摘要：【中文】本发明公开了DTU配电自动化远方终端中用于网络状态优化的方法，包括：建立链路、数据中心和两个以上带有数据通信单元DTU配电自动化远方终端的设备；所述设备称为节点，安装在配电网中，节点用于稳定性测试数据报文的转发、稳定性测试数据报文内容的添加，还用于统计经过节点的周期性数据、随机性数据和突发性数据的字节数量；所述链路为节点与节点之间、数据中心与节点之间通过有线或者无线介质进行的传输介质；所述数据中心用于获取经过节点的周期性数据、随机性数据和突发性数据的字节数量，用于下达周期性数据之间的时间间隔Tc，用于测试网络状态，还用于执行统计算法和分析算法，完成网络状态分析优化。 【EN】The invention discloses a method for optimizing network state in a DTU distribution automation remote terminal, which comprises the following steps: establishing a link, a data center and more than two pieces of equipment with a data communication unit DTU distribution automation remote terminal; the equipment is called a node and is installed in a power distribution network, and the node is used for forwarding a stability test data message, adding the content of the stability test data message and counting the number of bytes of periodic data, random data and burst data passing through the node; the links are transmission media which are carried out between the nodes and between the data center and the nodes through wired or wireless media; the data center is used for acquiring the number of bytes of periodic data, random data and burst data passing through the nodes, issuing a time interval Tc between the periodic data, testing the network state, executing a statistical algorithm and an analysis algorithm and finishing the analysis and optimization of the network state.

摘要：【中文】本发明提供一种基于补偿机制的合作抗干扰分层博弈模型及方法，建立博弈模型，将频谱管理者、用户和干扰建模为博弈参与者，用户通过向频谱管理者支付报酬获得频谱资源的接入权，频谱管理者通过选择并补偿诱饵用户降低干扰影响，以保护其余用户的正常通信；干扰以最小化用户的吞吐量为优化目标，频谱管理者依据用户的业务需求和补偿量，选择诱饵用户，其余用户通过调整信道和功率配置，优化数据业务的传输，提高网络抗干扰性能。 【EN】The invention provides a cooperative anti-interference layered game model and a method based on a compensation mechanism, wherein the game model is established, a frequency spectrum manager, users and interference are modeled as game participants, the users obtain the access right of frequency spectrum resources by paying reward to the frequency spectrum manager, and the frequency spectrum manager reduces the interference influence by selecting and compensating decoy users so as to protect the normal communication of other users; the interference is optimized by minimizing the throughput of users, a spectrum manager selects decoy users according to the service requirements and compensation quantity of the users, and other users optimize the transmission of data service by adjusting channel and power configuration, so that the anti-interference performance of the network is improved.