the domain of the service connection request identification code; and search the domain table to set the service domain identifier, further comprising the steps of: when the service domain to find the same identification code, by the ad hoc mode or infrastructure mode wherein a process of the online request ; and the service domain when the same identifier is not found, according to the service 域频道通过该点对点模式或基础架构模式另外的一处理该联机请求。 Domain channel through which the ad hoc mode or the infrastructure mode of the online request a further process.

本发明还提供一种双模并存的无线局域网络传输方法,应用于一无线网络传输装置的无线局域网络传输,该无线网络传输装置可通过一点对点模式来处理一外围装置的联机请求,及通过一基础架构模式来处理一服务终端的联机请求,该方法包含下列步骤:该无线网络传输装置接收来自该计算机可执行平台的一网域设定表;同时启动该无线网络传输装置的该点对点模式及该基础架构模式的联机初始化作业;该无线网络传输装置持续执行联机侦测,当产生一联机请求时解析该联机请求中的该服务网域识别码;及以该服务网域识别码搜寻该网域设定表,找到具有相同的该服务网域识别码的该外围装置或该服务终端,然后通过该点对点模式处理与该外围装置的联机请求或通过该基础架构模式处理与该服务终端的联机请求。 The present invention further provides a method for transmitting WLAN dual mode coexist, is applied to a radio transmission device network WLAN transmission, the wireless network transmission device may handle a peripheral device online request by a point to point mode, and by an infrastructure mode to process a request for an online service terminal, the method comprising the steps of: transmitting the wireless network apparatus receives the setting table from a computer-executable domain platform; while the start of the ad hoc mode wireless network transmission device initializing the connection and operation of the infrastructure mode; the wireless networks continuously performing online detection apparatus, parsing the domain identifier of the service connection request when a request for a connection; and search the domain identifier to the service domain setting table, find the same service domain identifier of the terminal to the peripheral device or the service, then the connection request processing means and the peripheral by the ad hoc mode or infrastructure mode processing by the terminal with the service online request.

附图说明 BRIEF DESCRIPTION

第1A图是公知基础架构模式(infrastructure mode)的无线局域网络传输运作示意图;第1B图是公知点对点模式(ad-hoc mode)的无线局域网络传输运作示意图;图2是本发明所提出的双模并存的无线局域网络传输方法的无线局域网络传输运作示意图;及图3A及图3B是本发明所提出的双模并存的无线局域网络传输方法的方法流程图。 Figure 1A is a wireless local area network transmission illustrates operation of known infrastructure mode (infrastructure mode); and FIG. 1B is a wireless local area network transmission illustrates operation of a known ad-hoc mode (ad-hoc mode); Figure 2 is a double proposed by the present invention wireless local area network transmission network diagram transmission method of operating a wireless local area coexistence mode; and Figures 3A and 3B are a method WLAN coexistence of a dual mode transmission method proposed by the present invention a flowchart.

其中,附图标号说明如下:10 无线局域网络20 有线局域网络100 计算机可执行平台200 无线网络传输装置300 存取点(Access Point,AP)350 服务终端400 外围装置步骤500 启动无线局域网络接收一外围装置网域设定表步骤510 同时启动一点对点模式及一基础架构模式的联机初始化作业步骤520 执行联机侦测步骤530 产生一联机请求步骤531 解析该服务网域识别码步骤532 以该服务网域识别码搜寻该外围装置网域设定表步骤533 找到相同该服务网域识别码步骤534 根据该服务网域频道通过该点对点模式(或该基础架构模式)处理该联机请求步骤535 通过该基础架构模式(或该点对点模式)处理该联机请求步骤536 处理完毕步骤537 继续处理步骤540 结束无线局域网络具体实施方式有关本发明具体可行的实施方式,现在配合附图说明如下:本发明为一种双模并 Wherein reference numerals as follows: 200 wireless networks wired LAN 20 10 100 computer executable WLAN internet access point device 300 (Access Point, AP) 350 serving the terminal 500 starts in step 400 the peripheral device receives a wireless local area network domain peripheral device step setting table 510 while a start point and a model of the infrastructure mode in step 520 performs an online job initialization step 530 generates a connection detection step 531 parses the request to the online service domain identifier to the service network 532 step Search domain identifier setting table of the peripheral domain of the step 533 to find the same service domain step 534 based on the identification code domain channel processes the service request in step 535 through the connection point to point mode (or the infrastructure mode) by the base architecture mode (or the ad-hoc mode) in step 536 processes the online request is processed in step 537 to continue the process of step 540 ends the WLAN DETAILED DESCRIPTION embodiments related to the present invention is particularly practical embodiment is now described with the accompanying drawings as follows: the present invention is a and dual-mode 的无线局域网络传输方法。 The wireless LAN transmission method. 主要是应用在具备无线网络传输装置200的计算机可执行平台100上,通过在无线网络传输装置200之上同时启动(1)点对点模式(ad-hoc mode)及(2)基础架构模式(infrastructure mode)两种模式来分别处理不同长、短距离的联机请求。 Mainly used in wireless networks comprising computer-executable apparatus 200 on the platform 100 by actuating (1) point to point mode (ad-hoc mode) while transmitting over the wireless network apparatus 200 and (2) an infrastructure mode (infrastructure mode ) modes respectively different online request processing long and short distances.

