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1
Constrained Connected Automated Vehicle Trajectory Planning: A Spatial Dynamics Perspective.
Constrained Connected Automated Vehicle Trajectory Planning: A Spatial Dynamics Perspective.
Yi, Ran.Civil & Environmental Engr. | The University of Wisconsin - Madison. | 2024
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2
Decentralized Real-Time Trajectory Planning for Multi-Robot Navigation in Cluttered Environments- [electronic resource]
Decentralized Real-Time Trajectory Planning for Multi-Robot Navigation in Cluttered Environments- [electronic resource]
Senbaslar, Baskin Burak.Computer Science. | University of Southern California. | 2023
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3
Trajectory Prediction and Uncertainty Quantification for Autonomous Driving- [electronic resource]
Trajectory Prediction and Uncertainty Quantification for Autonomous Driving- [electronic resource]
Chen, Junan.Mechanical Engineering. | Cornell University. | 2023
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4
Trajectory Optimization and Control of Small Spacecraft Constellations.
Trajectory Optimization and Control of Small Spacecraft Constellations.
Sin, Emmanuel Joseph.Mechanical Engineering. | University of California, Berkeley. | 2021
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5
Trajectory Optimization and Data-Driven Modeling for Robotic Bat Flapping Flight.
Trajectory Optimization and Data-Driven Modeling for Robotic Bat Flapping Flight.
Hoff, Jonathan E.Electrical & Computer Eng. | University of Illinois at Urbana-Champaign. | 2020
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6
Trajectory Planning for Manipulators Performing Complex Tasks
Trajectory Planning for Manipulators Performing Complex Tasks
Kabir, Ariyan M. | University of Southern California | 2019
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7
Trajectory : 7 career strategies to take you from where you are to where you want to be
Trajectory : 7 career strategies to take you from where you are to where you want to be
Van Rooy, David L. | | 2014
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8
Inferring the Biological Time of Single Cells Using Supervised Dimensionality Reduction and Trees.
Inferring the Biological Time of Single Cells Using Supervised Dimensionality Reduction and Trees.
Strzalkowski, Alexander Artur.Computer Science. | Princeton University. | 2024
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9
Towards a Fall-Tolerant Framework for Bipedal Robots.
Towards a Fall-Tolerant Framework for Bipedal Robots.
Mungai, Margaret Eva Wangari.Mechanical Engineerin | University of Michigan. | 2024
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10
Control and Motion Planning for a Low-Inertia Multi-DoF Robotic Manipulator With Proprioceptive Actuators for Dynamic Manipulation.
Control and Motion Planning for a Low-Inertia Multi-DoF Robotic Manipulator With Proprioceptive Actuators for Dynamic Manipulation.
Noh, Donghun.Mechanical Engineering 0330. | University of California, Los Angeles. | 2024
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