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Author : China Academic Journals(CD Edition)Electronic Publishing House Co.,Ltd
Publisher : China Academic Journals(CD Edition)Electronic Publishing House Co.,Ltd
Date : 202201
Pages : 292页
Price : $20
Intelligent Transportation has carefully selected 31 papers that have been published in 8 excellent journals (bilingual publishing), such as Chinese Journal of Ship Research, Journal of Aeronautical Materials, and Journal of Traffic and Transportation Engineering. This book mainly introduces the research progress in intelligent aircraft, intelligent vehicle, and intelligent ship, including information perception, path planning, fault diagnosis, intelligent collision avoidance decision-making and other key technologies.
Chapters
Pages Download ReadUnmanned Aircraft System and Artificial Intelligence
8-14Intelligent and Flexible Morphing Wing Technology: A Review
15-29Bei Dou-Supported Aerotriangulation for UAV Aerial Images
30-36Application Potential of 4D Printing Technology in Development of Aircraft
37-47Review of the development of fault diagnosis technology for unmanned aerial vehicle
48-60Review of Motion Planning Methods of Intelligent Connected Vehicles
85-96Advanced research on information perception technologies of intelligent electric vehicles
97-107Construction of Basic Test Scenarios of Automated Vehicles
108-117Robust Acoustic Feature Extraction Algorithm for Driving Environment of Driverless Cars
118-123Modular Flexible Test Bed for Intelligent and Connected Transportation System
134-143Lane-keeping System of Intelligent Vehicles Based on Extension Switching Control Method
144-152Adaptive threshold method for intelligent ship power system equipment
155-161Tracking control of intelligent ship based on deep reinforcement learning
162-169Intelligent collision avoidance decision-making method for unmanned ships based on drivingpractice
170-179ESO based anti-disturbance target tracking control for twin-screw unmanned surface vehicle
204-211Search area and target scale adaptive sea surface object tracking for unmanned surface vessel
212-223Backstepping adaptive path following of unmanned surface vessels based on surge-varyingLOS
224-232Straight-path tracking control of underactuated USV based on Takagi-Sugeno fuzzy neuralnetwork
233-239Unmanned surface vehicle track control based on improved LOS and ADRC
240-247Cooperative path planning of USV and UAV swarms under multiple constraints
248-256Path planning technologies for USV formation based on improved RRT
257-263Distributed time-varying formation control for unmanned surface vehicles guided by multipleleaders
264-273Target assignment in formation reconfiguration for swarms of unmanned ships
274-279Heading control method of unmanned sailing boats based on fuzzy PID
280-286Predictive analysis on zigzag maneuverability of small saildrone
287-291