如图2所示,当需要进行计算机可执行平台100与外围装置400的短距离传输时,便设定并使用无线网络传输装置200中的点对点模式来处理,而当需要计算机可执行平台100通过存取点300来与远程服务终端350进行长距离传输时,则设定并使用无线网络传输装置200中的基础架构模式来处理。 2, when the need for short-distance transmission computer-executable internet 100 and the peripheral device 400, they set up and use wireless network transmission device 200 to ad hoc mode process, when required by the computer-executable internet 100 AP 300 to service the remote terminal 350 for long distance transmission, and is set using a wireless network transmission device 200 to the infrastructure mode process. 也因为如此的做法,将可以大幅提升无线局域网络传输的效率。 Because of this practice, it will be able to greatly enhance the efficiency of the wireless local area network transmission.

图3A及「图3B」为本发明方法的流程图,将进一步说明本发明方法的运作步骤(请同时参考图2的部分):首先,当计算机可执行平台100开始启动无线局域网络10时,无线网络传输装置200将接收来自计算机可执行平台100的网域设定表(步骤500),此网域设定表主要是记载相互对应的服务网域识别码及服务网域频道的数据;接收之后,无线网络传输装置200便同时启动点对点模式及基础架构模式的联机初始化作业(步骤510),其中包括在接收到网域设定表后对无线网络传输装置200中固件(firmware)进行初始化设定的动作,此固件一般储存在无线网络传输装置200的控制单元中用来控制及处理各个联机请求(此部份属于公知技术);完成上述两种模式的联机初始化后,便开始执行联机侦测(步骤520),并判断是否有产生任何的联机请求(步骤530),联机请求的类别一般又分为两种 3A and "3B," a flowchart of a method of the present invention will be further described the operation steps of the method of the present invention (please also refer to FIG portion 2): First, when the computer-executable internet 100 started the WLAN 10, wireless network transmission means 200 receives from the computer-executable internet domain setting table (step 500) 100, this domain setting table, mainly service-domain identifier and data services domain according to the mutually corresponding channel; receiving Thereafter, the wireless network transmission apparatus 200 will initialize and start the online ad hoc mode and the infrastructure operation mode (step 510), wherein upon receiving domain including setting table on wireless network transmission device firmware (firmware) provided for initialization 200 given operation, the firmware is generally used to control the storage and processing of each request line (this part belongs to known techniques) in the control unit 200 of the wireless network transmission apparatus; the line after the completion of the initialization of the above-described two modes, perform online investigation began measuring (step 520), and determines whether there is any request for a connection (step 530), the requested connection is generally divided into two categories 一是由计算机可执行平台100所提出的传送请求,以及由远程其它服务终端350或者外围装置400所提出的接收请求。 First transmission request raised platform 100, and receiving a request by the remote service terminal 350 or other peripheral device 400 proposed by the computer-executable.

