inertial measurement信息详情
惯性测量
measurement───n.测量；[计量]度量；尺寸；量度制
inertial fusion───惯性聚变
carat measurement───克拉测量
inertial force───[力]惯性力
measurement chart───尺码表
inertial frame───n.惯性坐标系
inertial mass───[力]惯性质量
measurement error───[测]测量误差；量度误差
girth measurement───周长测量
A design method of the micro inertial measurement unit (MIMU) system is introduced.───介绍了一种微惯性测量组合(MIMU)系统的设计方法。
A low cost calibration system for micro inertial measurement unit (MIMU) has been designed.───设计了一台低成本的微惯性测量组合标定系统。
The results show the feasibility of the inertial measurement method in actual project application.───表明了该测量方法在实际工程应用中的可行性。
However, comparing with conventional inertial measurement components, MIMU has lower precision, which severely handicap its application.───但是，与传统的惯性测量组合相比，微惯性测量组合的精度明显偏低，这极大地限制了它的应用。
A framework of inertial measurement unit is designed and the B-spline wavelet finite element model of IMU is worked out.───给出了一种惯性测量单元（IMU）系统结构，建立了整个模型B样条小波有限元模型；
In this paper the problem of calibrating the gyro static drift parameters of inertial measurement unit is studied.───本文研究了捷联惯性组件中陀螺静态漂移参数的标定问题。
The development of mechatronic technology laid the foundation for the widely use of inertial measurement systems.───机电技术的发展为惯性测量系统的大量应用奠定了基础。
This paper presented one single chip micro inertial measurement unit based on ordinary bulk micromachining process such as dissolved wafer process.
The errors of Inertial Measurement Unit( IMU ) affect the accuracy of the system a lot and also determine the impact point error of missiles directly.
Barometric Altimeter and Inertial Measurement Unit presentation.
The acceleration sensor is the key basic component for IMU (Inertial Measurement Unit) to sense and analysis the motion information.
In this paper the problem of calibrating the gyro static drift parameters of inertial measurement unit (IMU) is studied.
Micro Inertial Measurement Unit(MIMU) which made up of micro inertial sensors gives a great progress in the miniaturization and micromation of inertial instrument.
Gazebo models not only standard robot sensors (such as inertial measurement units, GPS receivers, and monocular cameras) but also real-world rigid-body physics for robotic environments.
To decrease the cost of calibrating MEMS inertial measurement unit( IMU ), this paper proposes an approach to calibrating MEMS IMU by means of machine vision technique.