摘要
智能电能表软件是实现智能电能表电能计量、数据冻结存储、事件记录、通信、显示、费控、阶梯电价等众多功能的重要基础。本文结合基于模拟现场工况干扰的黑盒测试方法和基于EEPROM数据读写的白盒测试方法,运用层次分析法(AHP)建立了智能电能表软件品质评估指标体系,给出了智能电能表软件品质综合评估模型,综合评估结果为国家电网公司开展智能电能表软件品质评估、质量监督提供客观和科学的依据,实例分析验证了本文提出的软件品质评估方法的有效性。
The software of smart meters plays an important role in the realization of energy metering , data freezing and storage, event record, communication, display, cost control, and step tariff.In this paper, a novel evaluation index system of smart meters was established by using the method of analytic hierarchy process （ AHP） , which combined the black box testing method based on the simulation of the field operation disturbance with the white box testing method based on the reading and writing of the EEPROM data.A comprehensive evaluation model of the software performance for smart meter was presented in this paper.The evaluation results can provide an objective and scientific basis for the State Grid Company to carry out software performance evaluation and quality supervision of smart meters.The example analysis verifies the effectiveness of the software performance evaluation method proposed in this paper.
出处
《电测与仪表》
北大核心
2015年第4期13-18,53,共7页
Electrical Measurement & Instrumentation
关键词
智能电能表
软件品质
评估指标
层次分析
smart meter, software performance, evaluation index, analytic hierarchy process （AHP）
