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New frontiers have opened up for line-of-sight communication, targeting, autonomous navigation, intelligence, surveillance and reconnaissance (ISR) and more, with the astonishing advances in inertial technology. Quartz micro-electromechanical (MEMS) inertial sensors use a one-piece, micromachined inertial sensing element to measure angular rotational velocity. Fundamentally, these sensors produce signal output proportional to the rate of rotation sensed.
A free webinar on July 21 explores the advantages of this technology, and those of closed-loop fiber optic gyros (FOGs):  “Resetting the Bar on Inertial Sensor SWaP for Tactical and Navigation Applications.”
Quartz MEMS have crashed past previous SWaP-c barriers in line-of-sight communication and targeting and autonomous navigation, where the key parameters are angle random walk (ARW) for gyros and velocity random walk (VRW) for accelerometers. They serve as the heart of a new generation of system solutions and offer ....

University Of Southern California , United States , David Hoyh , Sergeya Zotov , Los Angeles , Tula State University , Michigan University , Global Research , Us Department Of Defense , University Of California , Research Development , Microsystems Laboratory , University Of Southern California Information Sciences Institute , Inertial Sensor , Navigation Applications , How Quartz , Senior Scientist , Senior Engineer , General Electric Global Research , Principal Investigator , Postdoctoral Scientist , Fiber Optic Gyroscope , Lead Hardware Designer , Technical Lead , Measurement Unit , Electrical Engineering ,