Path tracking via speed adjustment for car-like robots based on a multilayer MPC framework
Car-like robots are front wheel steering robots with a structure similar to that of unmanned vehicles and are widely used in manufacturing, warehousing, and other industries because of their advantages, such as simple structure and high load-bearing ...
Junna ZHANG, Guoxing BAI
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A Two-Layer Controller for Lateral Path Tracking Control of Autonomous Vehicles. [PDF]
He Z, Nie L, Yin Z, Huang S.
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Computer hardware and software for robotic control [PDF]
The KSC has implemented an integrated system that coordinates state-of-the-art robotic subsystems. It is a sensor based real-time robotic control system performing operations beyond the capability of an off-the-shelf robot. The integrated system provides
Davis, Virgil Leon
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Path Tracking Control of Field Information-Collecting Robot Based on Improved Convolutional Neural Network Algorithm. [PDF]
Gu Y, Li Z, Zhang Z, Li J, Chen L.
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Configuration management and automatic control of an augmentor wing aircraft with vectored thrust [PDF]
An advanced structure for automatic flight control logic for powered-lift aircraft operating in terminal areas is under investigation at Ames Research Center.
Cicolani, L. S., Meyer, G., Sridhar, B.
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Time-domain optimization based NMPC path tracking control for underground LHD. [PDF]
Liu Y +7 more
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Path tracking control method for tracked agricultural vehicles based on slip-aware look-ahead point offset. [PDF]
Liu H +6 more
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PSO-NMPC control strategy based path tracking control of mining LHD (scraper). [PDF]
Liu Y +6 more
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Fuzzy backstepping controller for agricultural tractor-trailer vehicles path tracking control with experimental validation. [PDF]
Wang A +8 more
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Iterative learning control for spatial path tracking
Iterative learning control (ILC) is a high performance method for systems operating in a repetitive manner, which aims to improve tracking performance by learning from previous trial information. In recent years research interest has focused on generalizing the task description in order to achieve greater performance and flexibility.
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