CN102427589B - A method for binding a large number of wireless network transmission systems and traffic data - Google Patents

A method for binding a large number of wireless network transmission systems and traffic data Download PDF

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CN102427589B
CN102427589B CN 201210000048 CN201210000048A CN102427589B CN 102427589 B CN102427589 B CN 102427589B CN 201210000048 CN201210000048 CN 201210000048 CN 201210000048 A CN201210000048 A CN 201210000048A CN 102427589 B CN102427589 B CN 102427589B
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wireless network
transmission
data
network
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CN102427589A (en )
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冼伟江
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冼伟江
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Abstract

本发明涉及无线网络传输大业务量数据技术领域,公开一种绑定数个无线网络传输大业务量数据的方法及系统,包括:代理服务器、终端控制器、其特征在于:还包括大业务量的无线网络传输系统,所述终端控制器通过大业务量的无线网络传输系统与代理服务器相连组成;所述大业务量的无线网络传输系统由若干个低速的无线网络终端联合组成。 The present invention relates to wireless transmission of large amounts of data traffic technical field, there is disclosed a method and system for transmitting a large number of wireless network traffic data binding, comprising: a proxy server, the terminal controller, characterized by: further comprising a high traffic wireless network transmission system, the terminal traffic controller through a large wireless network transmission system composed of the proxy server is connected; a large traffic wireless network transmission systems by several low-speed wireless network terminal coalition. 本发明既可在室内使用,也可以在野外使用,甚至还可以在列车、汽车、轮船等移动的条件下使用。 The invention can be used indoors may also be used in the field, may also be used even under conditions of moving trains, cars, ships and the like. 本发明能够在多个低速的无线终端上实现无线高速的数据传送,并且能够动态实时调整各个无线网络终端上的数据流量和数据类型,提高数据的吞吐量,最终达到实现大业务量数据的实时传输。 The present invention can realize high-speed wireless transmission of data on a plurality of low-speed wireless terminal, and can be dynamically adjusted in real time traffic data and data on the respective type of terminal wireless network, improve data throughput and ultimately achieve high real-time traffic data transmission.

Description

一种绑定数个无线网络传输大业务量数据的方法及系统 A method for binding a large number of wireless network transmission systems and traffic data

技术领域 FIELD

[0001]本发明涉及无线网络传输大业务量数据技术领域,尤其涉及一种绑定数个无线网络传输大业务量数据的方法及系统。 [0001] The present invention relates to wireless transmission of large amounts of data traffic technology, and particularly relates to a method and system for binding a number of wireless transmission of large amounts of data traffic.

背景技术 Background technique

[0002]目前,在网络越来越发达的今天,用有线网路传递大业务的数据已经不是难事。 [0002] At present, more and more developed in the network today, the data transfer of large business is not difficult with a wired network. 但对普通用户用无线网络传递大业务的数据(如高清视频)还有许多障碍。 However, large data transfer services (such as high-definition video) there are many obstacles for ordinary users to use the wireless network. 无线局域网虽然带宽可达到几十兆bps的带宽,但它并没有普及,而且移动性差,使用受限J^AXUFI也如此。 Although the bandwidth wireless LAN can reach tens of megabytes bps bandwidth, but it is not universal, and poor mobility, also using J ^ AXUFI so limited. 2G上网卡仅有几十到上百kbps的带宽,就是基于厚望的3G上网卡也仅有几兆bps的带宽。 2G on the card only tens to hundreds of kbps bandwidth, based on the card is also only a few megabytes bps of bandwidth on 3G hopes. 用这些单个无线网络终端无法实时传输大业务量数据。 Unable to transfer large amounts of data in real-time traffic with the single wireless network terminal.

发明内容 SUMMARY

[0003]针对上述单个无线网络终端无法实时传输大业务量数据的技术难题,本发明提供一种绑定数个无线网络传输大业务量数据的方法及系统,能够提高数据的吞吐量,达到实时传输大业务量数据的需求。 [0003] In response to these transmissions can not be a single wireless terminal in real network traffic data a large technical problems, the present invention provides a method and system for transmitting a large number of wireless network traffic data binding, data throughput can be improved to achieve real-time demand transmission of large amounts of data traffic.

[0004]为实现如上所述的发明目的,本发明采用如下技术方案: [0004] To achieve the object of the invention as described above, the present invention employs the following technical solutions:

[0005] —种绑定数个无线网络传输大业务量数据的系统,包括:代理服务器、终端控制器、大业务量的无线网络传输系统,所述终端控制器通过大业务量的无线网络传输系统与代理服务器相连组成;所述大业务量的无线网络传输系统由若干个低速的无线网络终端联合组成。 [0005] - binding several kinds of wireless transmission of large amounts of data traffic system, comprising: a proxy server, the terminal controller, a large traffic wireless network transmission system, said wireless network transmission terminal through a large traffic controller the system is connected to the proxy server composition; the large traffic wireless network transmission systems by several low-speed wireless network terminal coalition.

[0006] 一种绑定数个无线网络传输大业务量数据的系统,低速的无线网络由3G、4G运营商网络组成,或与2G运营商网络、WIMAX网络、2.4G无线局域网、WIFI无线网组成。 [0006] A system for transmitting a large number of wireless network traffic data binding, low-speed wireless network by a 3G, 4G operator network composition, or 2G operator network, WIMAX network, 2.4G WLAN, WIFI wireless networks composition.

[0007] 一种绑定数个无线网络传输大业务量数据的系统,所述的若干个无线网络终端, 包括:4G上网卡,3G上网卡、2G上网卡、2.4G无线局域网上网卡、WIFI终端、WIMAX终端,。 [0007] A system for transmitting a large number of wireless network traffic data binding, said plurality of radio network terminals, comprising: 4G network card, 3G network card, the network card 2G, 2.4G the wireless LAN card, WIFI terminal, WIMAX terminal.

