PLIS and parallel architectures for use in the aerospace area. Software errors and fault -tolerant design

The book provides the concept of eliminated errors that arise in the PPGA type PPG (FPGA - Field Programmable Gate Array) and graphic processors. The radiation effects in PLIS, fault -resistant methods for PLIS, the use of mass -produced PLIS in aviation and astronautics, experimental data on the impact of radiation on the plis, processors built into the PLAS under the influence of radiation and making errors in the PLAS are considered. Since the specialized architecture of parallel processing, as in the case of a graphic processor, has become more demanded in aviation and astronautics due to high computing capabilities, the results of the analysis of the graphic processor behavior under the influence of radiation are also given. Workers engaged in the use of mass -produced PLIS in aviation, astronautics, in instrumentation for transport and other critical areas of the national economy, but also undergraduates studying in the direction of preparation 11. 04. 04 “Electronics and nanoelectronics”, as well as graduate students undergoing training on The direction of preparation 11. 06. 01 “Electronics, radio engineering and communication systems”.