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CONTROL APPROACHES TO BIO-ECOLOGICAL SYSTEMS -MILSTONE REPORT BY CC-IL, IFAC-

机译:通过CC-IL,IFAC的生物生物生物生物生物生物生物系统的方法 - Milstone报告 -

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As we begin the 21st Century, "Future Directions of Automatic Control" is exploding. Automatic control systems play critical roles in many fields, which means that these theory and technology are now applied to bio-ecological systems such as agriculture and medicine far beyond its initial applications. Further environment problems should be solved based on control applications for the better symbiosis between biology and industry, which may be included in the bio-ecological systems. At NOLCOS in 2001, Prof. Murray gave the excellent plenary lecture where nano-technology, quantum mechanics, biology and environment were pointed out as the new frontier in control sciences". It may be noted that bio-ecological systems are considered as one of the most prosperous future directions of automatic control, though the biology mentioned above means not macro biology such as agriculture and medicine but molecular biology. Our CC is composed of two TCs in agricultural department, one TC in bio-medical department and one TC in environmental science: namely, TC-ILP(Technical Committee on Model- . ling & Control in Agricultural Processes: A), TC-ILA(Technical Committee on Control Systems for Agriculture: B), TC-ILB(Technical Committee on Modelling & Control of Biomedical Systems: C), and TC-ILE(Technical Committee on Modelling & Control of Environmental Systems: D). Though each TC has the fundamental concept common through Bio-Ecological Systems, actual problems are quite different in their histories. The first and the second TC have the mission in the agricultural processes and systems, where a lot of applications has been done for these ten years. The third TC has the mission in bio-medical processes having the long history in IFAC. In these TCs, the applications are more important than the concept. While, the fourth TC was established at San Francisco Congress in 1996. The TC has been discussing the concept and finally organized the workshop in 2001. Therefore, tendency is quite different.
机译:正如我们开始21世纪,“未来的自动控制方向”正在爆炸。自动控制系统在许多领域中发挥着关键角色,这意味着这些理论和技术现在应用于远远超出其初始应用的农业和医学等生物生态系统。基于对生物学和行业之间更好的共生效果的控制应用,应该解决进一步的环境问题,这可能包括在生物生态系统中。在Nolcos于2001年,默里教授提供了优秀的全体会议讲座,其中纳米技术,量子力学,生物学和环境被指出作为对照科学的新前沿“。可以注意到生物生态系统被认为是一个最繁荣的自动控制方向,尽管上述生物学意味着非宏观生物学,如农业和医学,而是分子生物学。我们的CC由农业部两种TCS组成,在生物医学部门的一个TC和环境中的一个TC组成。科学:即TC-ILP(模型 - 农业过程技术委员会),TC-ILA(农业控制系统技术委员会),TC-ILB(建模与控制技术委员会)生物医学系统:c)和TC-ILE(环境系统的建模和控制技术委员会:D)。虽然每个TC通过生物生态系统具有共同的基本概念,但实际问题非常不同在他们的历史中。第一个和第二届TC都有农业过程和系统的使命,这十年来了很多申请。第三届TC在IFAC中拥有历史悠久的生物医疗过程中的任务。在这些TCS中,应用程序比概念更重要。虽然,第四届TC于1996年在旧金山大会建立。该TC一直在讨论该概念,最后在2001年组织了该研讨会。因此,趋势是完全不同的。

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