[0008] 一种绑定数个无线网络传输大业务量数据的方法,通过绑定的若干个低速无线网络终端的联合,组成建立终端控制器向代理服务器的大业务量数据传输系统一一客户机与服务器构架的大业务量数据传输网络系统,实现大业务量数据的传输,大业务量数据传输传输网络,采用:3G、4G运营商网络,或采用:2G运营商网络、W顶AX网络、2.4G无线局域网、 WIFI无线网;其步骤如下: The method [0008] for binding a number of wireless transmission of large amounts of data traffic, by combining a plurality of the bound low speed wireless network terminal, the terminal controller eleven to establish the composition of a large amount of data transmission traffic proxy system client and server architecture large traffic data transmission network system, a large amount of traffic data to be transmitted, a large traffic data transmission of the transmission network, using: 3G, 4G operator network, or using: 2G operator network, W top AX network , 2.4G WLAN, WIFI wireless networks; the following steps:

[0009] 1).无线网络终端初始化:无线网络终端上电后,在终端控制器的管理配置下进行初始化操作,包括:拨号、账号密码的输入;初始化成功后,无线网络终端和自己的无线网络建立连接,包括:WIFI无线网络终端与自己的WIFI无线网络建立连接,3G上网卡与自己的3G网络建立连接,4G上网卡与所属的4G网络建立连接; . [0009] 1) terminal to initialize wireless network: a wireless network terminal is powered on, initialized operate under the management of the configuration of the terminal controller, comprising: a dial, enter the account password; after successful initialization, the wireless terminal and the own wireless network to establish a connection, comprising: WIFI wireless network with their terminal establishes a wireless network connection WIFI, 3G on the card to establish a connection with their 3G network, the 4G 4G network establish a connection with the card belongs;

[0010] 2) •客户机与服务器构架系统的终端控制器与代理服务器建立连接:在至少一个无线网络终端与自己的无线网络建立连接后,终端控制器通过至少一个无线网络连接和代理服务器建立连接; [0010] 2) • client and server terminal controller system architecture to establish a connection with the proxy server: after at least one wireless network terminal establishes a connection with its own wireless network, the terminal controller establishes the connection via the at least one wireless network and the proxy server connection;

[0011] 3).控制信息包的传递:终端控制器与代理服务器建立连接后,通过收发包的情况测出每个无线连接控制信息包的动态传输参数,包括:带宽、时延、丢包率、误码率,控制信息包通过拆分、组合的数据包周期性的在终端控制器和代理服务器间传递;终端控制器和代理服务器以此作为负荷分担、流控作为发送策略的依据,用于确定在每个无线终端发送的带宽和数据类型; . [0011] 3) control packet transmission: the terminal controller establishes a connection with the proxy server, by sending and receiving of packets measured dynamic transmission parameters for each radio connection control information packet, comprising: bandwidth, delay, packet loss rate, bit error rate, packet control information is periodically transmitted between the terminal controller and the packet splitting proxy server, a combination thereof; and a terminal controller proxy servers as load sharing, as a basis for flow control of the transmission policy, It means for determining the bandwidth and type of data transmitted in each radio terminal;

[0012] 4).数据的传输: . [0012] 4) data transmission:

[0013] 上行方向:终端控制器在无线网络终端上收到代理服务器发过来的控制信息包, 获取每个无线网络终端上能发送数据的带宽、时延、丢包率传输信息,依据特定的调度计算控制器,确定在每个无线网络终端上的发送的数据和带宽; [0013] In the uplink direction: a terminal controller sent, the proxy server receives a control packet over the wireless network terminal can acquire the transmission bandwidth, delay, packet loss rate of the data transmission terminal information on each wireless network, depending on the particular calculation controller scheduling, bandwidth for transmitting data and determines at each terminal of the wireless network;

[0014] 终端控制器把要传输的数据分包,通过计算控制器拆分,把拆分的数据包从各个无线终端发送;代理服务器收到无线网络终端上传过来的数据包后,通过计算控制器把拆分的数据包按原来的顺序重新组装,并放入接收队列池,对数据包按序号进行组装; [0014] The terminal controller sub-data to be transmitted,, to split the data packet from the wireless terminals through calculation controller resolution; the proxy server receives the uploaded over the wireless network terminal data packet, by calculating the control It is to split the packets reassembled original order, and placed into the receive queue pool, assembling packets by sequence number;

[0015] 对于丢掉的数据包,还要依据收发传输协议确定是否重传,在此过程中,终端控制器和代理服务器还要对每个无线网络终端的动态传输参数,进行带宽时延、丢包率、误码率进行检测,通知对方进行负荷分担、流控处理;并在下行方向告知终端控制器,以使终端控制器动态调整发送策略; [0015] For lost packet, but also based transceiver is determined whether to retransmit the transport protocol, in this process, the terminal controller and the proxy server also dynamic transmission parameters for each of the wireless network terminal, bandwidth delay, lost packet rate, bit error rate testing, inform the other party to share load, flow control process; and informs the terminal controller in the downstream direction, so that the terminal controller dynamically adjust the transmission policy;

[0016] 下行方向:与上行方向进行相反的操作,由终端控制器检测各个无线线路的传输信息,并通过控制信息包传递给代理服务器,代理服务器以此动态调整在每个无线网络终端上的发送策略,终端控制器收到数据包后先放入队列池,然后进行组包处理;实现利用多个无线网络终端来增加网络传输的速率,达到大业务量数据的传输。 [0016] downlink direction: the uplink direction with the reverse operation, the detection information of each radio channel transmitted by the terminal controller, and passes control to a packet proxy server, the proxy server in order to dynamically adjust the radio network at each terminal, transmission policy, the terminal controller receives the first data packet into a queue pool, and then pack process; implemented using a plurality of terminals to a wireless network to increase the transmission rate of the network, to achieve the transmission of large amounts of data traffic.

