3D PRINTABLE ARTIFICIAL MUSCLES FOR UUVS
Traditional robotic actuation is accomplished via electric motors or pneumatics/hydraulics. Electric motors are usually solenoids running large currents, which generate excessive heat. Pneumatic systems provide more force in large systems but require compressors, are prone to leaks, and output less force when scaled down.
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A 3-DOF caudal fin for precise maneuvering of thunniform-inspired unmanned underwater vehicles. [PDF]
Huertas-Cerdeira C, Gharib M.
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Two-Point Localization Algorithm of a Magnetic Target Based on Tensor Geometric Invariant. [PDF]
Chi C +6 more
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Development of a Numerical Model of a Bio-Inspired Sea Lion Robot. [PDF]
Kadapa S +4 more
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Transformational Artificial Intelligence Applied to UUVs
NPS NRP Executive Summary Amidst the tradeoffs and compounding inaccuracy of benchmark methods (dead reckoning, use of onboard sonar, waypoint mapping, use of inertial navigation units, and surfacing to gain accurate coordinates), this 60–day research study investigated artificial intelligence methods including learning that can be analytically ...
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From fish to fiber: 3D-nanoprinted optical neuromast for multi-integrated underwater detection. [PDF]
Li L +14 more
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Direction-Finding Study of a 1.7 mm Diameter Towed Hydrophone Array Based on UWFBG. [PDF]
Wu S, Huang J, Pang Y, Wang J, Gu H.
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Presenting segmented images in a rapid serial visual presentation stream improves search accuracy. [PDF]
Diaz K +3 more
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Geometric line-of-sight guidance law with exponential switching sliding mode control for marine vehicles' path following. [PDF]
Yuan C +5 more
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Meeting report of the seventh annual Tri-Service Microbiome Consortium Symposium. [PDF]
Liechty ZS +17 more
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