Frontier Research in Dynamic Control, Vision and Collision Avoidance for Truck Haulage
The creation and maintenance of a healthy working environment in surface mining operations require sustained efforts in pursuing advanced research initiatives toward the development and deployment of powered haulage technologies. This paper contains progress summary on a frontier research in truck dynamic control, vision and collision avoidance. This research is required to provide solutions to challenging problems regarding operator visibility in truck haulage in a surface mining environment. The paper focuses on truck control kinematics and dynamics, truck-haul road interactions, intelligent truck sensing, intelligent truck collision avoidance system, integrated system for situational awareness, augmented visualization and operator interface, and field testing and error variance modeling of developed technologies. A sensor suite of four subsystems, including front-side stereo-camera, front-side Doppler radar, close range sonar proximity sensors, and rear-side camera system have been recommended for developing a 360° truck operator vision to allow safe operations. This research initiative is significant because it will provide a strong basis for developing technologies to improve truck haulage safety in surface mines and construction sites.
S. Frimpong et al., "Frontier Research in Dynamic Control, Vision and Collision Avoidance for Truck Haulage," Proceedings of the 2007 SME Annual Meeting, Society of Manufacturing Engineers, Jan 2007.
Mining and Nuclear Engineering
Electrical and Computer Engineering
Keywords and Phrases
Collision Avoidance; Healthy Working Environment; Surface Mining Operations
Article - Conference proceedings
© 2007 Society of Manufacturing Engineers, All rights reserved.
01 Jan 2007