[0017] 一种绑定数个无线网络传输大业务量数据的方法,所述客户机作为终端控制器由无线网络终端控制器的终端机实现;终端控制器与若干无线网络终端相连,无线网络终端在终端控制器的控制下与各自的无线网络相连。 Method [0017] A method of binding a large number of wireless network transmission of traffic data, as the client terminal controller is realized by the terminal of the radio network controller terminal; a terminal connected to the wireless network controller and a plurality of terminals, a wireless network a terminal connected to the respective wireless networks under the control of the terminal controller.

[0018] 一种绑定数个无线网络传输大业务量数据的方法,所述服务器作为代理服务器由无线网络传输代理服务器的服务器实现,代理服务器与互联网相连;进而,终端控制器通过各自的无线网络与代理服务器建立连接。 Method [0018] A method of binding a large number of wireless network transmission traffic data, the server is implemented as a proxy server by a wireless network transmission proxy server, the proxy server connected to the Internet; Furthermore, via respective wireless terminal controller network and proxy server to establish a connection.

[0019] 一种绑定数个无线网络传输大业务量数据的方法,所述终端控制器和代理服务器具有同时与多种类型的无线网路终端建立连接;用于动态监测各个无线网路终端的实际带宽、时延、丢包率数据传输参数。 Method [0019] A method of binding a large number of wireless network transmission traffic data, the terminal controller and simultaneously with the proxy server establishes a connection with multiple types of wireless network terminal; means for dynamic monitoring of individual wireless network terminals the actual bandwidth, delay, packet loss rate data transmission parameter.

[0020] 一种绑定数个无线网络传输大业务量数据的方法,所述终端控制器和代理服务器具有用于定时向对方传送各个无线网路终端的实际带宽、时延、丢包率数据传输参数。 Method [0020] A method of binding a large number of wireless network transmission traffic data, the terminal controller and the actual bandwidth of the proxy server having the timing for transmitting each wireless terminal towards the network, delay, packet loss rate data transmission parameters.

[0021] 一种绑定数个无线网络传输大业务量数据的方法,所述终端控制器和代理服务器具有用于依据无线网路终端的传输参数动态调整数据发送策略,达到最优传输的目的。 Method [0021] A method of binding a large number of wireless network transmission traffic data, the terminal controller and having a proxy object for dynamically adjusting data transmission parameters based on the transmission policy in a wireless network terminal, optimal transmission . [0022] —种绑定数个无线网络传输大业务量数据的方法,所述终端控制器和代理服务器具有用于对各种类型的无线网路终端在不同的带宽、不同的时延情况下,正确对收到的数据包进行组装,恢复原来的顺序。 [0022] - binding method a large number of wireless network transmission traffic data, the terminal controller and the proxy server have different bandwidths, the network for various types of wireless terminals with different time delays where , the right to receive a packet assembly, to restore the original order.

[0023]由于采用如上所述的技术方案,本发明具有如下优越性: [0023] As a result of the technical solutions described above, the present invention has the following advantages:

[0024] —种绑定数个无线网络传输大业务量数据的方法及系统,通过多个低速无线网络终的端联合实现大业务量数据的传输。 [0024] - Method and system for binding a plurality of kinds of wireless transmission of large amounts of data traffic, through a plurality of low speed wireless network terminating end of the joint realize the transmission of large amounts of data traffic. 本发明由一个代理服务器和一个终端控制机以及若干无线网络终端组成。 The present invention consists of a proxy server and a terminal control unit and a plurality of terminal wireless network components. 终端控制器通过多个无线网络终端和代理服务器建立连接。 Terminal controller establishes a connection through the wireless network terminal and a plurality of proxy servers. 终端控制器和代理服务器通过特定的控制信息包来相互传递各个无线网络终端的传输参数,如4 宽、时延、丢包率等信息,并依据这些信息动态调整各个无线网络终端的传输速率及数据类型。 And terminal controller proxy server to another transmission parameter transmitted by each radio network terminal specific control information packet, such as information 4 width, delay, packet loss rate, and dynamically adjusts the transmission rate of each terminal based on the wireless network and information type of data. 能够提高数据的吞吐量,最终达到实现大业务量数据的实时传输。 It can improve data throughput, and ultimately to achieve real-time transmission of large amounts of data traffic. 本发明对通过无线网络终端传输大业务数据有以下优点: The present invention has the following advantages over the wireless network for transmission of large traffic data terminal:

[0025] 1 •本发明通过对多个无线网络终端的绑定,在多个低速的无线终端上实现无线高速的数据传送。 [0025] 1 • according to the present invention by binding a plurality of terminals in wireless networks, wireless high-speed data transmission over a plurality of low-speed wireless terminals.

[0026] 2.终端控制器和代理服务器间通过控制信息包动态实时调整各个无线网络终端上的数据流量和数据类型。 [0026] 2. The terminal controller between the proxy server and real-time adjustment data traffic on the wireless network terminal and a respective data type dynamic control packet. 例如在无线局域网络良好的地方优选无线局域网终端,在运动过程中,把数据尽可能的在信号覆盖较好的3G、4G运营商的网上传递。 For example, in a good place preferably WLAN wireless LAN terminal, during movement, the data signal coverage better 3G, 4G operator over the network, as much as possible.

