Potapov A N, Strogonova L B, Damirian A U
Kosm Biol Aviakosm Med. 1991 Mar-Apr;25(2):26-31.
Recent advances in electronics and computers are widely used in present-day physiological equipment. Microprocessors are part of hardware complexes and nonstandard equipment. This increases significantly experimenter's capabilities in terms of experimental control and data processing and storage. These trends acquire great significance for the production of space-oriented research equipment in which automation of experimental control and data processing is highly important. Examples of experimental equipment for space physiology studies designed and developed through cooperative efforts of the USSR, socialist countries, NASA, ESA, and CERMA are considered.
电子学和计算机领域的最新进展广泛应用于当今的生理设备中。微处理器是硬件复合体和非标设备的一部分。这在实验控制、数据处理和存储方面显著提高了实验者的能力。这些趋势对于生产面向太空的研究设备具有重大意义，在这类设备中，实验控制和数据处理的自动化非常重要。文中还探讨了由苏联、社会主义国家、美国国家航空航天局、欧洲航天局和欧洲航天医学研究与培训中心合作设计和开发的太空生理学研究实验设备的实例。
