Results 211 to 220 of about 28,973 (259)
Some of the next articles are maybe not open access.
1996
Gyroscopes (hereafter abbreviated W gyro) and accelerometers are known as inertial sensors. This is because they exploit the property of inertia. namely the resistance to a change in momentum, to sense angular motion in the case of the gyro and changes in linear motion in the case of the accelerometer.
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Gyroscopes (hereafter abbreviated W gyro) and accelerometers are known as inertial sensors. This is because they exploit the property of inertia. namely the resistance to a change in momentum, to sense angular motion in the case of the gyro and changes in linear motion in the case of the accelerometer.
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1993
In Chapter 2 we described inertial systems error modeling and the generation of specifications for the sensors in an inertial navigator, specifications which could (and should) follow the Institution of Electrical and Electronic Engineers (IEEE) standard formats for inertial sensors.
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In Chapter 2 we described inertial systems error modeling and the generation of specifications for the sensors in an inertial navigator, specifications which could (and should) follow the Institution of Electrical and Electronic Engineers (IEEE) standard formats for inertial sensors.
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Optomechanical Inertial Sensors
We present novel optomechanical inertial sensing technologies of exquisite sensitivity for precision science-grade observations and engineering applications that can be used in space, air, underground, deep water, and planetary environments, as well as for inertial navigation.Nelson, Andrea +2 more
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2004
MEMS sensors have developed substantially over the last 15 years in many respects. A number of new approaches have been very successful and this has led to high performance devices. Advances in the micro-machining techniques have provided a substantial enhancement to the technology, leading to substantial cost reduction.
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MEMS sensors have developed substantially over the last 15 years in many respects. A number of new approaches have been very successful and this has led to high performance devices. Advances in the micro-machining techniques have provided a substantial enhancement to the technology, leading to substantial cost reduction.
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Calibration of Inertial Sensors
2000Abstract : The calibration of accelerometers, angular rate sensors, and inertial measurement units (IMU) increases the accuracy of their measurements. For artillery rounds and most rockets, measurements are acquired while the body is spinning. By the comparison of the sensor output to known input, calibration is accomplished.
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1996
This chapter discusses some of the most important gyroscopic rotation sensors that have been in use throughout this century. The central issues are their mathematical model and characteristic error sources, which allow the prediction of their performance in various applications and environments. The knowledge of the angular attitude of a flight vehicle
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This chapter discusses some of the most important gyroscopic rotation sensors that have been in use throughout this century. The central issues are their mathematical model and characteristic error sources, which allow the prediction of their performance in various applications and environments. The knowledge of the angular attitude of a flight vehicle
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An Overview of Wearable Piezoresistive and Inertial Sensors for Respiration Rate Monitoring
Electronics (Switzerland), 2021Ramiro Velázquez +2 more
exaly
Toward Self-Powered Inertial Sensors Enabled by Triboelectric Effect
ACS Applied Electronic Materials, 2020Zuankai Wang, Nan Zhang, Chaoran Liu
exaly