[0027] 3•无线网络终端的类型没有限制,可以支持4G上网卡,3G上网卡、2G上网卡、WIMAX 终端,2.4G无线局域网上网卡、WIFI终端,也可以兼容其他未来的无线网络终端。 [0027] Type 3 • wireless network terminal there is no limit on the card can support 4G, 3G network card, network card 2G, WIMAX terminal, the 2.4G wireless LAN card, WIFI terminals, can be compatible with other future wireless network terminal. 既可以在室内使用,也可以在野外使用,甚至可以在列车、汽车、轮船等移动的条件下使用。 Both can be used indoors, can also be used in the field can be used even under conditions of moving trains, cars, ships and so on.

附图说明 BRIEF DESCRIPTION

[0028]图1是绑定数个无线网络传输大业务量数据系统工作示意框图。 [0028] FIG. 1 is to bind a large number of wireless network traffic data transmission system operating a schematic block diagram.

具体实施方式 Detailed ways

[0029] 如图1所示:一种绑定数个无线网络传输大业务量数据的系统,包括:代理服务器、 终端控制器、大业务量的无线网络传输系统,所述终端控制器通过大业务量的无线网络传输系统与代理服务器相连组成;所述大业务量的无线网络传输系统由若干个低速的无线网络终端联合组成。 [0029] Figure 1: A system for transmitting a large number of wireless network traffic data binding, comprising: a proxy server, the terminal controller, a large traffic wireless network transmission system, the terminal controller Large traffic wireless network transmission system and a proxy server connected composition; the large traffic wireless network transmission systems by several low-speed wireless network terminal coalition. 所述低速的无线网络由3G、4G运营商网络组成,或与2G运营商网络、WIMAX 网络、2.4G无线局域网、WIFI无线网组成。 The low-speed wireless network by a 3G, 4G operator network composition, or 2G operator network, WIMAX network, 2.4G WLAN, WIFI wireless network components. 所述的若干个无线网络终端,包括:4G上网卡,3G 上网卡、2G上网卡、2.4G无线局域网上网卡、WIFI终端、WIMAX终端。 Said plurality of radio network terminals, comprising: 4G network card, network card 3G, network card 2G, 2.4G the wireless LAN card, WIFI terminal, WIMAX terminal.

[0030] —种绑定数个无线网络传输大业务量数据的方法,通过绑定的若干个低速无线网络终端的联合,组成建立终端控制器向代理服务器的大业务量数据传输系统一一客户机与服务器构架的大业务量数据传输网络系统,实现大业务量数据的传输,大业务量数据传输传输网络,采用:3G、4G运营商网络,或采用:2G运营商网络、WIMAX网络、2.4G无线局域网、 WIFI无线网;其步骤如下: [0030] - binding method a number of wireless transmission of large amounts of data traffic, by combining a plurality of the bound low speed wireless network terminal, to establish the composition of the client terminal controller to eleven large traffic data transmission system of the proxy server and server architecture large traffic data transmission network system, a large amount of traffic data to be transmitted, a large traffic data transmission of the transmission network, using: 3G, 4G operator network, or using: 2G operator network, WIMAX network, 2.4 G WLAN, WIFI wireless networks; the following steps:

[0031] 1).无线网络终端初始化:无线网络终端上电后,在终端控制器的管理配置下进行初始化操作,包括:拨号、账号密码的输入;初始化成功后,无线网络终端和自己的无线网络建立连接,包括:WIFI无线网络终端与自己的WIFI无线网络建立连接,3G上网卡与自己的3G网络建立连接,4G上网卡与所属的4G网络建立连接; [0031] 1) terminal to initialize wireless network: a wireless network terminal is powered on, initialized operate under the management of the configuration of the terminal controller, comprising: a dial, enter the account password; after successful initialization, the wireless terminal and the own wireless network to establish a connection, comprising: WIFI wireless network with their terminal establishes a wireless network connection WIFI, 3G on the card to establish a connection with their 3G network, the 4G 4G network establish a connection with the card belongs;

[0032] 2).客户机与服务器构架系统的终端控制器与代理服务器建立连接:在至少一个无线网络终端与自己的无线网络建立连接后,终端控制器通过至少一个无线网络连接和代理服务器建立连接; [0032] 2) the establishment of a client terminal controller and the proxy server and server systems connected to the frame: a wireless network after at least terminal establishes a connection with its own wireless network, the terminal controller establishes the connection via the at least one wireless network and the proxy server connection;

[0033] 3).控制信息包的传递:终端控制器与代理服务器建立连接后,通过收发包的情况测出每个无线连接控制信息包的动态传输参数,包括:带宽、时延、丢包率、误码率,控带lJ^ 息包通过拆分、组合的数据包周期性的在终端控制器和代理服务器间传递;终端控制器和代理服务器以此作为负荷分担、流控作为发送策略的依据,用于确定在每个无线终端发送的带宽和数据类型; [0033] 3) control packet transmission: the terminal controller establishes a connection with the proxy server, by sending and receiving of packets measured dynamic transmission parameters for each radio connection control information packet, comprising: bandwidth, delay, packet loss rate, bit error rate, packet control information with lJ ^ by splitting the combined data packet is transmitted periodically between the terminal controller and a proxy server; and a terminal controller proxy server load balancing as flow control strategy as a transmission the basis for determining the transmission bandwidth and data type of each radio terminal;

[0034] 4).数据的传输: [0034] 4) data transmission:

[0035] 上行方向:终端控制器在无线网络终端上收到代理服务器发过来的控制信息包, 获取每个无线网络终端上能发送数据的带宽、时延、丢包率传输信息,依据特定的调度计算控制器,确定在每个无线网络终端上的发送的数据和带宽; [0035] The upstream direction: terminal controller sent, the proxy server receives a control packet over the wireless network terminal can acquire the transmission bandwidth, delay, packet loss rate of the data transmission terminal information on each wireless network, depending on the particular calculation controller scheduling, bandwidth for transmitting data and determines at each terminal of the wireless network;

