Real Time 3D Capturing System for Quality Analysis

Abstract

A real time 3D capture system for an object is designed and developed in this paper. In a fast-moving world where whatever that is seen around is three dimensional, most of the techniques which are devised to study an object gives a two-dimensional output. In other words, a clear idea about such spatial objects is obtained rarely. The existing techniques which are available, moreover gives an output which is not real-time, that is when an object is subjected for study, the intended results cannot be obtained in a parallel manner. In real time 3D capture, the focus is on studying three- dimensional objects in real-time. This proposal solely accentuates human perception to a different perspective. The primary goal of the technique that is inculcated in this project is to recreate the purpose of the human eye through a capturing system. This is served by the technique of stereovision. This involves distance calculation to an object from point of observation. As a result, the depth is calculated in 3D space. The system consists of two camera modules synchronized together which are further connected to a processor(computer) and output is fed to a display unit. This system brings off the task of quality analysis. The locus point in quality analysis is to find the physical deformities. Predominantly, this system is devised to equip and encourage the small scale production units or factories to aid them in an inclusive way.