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随着计算机及网络技术的发展,仪器的功能也不再局限于单一的数据测试及显示,至少应该能够实现信息的获取、处理、存储及传输功能。现有仪器系统的主要问题在于整个系统的软、硬件构成均为一次性配置,对环境的适应能力及容错能力均不理想。由生物体的先天遗传、后天获得的运行机制得到启发,笔者给出了生物启发仪器的概念,对仪器系统的体系结构及关键技术进行了初步探讨,并介绍了本实验室所取得的初步研究成果。
With the development of computer and network technology, the function of the instrument is no longer limited to a single data test and display, at least it should be able to achieve the information acquisition, processing, storage and transmission functions. The main problem of the existing instrumentation system is that the entire system has a one-time configuration of software and hardware, which is not ideal for environment adaptability and fault tolerance. Inspired by the organism’s innate heredity and the acquired operating mechanism, the author gives the concept of bio-inspired instrument, discusses the system architecture and key technologies of the instrument system, and introduces the preliminary research Results.