摘要：【中文】本发明公开了一种多路并发系统与VPDN结合进行组网工作的方法，所述方法包括：当前节点有业务数据触发时，尝试激活VPDN网络内从所述当前节点到目标节点之间对应的静态路由；获取所述静态路由的激活结果，若所述当前节点到目标节点之间的路由可用，则针对多路并发系统同时进行VPDN的网络状况探测；根据网络状况探测结果，选取预先配置的破碎算法；根据选取的所述破碎算法，基于所述当前节点到目标节点之间的路由进行数据传输；实现了同时使用多条VPND链路在多路并发系统内的设备间进行组网通信的目的，提高了数据传输的效率。 【EN】The invention discloses a method for networking by combining a multi-path concurrent system and a VPDN (virtual private network address), which comprises the following steps: when a current node is triggered by service data, trying to activate a corresponding static route from the current node to a target node in a VPDN network; acquiring an activation result of the static route, and if the route from the current node to the target node is available, simultaneously detecting the network condition of the VPDN aiming at the multi-path concurrent system; selecting a pre-configured crushing algorithm according to a network condition detection result; according to the selected crushing algorithm, data transmission is carried out based on the route from the current node to the target node; the purpose of networking communication among devices in a multi-path concurrent system by simultaneously using a plurality of VPND links is achieved, and the efficiency of data transmission is improved.

摘要：【中文】本公开是关于一种链路监测方法及装置。该方法包括：在拨号成功时，建立至少两条链路；获取每条链路的参数信息；根据所述参数信息确定所述至少两条链路中是否有待重启链路；在确定有所述待重启链路时，确定当前是否有重启机会；在确定当前有重启机会时，确定是否有大于一条的通信链路；在确定有大于一条的通信链路时，重启所述待重启链路。该技术方案既能实现当前数据的传输，又能实现对质量差的链路的重启，使得传输数据的链路的质量整体得到改善，从而提高了拨号上网的数据传输性能。 【EN】The disclosure relates to a link monitoring method and device. The method comprises the following steps: when the dialing is successful, at least two links are established; acquiring parameter information of each link; determining whether a link is to be restarted or not in the at least two links according to the parameter information; when determining that the link to be restarted exists, determining whether a restarting opportunity exists currently; when determining that a restart opportunity exists currently, determining whether more than one communication link exists; and restarting the link to be restarted when more than one communication link is determined. The technical scheme can realize the transmission of the current data and the restart of the link with poor quality, so that the quality of the link for transmitting the data is integrally improved, and the data transmission performance of dial-up networking is improved.

摘要：【中文】本发明公开了一种无中心多路并发传输系统的广播方法及服务器，通过获取无中心多路并发传输系统内各设备的设备信息，根据所述设备信息，获取所述无中心多路并发传输系统内对应的实际业务种类；根据获取的所述实际业务种类，从预设的多个广播策略中选取与所述实际业务种类相匹配的广播策略；按照选取出的匹配广播策略，在所述无中心多路并发传输系统内发送广播数据包；解决了无中心多路并发传输系统内广播数据如何发送的问题，实现了无中心多路并发传输系统内正常发送广播的需求，提高了广播信息的发送范围。 【EN】The invention discloses a broadcasting method and a server of a centerless multi-channel concurrent transmission system, which are characterized in that equipment information of each equipment in the centerless multi-channel concurrent transmission system is obtained, and a corresponding actual service type in the centerless multi-channel concurrent transmission system is obtained according to the equipment information; selecting a broadcasting strategy matched with the actual service type from a plurality of preset broadcasting strategies according to the acquired actual service type; according to the selected matching broadcast strategy, sending a broadcast data packet in the centerless multi-path concurrent transmission system; the problem of how to send the broadcast data in the centerless multichannel concurrent transmission system is solved, the requirement of normally sending the broadcast in the centerless multichannel concurrent transmission system is met, and the sending range of the broadcast information is enlarged.

摘要：【中文】本公开是关于一种拨号上网方法及装置。所述方法包括：获取配置文件，所述配置文件为预先配置的用于实现拨号上网的文件；检测GSM模块的第一信息和SIM卡的第二信息；根据所述GSM模块的第一信息和所述SIM卡的第二信息以及所述配置文件生成对应的拨号脚本；调用所述拨号脚本进行拨号，以建立终端设备与网络侧的网络链接。本公开技术方案可根据GSM模块和SIM卡以及配置文件自动生成对应的拨号脚本以建立网络链接，从而避免了使用过程中的繁琐度和调试人员的工作复杂度，并增加了使用过程中的灵活性。 【EN】The disclosure relates to a dial-up networking method and device. The method comprises the following steps: acquiring a configuration file, wherein the configuration file is a file which is configured in advance and used for realizing dial-up networking; detecting first information of a GSM module and second information of an SIM card; generating a corresponding dialing script according to the first information of the GSM module, the second information of the SIM card and the configuration file; and calling the dialing script to dial so as to establish a network link between the terminal equipment and the network side. According to the technical scheme, the corresponding dialing script can be automatically generated according to the GSM module, the SIM card and the configuration file so as to establish the network link, so that the complexity in the using process and the working complexity of debugging personnel are avoided, and the flexibility in the using process is improved.

摘要：【中文】本发明提供了一种基于数据包编号的多路并发传输方法和系统，该方法和系统通过对目标文件进行破碎处理，以得到对应的若干碎片数据包，对每一个碎片数据包进行关于互斥锁的锁定处理，以此获取每一个碎片数据包对应的数据包编号信息，对每一个碎片数据包进行传输超时判断处理，以此确定不同碎片数据包相互之间对应的传输达到顺序信息，基于数据包编号信息和传输到达顺序信息，对相应的若干碎片数据包进行重组处理，该方法和系统对碎片数据包同时进行锁定处理和传输超时判断处理来分别获取关于不同碎片数据包的数据包编号信息和传输达到顺序信息，从而避免对碎片数据包进行单一编号处理而引起的误编号，以提高碎片数据包的重组准确性和重组效率。 【EN】The invention provides a multi-channel concurrent transmission method and a system based on data packet numbers, which carry out crushing processing on a target file to obtain a plurality of corresponding fragment data packets, carry out locking processing on a mutex lock on each fragment data packet to obtain data packet number information corresponding to each fragment data packet, carry out transmission overtime judgment processing on each fragment data packet to determine corresponding transmission reaching sequence information among different fragment data packets, carry out recombination processing on a plurality of corresponding fragment data packets based on the data packet number information and the transmission reaching sequence information, simultaneously carry out locking processing and transmission overtime judgment processing on the fragment data packets to respectively obtain the data packet number information and the transmission reaching sequence information of different fragment data packets, thereby avoiding misnumbering caused by single number processing on the fragment data packets, so as to improve the reassembly accuracy and reassembly efficiency of fragmented packets.