其中多传感器集成的智能化测量系统是未来自由曲面测量系统的主要发展趋势。
It can be predicted that in the near future, the intelligent measuring system with multi-sensors integration technology will be the most promising trend for free-form surface measurement.
还搭建了多传感器集成手爪实验系统，完成了基于多传感器集成手爪的网络遥操作作业。
A gripper test bed is also built on which the internet-based teleoperation jobs is based are achieved.
针对多传感器集成的气象芯片设计中的布局问题，采用有限元方法分析了热风速计工作中产生的热场对气压膜的影响。
Layout design is quite important in multi-sensor integrated weather chips. The influence of the temperature field, induced by thermal anemometer, on pressure sensitive films is analyzed by FEA method.
SOS硬件是灵活的数据处理和控制体系结构，能够无缝集成多传感器以实现高速的数据获取、处理以及通信。
The SOS hardware is a flexible data processing and control architecture that can seamlessly integrate multiple sensors to achieve high-speed data acquisition, processing, and communication.
研究了多传感器数据集成，实现了异常值探测、异常趋势识别、系统误差识别以及监测故障判别等功能。
Firstly, multi-sensor data integration is discussed and is applied to find out abnormal value, abnormal tendency, system error and monitoring default.
因此，移动机器人系统涉及的关键技术包括多传感器数据集成与融合、环境建模、控制体系结构和路径规划以及学习机制等。
So main researches in the field of mobile robot are focus on multisensor integration and fusion, world model, control architecture, path planning and knowledge learning etc.
多传感器测量系统集成视觉传感器、激光测头、接触式测头和数控装备。
The coordinate-measuring system integrates vision sensor, laser scanner, contact probe and CNC machine.
多传感器信息融合是指将经过集成处理的多传感器数据进行合成，形成对外部环境某一特征的一种表达方式的过程。
Multisensor information fusion refers to any procedure where different sources of sensory data in the integration process are combined into one representational format.
多传感器信息集成与融合在处理信息中呈现出较好的实用性和优越性。
A new technology emerges recently to the multisensor information integration and fusion (in short of MIIF), which takes on better practicality and superiority.
还包括多通道传感器以及无线通信芯片的系统集成，以及嵌入式处理器的集成化。
Also includes multi-channel sensor chips and wireless communications systems integration, and integration of embedded processors.
通过对集成多机器人和多传感器的焊接柔性制造系统进行焊接生产任务执行过程的分析，提出了针对焊接柔性制造系统的多智能体控制系统结构。
We constructed an architecture of multi-agent control system for WFMS by analyzing the welding manufacturing processing of a WFMS with multi-manipulator and multi-sensor.
通过对集成多机器人和多传感器的焊接柔性制造系统进行焊接生产任务执行过程的分析，提出了针对焊接柔性制造系统的多智能体控制系统结构。
We constructed an architecture of multi-agent control system for WFMS by analyzing the welding manufacturing processing of a WFMS with multi-manipulator and multi-sensor.
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