在未侦测到任何联机请求前,运作流程将会持续执行联机侦测的动作(步骤520),当产生联机请求时(步骤530),则进入到图3B的步骤A中。 Before any connection request is not detected, the process will continue to perform the operation of the operation (step 520) to detect a connection, when (step 530) to generate online request, the process proceeds to step A in FIG. 3B. 在进入步骤A之后,首先将由无线网络传输装置200中的控制单元负责进行解析联机请求的动作(步骤531),此解析的目的在于要将联机请求中的服务网域识别码给撷取出来作为辨识之用;解析出服务网域识别码之后,便将该服务网域识别码用来在网域设定表中进行搜寻(步骤532);判断是否有找到相同的服务网域识别码(步骤533),如果有表示此联机请求必须依照所设定的模式来进行处理,其中设定可以是:点对点模式或基础架构模式(此处我们以点对点模式作为预设定的处理模式);此时便撷取出服务网域识别码在网域设定表中所对应到的服务网域频道,然后通过点对点模式处理联机请求(步骤534);相反的,如果此联机请求的服务网域识别码在网域设定表中找不到的话(步骤533),则表示此联机请求将依照正常的模式来进行处理(步骤535)(以此处而言即为基础架构 Operation (step 531) after entering step A, firstly by the control unit 200 in the wireless network transmission apparatus is responsible for analyzing the connection request, parse purpose of this is to place the connection request to the service domain identifier retrieved out as for identification purposes; after parsing the service domain identifier, then the service domain identifier for the domain in search setting table (step 532); determining whether there is to find the same service domain identifier (step 533), indicating if this connection request must be handled in accordance with the set mode, which can be set: the ad hoc mode or infrastructure mode (here we point to point mode as a processing mode preset); case retrieving a domain identifier in the service domain setting table corresponding to the channel service domain, and the processing an online request (step 534) through the ad hoc mode; the contrary, if the requested service is an online domain identifier in domain not found, then setting table (step 533), then this process will be made online request (step 535) (in terms of infrastructure here is the normal mode in accordance with 模式);最后判断是否将联机请求处理完毕(步骤536),如果未处理完毕则继续进行处理(步骤537),若已处理完毕则直接再度回到图3A的步骤B中判断是否计算机可执行平台100欲结束无线局域网络联机(步骤540),未结束无线局域网络联机前,则继续回到步骤520处持续侦测其它联机请求,否则若结束无线局域网络联机的话,便结束整个本发明方法运作流程。 Mode); and finally determines whether the connection request is processed (step 536), if the pending before processing continues (step 537), Ruoyi processed directly returned to step B in FIG. 3A determines whether or internet computer executable For the end of the first 100 wireless local area network connection (step 540), not the end of the wireless local area network connection, proceed back to step 520 continuously monitors other online request, or if the end of the wireless local area network connection, it will be the end of the operation of the entire process of the present invention Process.

事实上,以上本发明较佳实施例中所提到的无线网络传输装置200,基本上属于符合IEEE802.11系列的无线网络卡。 Indeed, the present invention is the above preferred embodiment of the wireless network transmission apparatus 200 mentioned embodiment, the wireless network card is essentially in line with IEEE802.11 series. 由于一般无线网络卡均是通过控制单元中的固件来处理所有的联机请求,因此本发明方法就藉此运用对固件中的设定来处理长、短距离不同的联机请求。 Since ships are wireless network card to process all requests by the connection unit firmware control, and thus the method of the present invention can thereby use the firmware processing is set to long and short distances different online request. 而以上所述仅为本发明的一较佳实施例而已,事实上本发明方法也可以直接在网域设定表中以直接指定处理模式(即点对点模式或基础架构模式)的方式,让所有联机请求都能够在经过解析联机之后,直接依照预先指定的处理模式来进行处理,此为另一种可行的较佳实施例。 The above are merely a preferred embodiment of the present invention, it is, in fact, the method of the present invention may be directly specified directly in the processing mode setting table domain (i.e., the ad hoc mode or infrastructure mode) manner, so that all online request can be parsed after the line, in accordance with pre-specified directly processing mode to process, this is another feasible embodiment preferred.

至于本发明中所提到的外围装置400,则可以是鼠标、轨迹球、键盘、数字板、摇杆及游戏控制器等等。 As for the peripheral device according to the present invention is mentioned in 400, it may be a mouse, a trackball, a keyboard, a digitizer, joystick and game controller, etc.

但以上所述均仅为本发明其中的一些较佳实施例而已,并非用来限定本发明的实施范围;即凡依本发明申请专利范围所作的均等变化与修饰,皆为本发明专利范围所涵盖。 However, the above embodiments are some of the preferred embodiments of the present invention wherein it is only, not intended to limit the scope of embodiments of the present invention; i.e., all modifications and alterations under this patent scope of the invention made by the patent scope of the present invention are all covered.

