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伴随着我国经济的快速发展,科学技术的突飞猛进,人们生活水平的提升,对我有关航天电子设备提出了更高的要求,因此我国建立了一种综合利用航天电子设备分系统,对于该系统的可靠性信息和试验数据正在研究当中,以及整机系统试验数据的Bayes可靠性实验技术也在整理方法。这种方法利用最大熵方法运用于航天电子设备,及其与之融合分系统可靠性信息对航天有很大的意义,本文从航天技术出发,结合长期以来有关航天的经验,提出了自己的一些看法。希望能够更好促进我国高有关航天电子设备技术的发展,进而提升我国有关航天整体构建水准。
With the rapid economic development in our country, the rapid development of science and technology and the improvement of people’s living standard have put forward higher requirements for the aerospace electronic equipment. Therefore, China has established a subsystems for the comprehensive utilization of aerospace electronic equipment. Reliability information and test data are being studied, and Bayes reliability experimental techniques for system-wide test data are also being finalized. This method using maximum entropy method applied to aerospace electronic equipment, and its fusion subsystems reliability information has great significance to spaceflight. Based on the space technology, combined with long-term space experience, put forward some of its own view. Hoping to better promote the development of China’s high-tech related aerospace electronic equipment and thus enhance China’s overall astronautic construction standards.