[0036] 终端控制器把要传输的数据分包,通过计算控制器拆分,把拆分的数据包从各个无线终端发送;代理服务器收到无线网络终端上传过来的数据包后,通过计算控制器把拆分的数据包按原来的顺序重新组装,并放入接收队列池,对数据包按序号进行组装; [0036] The terminal controller sub-data to be transmitted,, to split the data packet from the wireless terminals through calculation controller resolution; the proxy server receives the uploaded over the wireless network terminal data packet, by calculating the control It is to split the packets reassembled original order, and placed into the receive queue pool, assembling packets by sequence number;

[0037] 对于丢掉的数据包,还要依据收发传输协议确定是否重传,在此过程中,终端控制器和代理服务器还要对每个无线网络终端的动态传输参数,进行带宽时延、丢包率、误码率进行检测,通知对方进行负荷分担、流控处理;并在下行方向告知终端控制器,以使终端控制器动态调整发送策略; [0037] For lost packet, but also based transceiver is determined whether to retransmit the transport protocol, in this process, the terminal controller and the proxy server also dynamic transmission parameters for each of the wireless network terminal, bandwidth delay, lost packet rate, bit error rate testing, inform the other party to share load, flow control process; and informs the terminal controller in the downstream direction, so that the terminal controller dynamically adjust the transmission policy;

[0038] 下行方向:与上行方向进行相反的操作,由终端控制器检测各个无线线路的传输信息,并通过控制信息包传递给代理服务器,代理服务器以此动态调整在每个无线网络终端上的发送策略,终端控制器收到数据包后先放入队列池,然后进行组包处理;实现利用多个无线网络终端来增加网络传输的速率,达到大业务量数据的传输。 [0038] downlink direction: the uplink direction with the reverse operation, the detection information of each radio channel transmitted by the terminal controller, and passes control to a packet proxy server, the proxy server in order to dynamically adjust the radio network at each terminal, transmission policy, the terminal controller receives the first data packet into a queue pool, and then pack process; implemented using a plurality of terminals to a wireless network to increase the transmission rate of the network, to achieve the transmission of large amounts of data traffic.

[0039] 所述客户机作为终端控制器由无线网络终端控制器的终端机实现;终端控制器与若干无线网络终端相连,无线网络终端在终端控制器的控制下与各自的无线网络相连。 [0039] The client terminal as a radio network controller is implemented by the terminal controller of a terminal; a terminal connected to the wireless network controller and a plurality of terminals, a terminal connected to a wireless network and a respective wireless network under the control of the terminal controller.

[0040] 所述服务器作为代理服务器由无线网络传输代理服务器的服务器实现,代理服务器与互联网相连;进而,终端控制器通过各自的无线网络与代理服务器建立连接。 [0040] The server is implemented as a proxy server by a wireless network transmission proxy server, the proxy server connected to the Internet; Further, terminal controller establishes a connection via respective wireless network and the proxy server.

[0041] 所述终端控制器和代理服务器具有同时与多种类型的无线网路终端建立连接;用于动态监测各个无线网路终端的实际带宽、时延、丢包率数据传输参数;具有用于定时向对方传送各个无线网路终端的实际带宽、时延、丢包率数据传输参数。 [0041] The terminal controller simultaneously with the proxy server and establish a connection with multiple types of wireless network terminal; dynamic monitoring of actual bandwidth for each radio network terminals, delay, packet loss rate data transmission parameter; having a transmitting to the timing of each of the wireless network to the other terminals actual bandwidth, delay, packet loss rate data transmission parameter. 具有用于依据无线网路终端的传输参数动态调整数据发送策略,达到最优传输的目的。 It has the purpose of data transmission policy for dynamically adjusting a transmission parameter based on the Wi-Fi terminal, optimal transmission. 具有用于对各种类型的无线网路终端在不同的带宽、不同的时延情况下,正确对收到的数据包进行组装,恢复原来的顺序。 Having a network for various types of wireless terminals at different bandwidths, different delays, the received data packet to the correct assembling, restore the original sequence. 即终端控制器和代理服务器具有同时用于动态监测各个无线网路终端的实际带宽、 时延、丢包率数据传输参数的装置。 I.e., the proxy server and terminal controller means having a dynamic monitoring of actual bandwidth of each radio network terminals, delay, packet loss rate is used for both data transmission parameter. 具有用于定时向对方传送各个无线网路终端的实际带宽、时延、丢包率数据传输参数的装置。 A timing means for transmitting the respective actual bandwidth wireless terminal towards the network, delay, packet loss rate data transmission parameter having. 具有用于无线网路终端传输参数动态调整数据的发送装置。 Having means for transmitting a wireless network terminal dynamically adjusting data transmission parameters. 具有用于对各种无线网路终端在不同的带宽、不同的时延情况下,正确对收到的数据包进行组装、恢复原来数据的顺序装置。 It means having an order for various wireless network terminals of different bandwidths, different delays, the receiving correct data packets are assembled to restore the original data.

[0042] 本发明提供的是一种通过绑定若干无线网络终端传输大业务量数据的方法,该方法基于客户机-服务器构架的系统来实现。 [0042] The present invention provides a method for binding a plurality of the wireless network terminal transmits a large amount of data traffic, the method based on a client - server architecture of the system is achieved. 客户机由一个称为“无线网络终端控制器”的终端机实现,以下简称“终端控制器”,服务器由一个称为“无线网络传输代理服务器”的服务器来实现,以下简称“代理服务器”。 Implemented by a client terminal is called "radio network terminal controller", hereinafter referred to as "terminal controller", is implemented by a server called "wireless network transmission proxy" server, hereinafter referred to as "proxy server."