Claims (12)

1.一种双模并存的无线局域网络传输方法,应用于一计算机可执行平台的无线局域网络传输,且该计算机可执行平台中的一无线网络传输装置,可同时通过一点对点模式,及一基础架构模式来处理不同联机请求,该方法包含下列步骤:该无线网络传输装置接收来自该计算机可执行平台的一网域设定表;同时启动该无线网络传输装置的该点对点模式及该基础架构模式的联机初始化作业;及该无线网络传输装置持续执行联机侦测,当产生一联机请求时,更包含下列步骤:解析该联机请求中的该服务网域识别码;及以该服务网域识别码搜寻该网域设定表,更包含下列步骤:当找到相同该服务网域识别码时,根据该服务网域频道通过该点对点模式或基础架构模式其中的一处理该联机请求;及当未找到相同该服务网域识别码时,通过该点对点模式或基础架构 A dual-mode WLAN coexistence transmission method, applied in a computer-executable wireless local area network transmission platform, and the computer-executable transmission apparatus in a wireless network platform, simultaneously by a point to point mode, and a infrastructure mode to handle different connection request, the method comprising the steps of: transmitting the wireless device receives a domain network setting table from the computer-executable platform; while the start of the ad hoc mode wireless network transmission device and the infrastructure online initialization mode of operation; and the wireless network transfer apparatus continuously performing online detection, when a connection request is generated, further comprising the steps of: parsing the domain identifier of the service connection request; and the service domain to identify the domain code setting table search, further comprising the steps of: when the service domain to find the same identification code, based on the domain service channel through which a processing request for the ad hoc connection or the infrastructure mode pattern therein; and when no when the service to find the same domain identifier, through the ad hoc mode or infrastructure 式另外的一处理该联机请求。 Further the formula a connection request process.
2.如权利要求1所述的双模并存的无线局域网络传输方法,其中该无线网络传输装置是指符合IEEE802.11无线局域网络标准系列的一无线网络卡。 WLAN coexistence of a dual mode transmission method as claimed in claim 1, wherein the device is a wireless network refers to a wireless transmission network WLAN cards comply with IEEE802.11 family of standards.
3.如权利要求1所述的双模并存的无线局域网络传输方法,其中该无线网络传输装置接收来自该计算机可执行平台的该网域设定表的步骤,更包含用该网域设定表对该无线网络传输装置中的一固件进行初始化设定的步骤。 Domain of the step setting table dual mode WLAN coexistence transmission method as claimed in claim 1, wherein the wireless network transmission device receives from the computer-executable platform, further comprising setting with the domain the step of initializing the table is set in the wireless network a transmission device firmware.
4.如权利要求1所述的双模并存的无线局域网络传输方法,其中该网域设定表至少包含有可相互对应的一服务网域识别码、及一服务网域频道的数据。 WLAN coexistence of a dual mode transmission method as claimed in claim 1, wherein the setting table domain comprising at least one mutually corresponding service domain identifier, and a service data channel domains.
5.如权利要求1所述的双模并存的无线局域网络传输方法,其中该联机请求至少可为一传送请求或一接收请求。 5. The dual mode WLAN coexistence transmission method according to claim 1, wherein at least the connection request may be a request for transmitting or receiving a request.
6.一种双模并存的无线局域网络传输方法,应用于一计算机可执行平台的无线局域网络传输,该计算机可执行平台中的一无线网络传输装置,可同时通过一点对点模式,及一基础架构模式来处理一外围装置的联机请求,该方法包含下列步骤:该无线网络传输装置接收来自该计算机可执行平台的该计算机外设装置的一网域设定表;同时启动该无线网络传输装置的该点对点模式及该基础架构模式的联机初始化作业;及该无线网络传输装置持续执行联机侦测,当产生一联机请求时,更包含下列步骤:解析该联机请求中的该服务网域识别码;及以该服务网域识别码搜寻该网域设定表,更包含下列步骤:当找到相同该服务网域识别码时,通过该点对点模式或基础架构模式其中的一处理该联机请求;及当未找到相同该服务网域识别码时,根据该服务网域频道通 A dual-mode WLAN coexistence transmission method, applied in a computer-executable wireless local area network transmission internet, the computer-executable transmission apparatus in a wireless network platform, simultaneously by a point to point mode, and a base architectural patterns online request processing a peripheral device, the method comprising the steps of: transmitting the wireless device receives a domain network setting table from the computer peripheral device to the computer-executable platform; simultaneously start transmission of the wireless network apparatus the ad-hoc mode and the infrastructure connection mode initialization operation; and the wireless network transfer apparatus continuously performing online detection, when a connection request is generated, further comprising the steps of: parsing the domain identifier of the service connection request ; and search of the service domain to the domain identifier setting table, further comprising the steps of: when the service domain to find the same identification code, by the ad hoc mode or infrastructure mode wherein a process of the online request; and when the same service domain identifier is not found, on the basis of the service domain channel 该点对点模式或基础架构模式另外的一处理该联机请求。 The ad hoc mode or the infrastructure mode of the online request a further process.
