Applied Research Of Platform And Plug-in Technology In Payload Monitor System

As the enhancement of social informatization, software as the core of IT applications, is becoming more and more important. However, in the environment of new economy, as the competition picking up and the requirement of customers diversifying, corporation calls for a higher software updating frequency. Therefore developing and using reusable software components, and improving development efficiency, becomes one of the best approaches to resolve this problem.In essence, Software reusability is to meet the now and again changing requirements rapidly. It is an effective way to avoid rehanding in software development process, and to improve labor efficiency and software quality. As such, to reuse equipments or components in the greatest extent, improve work efficiency, shorten developing circle, use resources reasonably, decrease developing cost, is the goal of aerospace development and management. Space science and application research of China has been more than fifty years, in recent years, the space activities of our country has been developing quickly and gained marked achievements. However, resource reusability in any aspect of system developing process is not enough, can't meet the requirement of inheritance, improvement and development .The ground application system, as an important part of space system, has the support of software reusable technology. So to develop reusable ground application system is feasible and also has real significance.On the basis of the research of software reusable technology, including component technology, platform and plug-in architecture, field engineering, etc, this paper carries on field oriented development on payload monitoring system, designs and implements the framework of payload monitoring system. And finally, we verify the framework using the requirement and data of ground integrated electrical measurement system of lunar exploration payload, supporting later development of payload monitoring system with reusable design and part code, and offer the reusable development of space ground application system reusable components.