Gait Monitoring by Automatic Guided Vehicle

PC Guided Automatic Vehicle System

The main objective of this paper is to design and develop an automatic vehicle, fully controlled by a computer system. The vehicle designed in the present work can move in a pre-determined path and work automatically without the need of any human operator and it also controlled by human operator. Such a vehicle is capable of performing wide variety of difficult tasks in space research, domestic...

Evaluation of automatic guided vehicle systems

This paper presents a methodology for detailed evaluation of autonomous automated guided vehicles systems (AGVS) used for material handling. The methodology includes: stand-alone sub-module evaluation, including comprehensive simulations and statistical analysis of the system’s sub-modules, along with hardware validation; quantitative system evaluation for integrated system performance investig...

Automatic Vehicle Classification System for Monitoring Highways

Automatic vehicle classification (AVC) systems provide information about classes of vehicle that can be used for many purposes. This paper describes a axle count and axle spacing using wireless accelerometers sensors and magnetometers sensors. The vehicle axles are detected by accelerometer sensors, and the vehicles arrivals, departures and speed are estimated by magnetometers. The prototype sy...

Intelligent Transportation Systems Automatic Vehicle Location and Monitoring Systems

Automatic Gait Recognition by Symmetry Analysis

We describe a new method for automatic gait recognition based on analysing the symmetry of human motion using the Generalised Symmetry Operator. This approach is reinforced by the psychologists view that gait is a symmetrical pattern of motion and results show that gait can indeed be recognised by symmetry analysis. 2003 Published by Elsevier Science B.V.