7.如权利要求6所述的双模并存的无线局域网络传输方法,其中该无线网络传输装置是指符合IEEE802.11无线局域网络标准系列的一无线网络卡。 WLAN coexistence of a dual mode transmission method as claimed in claim 6, wherein the device is a wireless network refers to a wireless transmission network WLAN cards comply with IEEE802.11 family of standards.
8.如权利要求6所述的双模并存的无线局域网络传输方法,其中该无线网络传输装置接收来自该计算机可执行平台的该网域设定表的步骤,更包含用该网域设定表对该无线网络传输装置中的一固件进行初始化设定的步骤。 Domain of the step setting table dual mode WLAN coexistence transmission method according to claim 6 claim, wherein the wireless network transmission device receives from the computer-executable platform, further comprising setting with the domain the step of initializing the table is set in the wireless network a transmission device firmware.
9.如权利要求6所述的双模并存的无线局域网络传输方法,其中该网域设定表至少包含有一服务网域识别码的资料。 WLAN coexistence transmission method of bimodal 9. claim 6, wherein the domain information setting table comprising at least one service identifier of the domain.
10.如权利要求6所述的双模并存的无线局域网络传输方法,其中该联机请求至少可为一传送请求或一接收请求。 Wireless local area network transmission 10. The method of bimodal coexist claim 6, wherein at least the connection request may be a request for transmitting or receiving a request.
11.如权利要求6所述的双模并存的无线局域网络传输方法,其中该外围装置是可选取自一鼠标、一轨迹球、一键盘、一数字板、一摇杆及一游戏控制器的群组组合中。 WLAN dual mode transmission coexist 11. The method of claim 6, wherein the optional peripheral device is taken from a mouse, a trackball, a keyboard, a number pad, a joystick, and a game controller group combination.
12.一种双模并存的无线局域网络传输方法,应用于一无线网络传输装置的无线局域网络传输,该无线网络传输装置可通过一点对点模式来处理一外围装置的联机请求,及通过一基础架构模式来处理一服务终端的联机请求,该方法包含下列步骤:该无线网络传输装置接收来自该计算机可执行平台的一网域设定表;同时启动该无线网络传输装置的该点对点模式及该基础架构模式的联机初始化作业;该无线网络传输装置持续执行联机侦测,当产生一联机请求时解析该联机请求中的该服务网域识别码;及以该服务网域识别码搜寻该网域设定表,找到具有相同的该服务网域识别码的该外围装置或该服务终端,然后通过该点对点模式处理与该外围装置的联机请求或通过该基础架构模式处理与该服务终端的联机请求。 Wireless local area network 12. A dual mode method of transmitting the coexistence of a wireless network transmission apparatus applied to a wireless local area network transmission, network of the wireless transmission device may handle a peripheral device via an online request a point to point mode, and by a base mode architecture to process a request for an online service terminal, the method comprising the steps of: transmitting the wireless network apparatus receives the setting table from a computer-executable domain platform; at the same time start the ad hoc mode of the wireless network and the transmission device online infrastructure mode initialization operation; the wireless networks continuously performing online detection apparatus, parsing the domain identifier of the service connection request when a connection request is generated; and the service domain identifier to search the domain setting table, find the same service domain identifier of the peripheral device or the service terminal, and the processing line with the peripheral device requesting through the ad hoc mode or infrastructure mode processing by the connection request to the service terminal .
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101765185A (en) * 2005-10-05 2010-06-30 高通股份有限公司 Peer-to-peer communication in ad hoc wireless network

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101765185A (en) * 2005-10-05 2010-06-30 高通股份有限公司 Peer-to-peer communication in ad hoc wireless network
US8576846B2 (en) 2005-10-05 2013-11-05 Qualcomm Incorporated Peer-to-peer communication in ad hoc wireless network
US8942130B2 (en) 2005-10-05 2015-01-27 Qualcomm Incorporated Peer-to-peer communication in ad hoc wireless network
US8942133B2 (en) 2005-10-05 2015-01-27 Qualcomm Incorporated Peer-to-peer communication in ad hoc wireless network
CN101765185B (en) * 2005-10-05 2015-03-18 高通股份有限公司 Peer-to-peer communication in ad hoc wireless network

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