| 1. | A fast heuristic service restoration method for distribution network
创新管理谋求医院快速发展 |
| 2. | A fast efficient service restoration method for distribution network
一种快速高效的配电网供电恢复算法 |
| 3. | An implementation of service restoration expert system for power distribution network
的鱼病远程会诊系统的设计与初步实现 |
| 4. | The dissertation makes a basic exploration in the application of igas for the service restoration through network reconfiguration for distribution network
论文对改进遗传算法（ igas ）在配电网络故障恢复重构中的应用进行了初步探讨。 |
| 5. | A service restoration model with priority customers is established too , and the model take the fact of the loads propotion into account
采用考虑用户优先等级的故障后的恢复模型，在对停电区域恢复供电的时候，考虑配电网络的负荷均衡化。 |
| 6. | It also can increase work efficiency and decrease cost . based on the development of distribution automation , some aspects of service restoration system are described in this paper
本文立足于配网自动化的发展的基础上，研制配电网的故障恢复系统，对故障恢复系统中涉及到的多方面问题做了研究。 |
| 7. | B fault detection : detection and indication of inter - phase and earthed phase fault , detection of broken wire , transmission of fault data , fault isolation and service restoration
故障检测功能：检测故障发生的时间历时过程，故障电流电压的幅值和方向，故障录波和报文记录，故障遥测报文上送，与配电主站配合完成故障隔离和事故恢复。 |
| 8. | During the repair time of elements of the distribution networks , because there are some open connecting switches , service restoration reconfiguration can be carried out in order to restore outage areas service
配电网发生故障时，由于配电网中有一些常开的联络开关，所以可以进行故障恢复网络重构，尽可能的使非故障失电区恢复供电。 |
| 9. | 4 ) analyze the service restoration in detail ; with respect to different conditions of service restoration , design different objectives and use different restoration methods such as heuristic search and genetic algorithm and so on
（ 4 ）对配电网故障恢复做了详尽的分析，总结归纳了故障恢复中的各种不同情况，针对不同情况提出了启发式搜索、面向问题的遗传算法等不同的恢复算法。 |
| 10. | The phenomenon that switch refuse to operate during the service restoration is also considered . 5 ) realize the service restoration system with vc + + and introduce how to organize the database and visualize it efficiently
（ 5 ）用vc软件开发工具实现了故障恢复系统，在实现的过程中介绍了如何组织数据库和有效地实现可视化，使得系统和用户更有效地交互，也使得系统更易于移植和维护。 |
