事实上，科学家已经掌握了评估生物控制蕨类植物的影响所需要的大量信息，但是这些信息在许多个人、组织和政府机构中传播开来。
In fact, scientists already have much of the information needed to assess the impact of biological control of bracken, but it is spread among many individuals, organizations, and government bodies.
信号处理、成像、医学成像、地质学、生物信息学、编码理论、信息论、控制系统……它几乎已经扩散到每一个工程学科与领域。
Signal processing, imaging, medical imaging, geology, bioinformatics, coding theory, information theory, control systems... It has been disseminated to almost every engineering field.
第三十五章，冷凝器，增加了水冷与空冷的对比，还有生物控制、制冷凝器、助电动机和不可压缩（体）清洗的信息。
Chapter35 condensers has added a comparison of watercooled versus air-cooled condensers and information on biological control brazed condensers pony motors and purging noncondensables.
该所通过分子生理学，细胞生理学，信息生理学，生物控制系统和大脑研究5个部门从事研究课题。
It conducts its research programs through 5 departments, including Molecular physiology, Cell physiology, Information physiology, Biological control system, and cerebral research.
在工业控制系统、工作流管理、主动数据仓库、生物信息管理等众多领域都充分利用了主动规则机制。
Active rules have been efficiently applied in many lines such as industry controls, workflow processes, active data warehouse, and biologic information management.
运用生物信息处理机制和恒压网络技术进行马达速度控制。
Biological information processing mechanism and constant pressure network technology were researched to control the rotational speed of hydraulic motor.
生物学家用系统、控制论与信息处理方法来观察了解生物学过程的例子越来越多。
Now the systemic, cybernetic and information processing methods have been widely used by biologist to observe and understand the biology process.
另一方面，系统控制论等信息科学学者也正把生物体看作又一类新的复杂系统与智能系统的研究目标。
On the other hand, organism is treated by information science scholar as new research targets of complex and intelligent systems.
从反应动力学出发，综合介绍了一般废水生物处理过程的数学模型、信息检测以及一般控制方案。
On the basis of reaction dynamics, the mathematical model, information feedback and general management method of wastewater biotreatment were introduced.
随着信息技术的飞速发展，生物特征识别技术正在被越来越广泛地应用到数据库和商业系统的访问控制中。
With the rapid growth of information technologies, biometrics is being used more and more widely in applications for accessing databases or business systems.
它吸取了人工智能、概率统计、计算复杂性理论、控制论、信息论、哲学、生理学、神经生物学等学科的成果。
It absorbed some results of artificial intelligence, probability and statistics, computational complexity theory, control theory, information theory, philosophy, physiology, neurobiological.
自1990年开始，丘成栋教授开始对应用数学的很多分支产生了浓厚的兴趣，包括滤波理论、控制论和生物信息学。
Since 1990, he got interested in many branches of applied mathematics, including filtering, control theory and Bioinformatics.
自1990年开始，丘成栋教授开始对应用数学的很多分支产生了浓厚的兴趣，包括滤波理论、控制论和生物信息学。
Since 1990, he got interested in many branches of applied mathematics, including filtering, control theory and Bioinformatics.
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