Remote Control Testing Consumer Products for Durability and Performance

Andrei Nicolae Cuta; Aurelian Ovidius Trufasu

doi:10.4028/www.scientific.net/AMM.186.124

Paper Titles

Three-Dimensional Elasticity Study of Vibration of a Composite Shell Panel with Embedded Piezoelectric Sensors
p.87

Dynamic Force-Position Control of the Walking Robots Motion on Slope
p.98

Theoretical and Experimental Contact Stiffness Characterisation of Nominally Flat Surfaces
p.107

Optimal Design of the Mechanical Device for a Photovoltaic Tracking Mechanism
p.114

Remote Control Testing Consumer Products for Durability and Performance
p.124

Flammability Behavior of Composite Mixed with Retardant Agents
p.129

Infrared Detection for Surveillance System
p.132

Mechatronic Designed Hydraulic Positioning System
p.137

Effect of Dry Binders on Mechanical Properties of Ketoprofen-Cyclodextrin Extended Drug Release Systems
p.143

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 186Remote Control Testing Consumer Products for...

Remote Control Testing Consumer Products for Durability and Performance

Abstract:

This paper presents an algorithm and implementation of remote control testing products over web interface. The testing device is programmed to work in a both automatic and manual mode. Automatic mode testing sequences are programmed by the user from a browser by entering time of the test, several variables (angle, focus, etc.) and the system repeats the process for programmed time. Manual mode offers user testing procedure at a desired time and steps. Our approach combines efficient common user interface with an algorithm to realize programmed tests.