自动计算机

This paper presented the latest advances in the application of biosensors monitoring for BOD、N、P、pathogens、pesticides and heavy metals in the aquiculture environment , and the problems with their applications in monitoring mariculture and reasons for the problems. Meanwhile , the novel technologies of genetically engineered microorganism , of molecular imprinting polymer and of real2time multi2analysis needed to improve the performance and to extend the application of biosensors for sea fishery , and to offer a prospect of biosensors to be combined with computer to allow online monitoring and control were demonstrated.

软件简介：论述了生物传感器在监测渔业环境中的BOD、N、P、病原体、农药和重金属等方面的国内外最新进展，分析了生物传感器在海洋渔业应用中存在的主要问题及原因，同时阐述了利用基因工程微生物技术、分子烙印技术、多成分实时分析技术等先进技术提高生物传感器的性能并扩大其在海洋渔业领域中的应用范围，在海洋渔业环境中为实现生物传感器与计算机在线自动监测与控制，开拓新的广阔前景。

This paper presented the latest advances in the application of biosensors monitoring for BOD、N、P、pathogens、pesticides and heavy metals in the aquiculture environment , and the problems with their applications in monitoring mariculture and reasons for the problems. Meanwhile , the novel technologies of genetically engineered microorganism , of molecular imprinting polymer and of real2time multi2analysis needed to improve the performance and to extend the application of biosensors for sea fishery , and to offer a prospect of biosensors to be combined with computer to allow online monitoring and control were demonstrated.

论述了生物传感器在监测渔业环境中的BOD、N、P、病原体、农药和重金属等方面的国内外最新进展，分析了生物传感器在海洋渔业应用中存在的主要问题及原因，同时阐述了利用基因工程微生物技术、分子烙印技术、多成分实时分析技术等先进技术提高生物传感器的性能并扩大其在海洋渔业领域中的应用范围，在海洋渔业环境中为实现生物传感器与计算机在线自动监测与控制，开拓新的广阔前景。

This paper adopts a measurement project to track the measurement reflector mirror without orbit by theoretical analyzing and simulant experiment.

作者基于这一想法研究设计了一套涉及光学、精密机械、电子、计算机和自动控制等多学科技术的测量方案，建立了以光电池为光斑位置信号接收传感器，采用ADuC812数据采集芯片进行数据采集和控制的测量控制系统，通过跟踪测量实验验证了这种方法的可行性。

Each spectrum is run through a computer program that automatically determines the redshift.

每一个光谱将经过计算机程序自动计算出红移。

By computer driving stepper motor with the help of amplifier circuit and A/D card, the movement of standing wave measuring line and the running of changing attenuator were controlled. Automatically measuring the stae of microwave in rectangular wave-guide was realized.

通过应用计算机驱动步进电机控制驻波测量线的移动和可变衰减器的转动，结合放大电路及模数转换卡，实现了自动测量矩形波导管内微波的工作状态。

By computer driving stepper motor with the help of amplifier circuit and A/D card,the movement of standing wave measuring line and the running of changing attenuator were controlled.Automatically measuring the stae of microwave in rectangular wave-guide was realized.

摘 要：通过应用计算机驱动步进电机控制驻波测量线的移动和可变衰减器的转动，结合放大电路及模数转换卡，实现了自动测量矩形波导管内微波的工作状态。

The graduated students will master such applied technologies as building automatic electrical control, computer network, building fire-protection and safety automation, building equipment automation, and offer the abilities to deal with independently the applied design, system integration, construction management of building intelligentization, as well as the ability to carry out applied management in the intelligent building and residential area.

毕业生将掌握楼宇电气自动控制、计算机网络、楼宇消防自动化和安防自动化、楼宇设备自动化等应用技术，具有独立从事楼宇智能化的应用设计、系统集成、施工管理、智能化建筑和智能化小区的应用管理等能力。

The graduated students will master such applied technologies as building automatic electrical control, computer network, building fire-protection and safety automation, building equipment automation, and offer the abilities to deal with independently the applied design, system integration, construction management of building intelligentization, as well as the ability to carry out applied management in the intelligent building and residential area.

培养目标：本专业培养从事楼宇智能化技术方面的工程技术人才。毕业生将掌握楼宇电气自动控制、计算机网络、楼宇消防自动化和安防自动化、楼宇设备自动化等应用技术，具有独立从事楼宇智能化的应用设计、系统集成、施工管理、智能化建筑和智能化小区的应用管理等能力。

The graduated students will master such applied technologies as building automatic electrical control, computer network, building fire-protection and safety automation, building equipment automation, and offer the abilities to deal with independently the applied design, system integration, construction management of building intelligentization, as well as the ability to carry out applied management in the intelligent building and residential area.

高分回报。查看最新版本共有1个版本楼主两个帖子的分都给我算了，这翻译保证准确，而且并不容易。培养目标：本专业培养从事楼宇智能化技术方面的工程技术人才。毕业生将掌握楼宇电气自动控制、计算机网络、楼宇消防自动化和安防自动化、楼宇设备自动化等应用技术，具有独立从事楼宇智能化的应用设计、系统集成、施工管理、智能化建筑和智能化小区的应用管理等能力。

Therefore, it is of much significance to produce a system to recognize white blood cells automatically.

血液图像自动识别系统是计算机、图像处理、模式识别及人工智能理论和技术相互结合的产物，它的原理是模仿人的&脑—眼&系统。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。