基于网络指纹识别的电力系统应急调度动态控制技术

Dynamic control technology of power system emergency dispatching based on network fingerprint identification

摘要:

在控制电力系统应急调度工作时，传统方法使用的是用户密码识别动态控制技术，该技术耗费时间长，所需成本高，且产生的工作效果差，难以满足目前电力系统资源调度与管理的要求。为了解决此问题，基于网络指纹识别技术研究了一种新的应急调度动态控制技术，该技术由认证服务器、用户管理、用户权限设置、指纹登录和调度模块组成，通过建立安全区确保环境安全、设备安全、传输介质安全、视频监听安全以及磁盘安全。工作过程分为建立电力资源路由选择表、数据包处理、标记替换、解除电力资源数据包标记四步。与基于用户密码识别的动态控制技术进行对比，从安全性、控制时间和稳定性进行实验研究，研究结果表明，基于网络指纹识别的动态控制技术可以在短时间内取得较好的控制效果，且安全性很高。研究的技术具有很大的市场发展空间，值得大力推广使用。

Abstract:

In order to control the emergency dispatch of power system, the traditional method uses the dynamic control technology of user password recognition. This technology takes a long time, high cost and poor work effect. It is difficult to meet the requirements of current power system resource scheduling and management. In order to solve this problem, a new dynamic control technology for emergency dispatch is studied based on the network fingerprint identification technology. The technology is composed of authentication server, user management, user authority setting, fingerprint login and scheduling module. By establishing security area, the environment security, security, transmission media security, video surveillance system are ensured. Listen to security and disk security. The work process is divided into four steps: establishing the power resource routing table, data packet processing, mark replacement, and power resource data packet marking. Compared with the dynamic control technology based on user password fingerprint identification, experimental research on safety, control time and stability is carried out. The results show that the dynamic control technology based on the fingerprint fingerprint identification based on network can achieve better control effect in a short time, and the security is very high. The research technology has great market development space and is worth promoting.