1.
The Development and Application of Multi-mode Work&Operation Ticket System;
多模式智能工作票、操作票系统的开发与应用
2.
An Intelligent System Based on Software Reuse for Maintain Work Schedule & Switching Sequence of Substations;
基于软件复用的变电站工作票与操作票智能开票系统
3.
Design and Development of Distributed Intelligent System of Working Schedule and Switching Sequences for Substation;
分布式变电站工作票操作票智能系统的研究与开发
4.
The Research & Application of Intelligent Workflow in Electric Power Two Tickets System;
智能工作流在电力调度两票系统中的研究与应用
5.
The Research and Develop of Expert System for Intelligent Operation Order;
智能型操作票专家系统的研究与设计
6.
Applicated Research of the Distributed Intelligent Switching Orders System;
分布式智能操作票系统的实用化研究
7.
Intelligent Operation Sheet Expert System Based on IEC 61970
基于IEC61970标准的智能操作票专家系统
8.
The Station Operation Order Sheet System with Intelligent Training Function;
具有智能培训功能的变电站操作票生成系统
9.
workers in AI hope to imitate or duplicate intelligence in computers and robots.
人工智能的工作人员希望能让机器人有智力。
10.
The Study of Versatile and Intelligent Switching System for Power System;
电力系统通用智能倒闸操作票系统的研究
11.
Research of Intelligent Power System Operation Order System Based on Integrative Thought;
基于一体化思想的电网智能操作票系统
12.
The Development of Intelligent Dispatching Operation System in Handan Power Network;
邯郸地区电网智能调度操作票系统的开发
13.
The System of Creating and Managing Operation Sheet with Intelligence for ShangAn Power Plant;
上安电厂操作票智能生成及其管理系统
14.
Realization of the Intelligent Switching Orders Generation System in the Regional Dispatching (Substations);
地区调度（变电站）操作票智能生成系统的实现
15.
Research and Development of Intalligent Universal Switching Operation System in Transformer Substation;
通用型变电站倒闸操作票智能系统的开发研究
16.
Decoupling Algorithm Reseach on Intelligently Forming Systems of Operation Tickets for Rectification Bureau
一种智能操作票系统中解耦算法的研究
17.
Intelligent power dispatching operation order ticket management system based on.NET technology
基于.NET的智能型电网调度操作票管理系统
18.
Design and Realization of Electric Power Dispatch Operation Instructions Intelligence Training System
电网调度操作票智能培训系统的设计与实现