Detection time of machine by posit algorithm through augmented reality

Augmented Reality is the combination of virtual scene generated from computer with the user's real world. Nowadays, many applications apply augmented reality technology in defense sector, traffic management, which uses real time system, where time is an important factor. In this paper, an efficient augmented reality system is suggested to compute the response time of machine to detect the marker. Luminous affecting computing of glyph recognition and detection of glyph by marker at different challenging distance (feet) has been processed. Glyph is created for augmented process through image processing and glyph matrix representation has been structured. Here, Posit algorithm is used to detect the position and orientation of marker with respect to camera. A prototype structure is created to compute the detection response time of machine under different challenging conditions. Our experimental result shows minimum computation Detection time is 5400 millisecond at lux 13490 (ambient light) and maximum computation detection time is 12000 millisecond at Lux 10.3 (no tube-light) to detect the fiducial marker.