[0043] 首先,终端控制器和若千无线网络终端相连,这些无线网络终端可以是4G上网卡, 3G上网卡、2G上网卡、2.4G无线局域网上网卡、WIFI终端或WIMAX终端等等,以下通称“无线网络终端”。 [0043] First, when the terminal controller and one thousand terminals connected to the wireless network, the wireless terminal may be a 4G network card, 3G network card, the network card 2G, 2.4G the wireless LAN card, WIFI or WIMAX terminal like the terminal, the following known as "wireless network terminals." 无线网络终端在终端控制器的控制下和各自的无线网络相连。 Wireless network terminals connected to a network and a respective wireless terminal under the control of the controller. 代理服务器和互联网相连。 Proxy server and connected to the Internet. 进而,终端控制器通过这些无线网络和代理服务器建立连接。 Further, terminal controller establishes a connection via the wireless network and a proxy server.

[0044] 上行方向,终端控制器把要传输的数据分包,以微处理器计算把包从各个无线终端发送。 [0044] the upstream direction, the terminal controller sub-data to be transmitted to the microprocessor to calculate the packet transmitted from each radio terminal. 代理服务器收到包后,以微处理器计算把这些拆分的数据包按原来的顺序重新组装。 After the proxy server receives a packet, the microprocessor calculate these split data packet reassembly original order. 下行方向则进行相反的操作。 Downlink direction opposite operation is performed. 由此实现利用多个无线网络终端来增加网络传输的速率, 达到大业务量数据的传输。 Thereby enabling the wireless network using a plurality of terminals to increase the transmission rate of the network, to transfer large amounts of data traffic.

[0045] 终端控制器和代理服务器通过微处理器计算、检查每个无线终端的动态传输参数,如带宽、时延、丢包率等并通知对方进行负荷分担、流控等处理。 [0045] The proxy server and the terminal controller via the microprocessor computing, wireless terminal checks each dynamic transmission parameters, such as bandwidth, delay, packet loss rate and notify the other for load balancing, flow control processing.

[0046]具体步骤说明如下: [0046] The specific steps are as follows:

[0047] 1)无线网络终端初始化: [0047] 1) initialize wireless network terminals:

[0048] 无线网络终端上电后,在终端控制器的管理配置下进行初始化操作,如拨号、账号密码的输入等。 [0048] Wi-Fi terminal is powered on, initialized operate under the management of the configuration of a terminal controller, such as a dial, and the like enter the account password. 初始化成功后,无线网络终端和自己的无线网络建立连接。 After successful initialization, the wireless terminal and network your wireless network connection is established. 例如:WIFI无线网络终端和自己的WIFI无线网络建立连接,3G上网卡和自己的3G网络建立连接,4G上网卡和所属的4G网络建立连接等。 For example: WIFI wireless network terminals and their WIFI wireless network connection is established, the card and its 3G 3G network to establish a connection, the connection is established and 4G 4G network card and the like belong.

[0049] 2)终端控制器和代理服务器建立连接: [0049] 2) and the terminal controller proxy connection is established:

[0050] 在至少一个无线网络终端和自己的无线网络建立连接后,终端控制器通过这个(些)无线网络连接和代理服务器建立连接。 After the [0050] connection is established at least one wireless network terminal and its own wireless network, to establish a connection via the terminal controller (s) connected to a wireless network and a proxy server.

[0051] 3)控制信息包的传递: [0051] 3) control packet transmission:

[0052] 终端控制器和代理服务器建立连接后,通过收发包的情况测出每个无线连接的动态传输参数,如带宽、时延、丢包率、误码率等。 [0052] After the terminal controller and the proxy connection is established, dynamic transmission parameters for each radio connection is measured by sending and receiving of packets, such as bandwidth, delay, packet loss rate, bit error rate. 这些控制信息包通过特定的数据包周期性的在终端控制器和代理服务器间传递。 These control packets periodically transferred between the controller and the terminal through the proxy server specific data packet. 终端控制器和代理服务器以此作为负荷分担、流控等发送策略的依据,用于确定在每个无线终端发送的带宽和数据类型。 And terminal controller proxy servers as load sharing, according to the flow control transmission policy, and determines the bandwidth for data transmission in each type of wireless terminal.

[0053] 4)数据的传输 Transmission [0053] 4) data

[0054] 上行方向:终端控制器在无线网络终端上收到代理服务器发过来的控制信息包, 获取每个无线网络终端上能发送数据的带宽、时延、丢包率等传输信息,依据特定的调度算法,确定在每个无线网络终端上的发送的数据和带宽。 [0054] uplink: the terminal controller receives the proxy control information sent, packets on the wireless network terminal, acquires information can be transmitted bandwidth, delay, packet loss rate on the transmission data for each terminal a wireless network, according to a specific scheduling algorithm, and bandwidth determining data transmitted on each of the wireless network terminal. 代理服务器收到无线网络终端上传过来的数据包后,放入接收队列池,对包按序号进行组装。 After receipt of the proxy server over the wireless network terminal uploads data packets into the receive queue pool, assembled by the packet number. 对于丢掉的数据包,还要依据协议确定是否重传。 For the lost data packets, but also according to the agreement to determine whether to retransmit. 在此过程中,还要对每个无线网络终端进行带宽时延、丢包率、误码率等检测,并在下行方向告知终端控制器。 In this process, but also to detect the bandwidth-delay, packet loss rate, bit error rate for each wireless network terminals, and informs the terminal controller in the downlink direction. 以使终端控制器动态调整发送策略。 So that the terminal controller dynamically adjust the transmission policy.

