数以百计的压力传感器嵌入到这些模型里，测量起飞和降落期间的空气动力性能。
Hundreds of pressure sensors are embedded in the models to measure aerodynamic performance during takeoff and landing.
讨论了基于嵌入式系统的井下顶板压力监测系统的基本结构和所实现的功能，详细介绍了实现该系统的关键技术。
The paper discussed the basic structure and functions of monitoring system of plank pressure based on embedded system underground, and introduced the key techniques to realize this system.
这套外骨骼设计中嵌入了传感器，可以识别压力和动作，由此来控制电脑屏幕上的指针。
Sensors built into the exoskeleton design recognise pressure and movements, which are then used to control an on-screen pointer.
嵌入式飞行数据传感(FADS)系统是一种依靠嵌入在飞行器前端的压力传感器阵列来间接获得飞行参数的飞行数据传感系统。
The flush air data sensing (FADS) system USES a matrix of pressure transducer on the vehicle nose to estimate air data parameters.
随着科技的迅猛发展，嵌入式系统开发者承受了巨大的压力。
Technology RACES forward, and it's putting a lot of pressure on embedded-system developers.
嵌入式大气数据传感（FADS）系统较之传统的大气数据系统有很大的优势，它依靠飞行器前端的压力传感器间接得到飞行大气数据。
The flush airdata sensing system is much better than the traditional airdata system, and it depends on the pressure sensors allocated on the forebody of aircraft to derive the airdata indirectly.
嵌入式大气数据传感（FADS）系统较之传统的大气数据系统有很大的优势，它依靠飞行器前端的压力传感器间接得到飞行大气数据。
The flush airdata sensing system is much better than the traditional airdata system, and it depends on the pressure sensors allocated on the forebody of aircraft to derive the airdata indirectly.
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