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Author/Affiliation: Kenjiro TadakumaTwo-axis Gimbal with Passive Revolute Joints for Motion Isolation of a Stabilizing Mechanism
Advances in Science, Technology and Engineering Systems Journal,
Volume 2,
Issue 3,
Page # 1401–1412,
2017;
DOI: 10.25046/aj0203176
Abstract:
Energy efficiency is a salient design consideration for stabilization mechanisms when assembled on a battery-powered vehicle. In this paper we study the implementation of a two-axis gimbal with passive revolute joints for motion isolation of an inertially stabilized platform (ISP) mounted on a host vehicle. The objective is for the ISP to maintain a steady…
Read More(This article belongs to the SP3 (Special issue on Recent Advances in Engineering Systems 2017) & Section Robotics (ROB))