[0055]下行方向:和上行方向类似,由终端控制器检测各个无线线路的传输信息,并通过控制信息包传递给代理服务器。 [0055] downlink direction: the uplink direction and the like, the transmission information of each radio channel is detected by the terminal controller and passed to the proxy server through the control information packet. 代理服务器以此动态调整在每个无线网络终端上的发送策略。 Proxy server in order to dynamically adjust the transmission policy on each wireless network terminal. 终端控制器收到数据包后先放入队列池,然后进行组包处理。 After the terminal controller receives the first data packet into a queue pool, and then pack process.

Claims (10)

  1. 1. 一种绑定数个无线网络传输大业务量数据的方法,其特征在于:通过绑定的若干个低速无线网络终端的联合,组成建立终端控制器向代理服务器的大业务量数据传输系统一一客户机与服务器构架的大业务量数据传输网络系统,实现大业务量数据的传输,大业务量数据传输传输网络,采用:3G、4G运营商网络,或采用:2G运营商网络、WIMAX网络、 2 • 4G无线局域网、WIFI无线网;其步骤如下: 1) .无线网络终端初始化:无线网络终端上电后,在终端控制器的管理配置下进行初始化操作,包括:拨号、账号密码的输入;初始化成功后,无线网络终端和自己的无线网络建立连接,包括:WIFI无线网络终端与自己的WIFI无线网络建立连接,3G上网卡与自己的3G网络建立连接,4G上网卡与所属的4G网络建立连接; 2) .客户机与服务器构架系统的终端控制器与代理服务器建立 A method for binding a number of wireless transmission of large amounts of data traffic, wherein: the joint bound by several low speed wireless network terminal, the terminal composition of establishing high traffic controller to the proxy server the amount of data transmission system eleven large volume of business and client server architecture of data transmission network system, a large amount of data transmission business, large business volume data transmission transmission network, using: 3G, 4G operator network, or using: 2G network operators, WIMAX network, 2 • 4G WLAN, WIFI wireless networks; the following steps: 1) initialize wireless network terminals: a wireless network terminal is powered on, initialized operate under the management of the configuration of the terminal controller, comprising: a dial, account password. input; after successful initialization, connection between the wireless network terminal and the own wireless network, comprising: WIFI wireless network terminal establishes a connection with their WIFI wireless network card to establish a connection with their 3G networks 3G, 4G upper 4G card belongs to to establish a connection; 2) client and server system architecture with a proxy server to a terminal controller 接:在至少一个无线网络终端与自己的无线网络建立连接后,终端控制器通过至少一个无线网络连接和代理服务器建立连接; 3) .控制信息包的传递:终端控制器与代理服务器建立连接后,通过收发包的情况测出每个无线连接控制信息包的动态传输参数,包括:带宽、时延、丢包率、误码率,控制信息包通过拆分、组合的数据包周期性的在终端控制器和代理服务器间传递;终端控制器和代理服务器以此作为负荷分担、流控作为发送策略的依据,用于确定在每个无线终端发送的带宽和数据类型; 4) .数据的传输: 上行方向:终端控制器在无线网络终端上收到代理服务器发过来的控制信息包,获取每个无线网络终端上能发送数据的带宽、时延、丢包率传输信息,依据特定的调度计算控制器,确定在每个无线网络终端上的发送的数据和带宽; 终端控制器把要 Then: after at least one wireless network terminal establishes a connection with its own wireless network, terminal controller establishes a connection via the at least one wireless network connection and a proxy server; 3) control packet transmission: terminal controller establishes connection with the proxy server , by sending and receiving of packets measured dynamic transmission parameters for each radio connection control information packet, comprising: bandwidth, delay, packet loss rate, bit error rate, a control packet by splitting the combined data packet at periodic between the terminal controller and proxy server; and a terminal controller proxy servers as load sharing, the flow control transmission policy as the basis for determining the transmission bandwidth and data type of each radio terminal; 4) data transmission. : upstream direction: terminal controller sent, the proxy server receives a control packet over the wireless network terminal, acquires the bandwidth, delay, packet loss rate information can be transmitted on each transmission data wireless network terminal, according to a specific schedule calculated a controller to determine the bandwidth and the data transmitted on each of the wireless network terminal; to the terminal controller 输的数据分包,通过计算控制器拆分,把拆分的数据包从各个无线终端发送;代理服务器收到无线网络终端上传过来的数据包后,通过计算控制器把拆分的数据包按原来的顺序重新组装,并放入接收队列池,对数据包按序号进行组装; 对于丢掉的数据包,还要依据收发传输协议确定是否重传,在此过程中,终端控制器和代理服务器还要对每个无线网络终端的动态传输参数,进行带宽时延、丢包率、误码率进行检测,通知对方进行负荷分担、流控处理;并在下行方向告知终端控制器,以使终端控制器动态调整发送策略; 下行方向:与上行方向进行相反的操作,由终端控制器检测各个无线线路的传输信息, 并通过控制信息包传递给代理服务器,代理服务器以此动态调整在每个无线网络终端上的发送策略,终端控制器收到数据包后先放入队列池,然后进 Input sub-data,, the split packets from each wireless terminal resolution calculation controller; network proxy server receives the wireless terminals over the upload data packet, the calculation controller by splitting data packets by reassembled in the original order, and placed into the receive queue pool, assembling packets by sequence number; for the lost packet, but also based transceiver is determined whether a retransmission transport protocol, in this process, the terminal controller and the proxy server further dynamic transmission parameters for each wireless network terminal, bandwidth delay, packet loss rate, bit error rate is detected, inform the other party to share load, flow control process; and informs the terminal controller in the downstream direction, so that the terminal control dynamic adjuster transmission policy; downlink direction: the uplink do the opposite direction, each radio information transmission line is detected by the terminal controller, and passes control to a packet proxy server, the proxy server thereby dynamically adjusting each wireless network transmission policy on the terminal, the terminal controller receives the first data packet into a queue pool, and then into 行组包处理;实现利用多个无线网络终端来增加网络传输的速率,达到大业务量数据的传输。 Packet processing line group; implemented using a plurality of terminals to a wireless network to increase the transmission rate of the network, to achieve the transmission of large amounts of data traffic.
