Back close

Performance Analysis of Ornament Dressing room on GPU over CPU

Project Incharge:R.Suganya
Co-Project Incharge:Shridhar S Kini
Performance Analysis of Ornament Dressing room on GPU over CPU

The Graphics Processing Unit (GPU) has become an integral part of mainstream computing. The advancement and evolution of GPU has lead to a significant performance improvement of many algorithms used in day today life. Being a powerful Graphics engine, GPU’s are also powerful programmable processors featuring wide range of benefits over memory and arithmetic calculation. Along with GPU’s, advancement of Sensor Technology has led to many innovative Applications in recent years. The introduction of Microsoft Kinect has opened a plethora of application in Augmented Reality (AR) domain. Ornamental Dressing Room is an AR application meant for Jewellery visualization on human neck. Aim of the application is to develop an AR system that gives a visualization of ornaments worn on a human body. The User who intended to purchase ornaments, will face the Kinect Sensor, the application does the rest by identifying the control point at the neck and augments the selected jewelry over the neck. This project is aimed at comparing the results of applying parallel programming concepts for algorithms used in Ornament Dressing Room with GPU over CPU.

Block Image

Related Projects

Synthesis and characterization of lead salt based linear heterostructures for photovoltaic applications
Synthesis and characterization of lead salt based linear heterostructures for photovoltaic applications
Autonomous Mobile Robots Based on Bioinspired Artificial Control, Indo – Italian Initiative
Autonomous Mobile Robots Based on Bioinspired Artificial Control, Indo – Italian Initiative
CHETAK 2.0 : Service Robot
CHETAK 2.0 : Service Robot
Role of Universal Stress Protein in Bacterial Pathogenesis
Role of Universal Stress Protein in Bacterial Pathogenesis
Experimental and Numerical Investigation of flame stabilization in porous media burner for hydrocarbon-hydrogen fuels
Experimental and Numerical Investigation of flame stabilization in porous media burner for hydrocarbon-hydrogen fuels
Admissions Apply Now