  2. 2. 根据权利要求1所述的一种绑定数个无线网络传输大业务量数据的方法,采用的一种绑定数个无线网络传输大业务量数据系统,包括:代理服务器、终端控制器、其特征在于: 还包括大业务量的无线网络传输系统,所述终端控制器通过大业务量的无线网络传输系统与代理服务器相连组成;所述大业务量的无线网络传输系统由若干个低速的无线网络终端联合组成。 2. The method for binding a number of wireless transmission of large amounts of data traffic according to claim 1, using one kind of binding a large number of wireless network traffic data transmission system, comprising: a proxy server, terminal controller characterized in that: further comprising a high-traffic wireless network transmission system, the terminal traffic controller through a large wireless network transmission system composed of the proxy server is connected; a large amount of wireless network traffic by several low-speed transmission system the coalition of the wireless network terminal.
  3. 3. 根据权利要求1所述的一种绑定数个无线网络传输大业务量数据的方法,其特征在于:低速的无线网络由3G、4G运营商网络组成,或与2G运营商网络、WIMAX网络、2.4G无线局域网、WIFI无线网组成。 3. A method according to one of claim 1 a large number of wireless network transmission traffic data binding as claimed in claim, wherein: the low-speed wireless network 3G, 4G operator network composition, or 2G operator network, WIMAX network, 2.4G wireless LAN, WIFI wireless network components.
  4. 4. 根据权利要求1所述的一种绑定数个无线网络传输大业务量数据的方法,其特征在于:所述的若干个无线网络终端,包括:4G上网卡,3G上网卡、2G上网卡、2 • 4G无线局域网上网卡、WIFI终端、WIMAX终端。 4. A method according to one of claim 1 a large number of wireless network transmission traffic data binding as claimed in claim, wherein: said plurality of radio network terminals, comprising: 4G network card, network card 3G, 2G Internet card, 2 • 4G wireless LAN card, WIFI terminal, WIMAX terminal.
  5. 5. 根据权利要求4所述的一种绑定数个无线网络传输大业务量数据的方法,其特征在于:所述客户机作为终端控制器由无线网络终端控制器的终端机实现;终端控制器与若干无线网络终端相连,无线网络终端在终端控制器的控制下与各自的无线网络相连。 4 A method as claimed in claim large number of wireless network transmission traffic data binding, wherein: the client terminal as a radio network controller is implemented by the terminal controller terminal; terminal control with a plurality of terminals connected to a wireless network, a wireless network connected to the respective wireless terminals in the network under the control of the terminal controller.
  6. 6. 根据权利要求4所述的一种绑定数个无线网络传输大业务量数据的方法,其特征在于:所述服务器作为代理服务器由无线网络传输代理服务器的服务器实现,代理服务器与互联网相连;进而,终端控制器通过各自的无线网络与代理服务器建立连接。 6. The method for binding a number of wireless transmission of large amounts of data traffic according to claim 4, wherein: the server is implemented as a proxy server by a wireless network transmission proxy server, the proxy server connected to the Internet ; Further, terminal controller establishes a connection via respective wireless network and the proxy server.
  7. 7. 根据权利要求4所述的一种绑定数个无线网络传输大业务量数据的方法,其特征在于:所述终端控制器和代理服务器具有同时与多种类型的无线网路终端建立连接;用于动态监测各个无线网路终端的实际带宽、时延、丢包率数据传输参数。 7. A method according to one of claim 4 number of wireless transmission of large data traffic binding as claimed in claim, wherein: said terminal having a controller and at the same time the proxy server establishes a connection with multiple types of wireless network terminals ; dynamic monitoring of actual bandwidth for each radio network terminals, delay, packet loss rate data transmission parameter.
  8. 8. 根据权利要求4所述的一种绑定数个无线网络传输大业务量数据的方法,其特征在于:所述终端控制器和代理服务器具有用于定时向对方传送各个无线网路终端的实际带宽、时延、丢包率数据传输参数。 8. A method according to one of claim 4 number of wireless transmission of large data traffic binding as claimed in claim, wherein: the terminal controller and each radio network having a proxy terminal for the timing of transmission to the other party The actual bandwidth, delay, packet loss rate data transmission parameter.
  9. 9. 根据权利要求4所述的一种绑定数个无线网络传输大业务量数据的方法,其特征在于:所述终端控制器和代理服务器具有用于依据无线网路终端的传输参数动态调整数据发送策略,达到最优传输的目的。 9. The method for binding a number of wireless transmission of large amounts of data traffic according to claim 4, wherein: said terminal having a controller and a proxy server for dynamically adjusting transmission parameters based on the wireless network terminal data transmission strategy, achieve optimum transmission.
  10. 10. 根据权利要求4所述的一种绑定数个无线网络传输大业务量数据的方法,其特征在于:所述终端控制器和代理服务器具有用^对各种类型的无线网路终端在不同的带宽、不同的时延情况下,正确对收到的数据包进行组装,恢复原来的顺序。 10. A method for binding a number of wireless transmission of large amounts of data traffic according to claim 4, wherein: said terminal having a controller and a proxy terminal ^ various types of wireless networks in different bandwidth, different delays, the received data packet to the correct assembling, restore the original sequence.
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