Jun 2024 – Aug 2024 · 2 mos

Mar 2024 – Jun 2024 · 3 mos

Nov 2022 – Dec 2023 · 1 yr 1 mo · Delhi, India

Aug 2022 – May 2024 · 1 yr 9 mos

• I have defended my thesis in the area of Morphing Attack Detection.

Jul 2018 – Aug 2022 · 4 yrs 1 mo

• I work in Biometrics specifically Face and Finger modalities. I published around 13 publications during this time in peer-reviewed conferences.

Aug 2017 – Jul 2018 · 11 mos · Bengaluru Area, India

• I worked in HPC Domain in the CTO Group at AMIND which is in its initial stages. I am responsible for the exploration of different HPC Algorithms and Architectures which include GPU, FPGA, and tools like Vivado HLS. I submitted one trade secret at AMIND.

Apr 2016 – Aug 2017 · 1 yr 4 mos

• 1) I had a poster published in HPG 2017 in Graphics Domain
• (http://www.highperformancegraphics.org/2017/)
• 2) I had built the library from the source of JSON-C for x86 64 bit, arm 64 and arm architectures. I had written the code using C++11 features for parsing of JSON File and writing.
• 3) I had ported few functions from Numpy and Scipy to C++.
• 4) I had written a few kernels in OpenCL for a deep learning network based in Python. These specifically include Convolution Layer, Pooling Layer, Element-Wise Sum, and Relu Layer. The kernels were executed on Android Platform as the entire testing code was in C++.
• 5) I had done some optimizations in python based code including using cuDNNv5 for testing phase and remove other bottlenecks in python code.
• 6) I had done some basic Android App coding of features like hiding the display screen and few basic WiFi and Internet settings.

Jun 2013 – Apr 2016 · 2 yrs 10 mos

• 1) Omnicast Project- I worked on 360-degree Virtual Reality, specifically on GPU part of the project which handles the transformations and stitching a 360 video for consumption by HMDs. The demo of this project was given to CTO of Qualcomm and Leadership at Qualcomm.
• 2) I had a trade secret acceptance at Qualcomm in Graphics Domain.
• 3) Autotune Project - I had worked on the automatic tuning of camera pipeline. I had worked on Scalable Software Architecture for this project which can be used for automatic camera tuning of a few blocks of camera pipeline for different chipsets of Qualcomm. I had an oral presentation acceptance for an internal conference at Qualcomm.
• 4) SmartSnap Project- I had worked on Sensor Fusion of ( Accelerometer, Gyroscope, and Magnetometer) on Android and Android application for SmartSnap project.
• 5) I had filed one single author patent at Qualcomm in Graphics Domain which was accepted by USPTO. I had one single author paper acceptance at NCVPRIPG 2013 Conference. I had a paper accepted in Graphics Domain in the internal conference at Qualcomm, India.
• 6) Ilook Project: I was involved with Android App Development. Our Android App allowed for OCR, Translation, and Text to Speech. It was called X-Transpic in Xolo Phone Q500 (http://www.xolo.in/q500), Xolo Q1100 Phone (http://www.xolo.in/q1100), Xolo Q1000 Opus 2 Phone (http://www.xolo.in/Q1000-Opus2), and on Xolo Q900s Phone (http://www.xolo.in/Android-Q900s). I had received Qualstar for commercialization.

Feb 2012 – Jun 2013 · 1 yr 4 mos

• I worked on DirectX and ANGLE (Almost Native Graphics Layer Engine) specifically on supporting DirectX 10.1 in ANGLE.

Feb 2012 – Feb 2013 · 1 yr

• 1) I worked on Graphics Research and Development. I submitted 2 patents which were accepted internally at Samsung India.
• 2) Development activity included using 2d graphics rendering APIs. I was involved with working on middleware layer of Graphics Stack for Smart TV specifically on enabling graphics acceleration of 2d rendering inside WebKit. Chrome Browser was cross-compiled for comparison purposes.
• 3) I was involved with the cross-compilation of the different code bases for the ARM-based platform for Smart TV. I used Rhapsody for High-Level Design and Detailed Level Design. Code coverage was generated using the Bulls-Eye.
• 4) I worked on DirectX and ANGLE (Almost Native Graphics Layer Engine) specifically on supporting DirectX 10.1 in ANGLE.

Mar 2011 – Jan 2012 · 10 mos · India

• 1) I worked on instrumentation for generating trace and statistics of graphics workloads on CPU. I also worked on a simulation of different units of future graphics chips on CPU. I worked on the simulator for the integrated graphics chip product line.
• 2) I worked on the DirectX 11 pipeline for it and specifically the tesselation unit which comprised of Hull Shader, Tesselator and Domain Shader.
• 3) I implemented high-quality texture filtering on GPU. I received Intel Corporation Spontaneous Level I/Values Advocate Award for this work.

Jun 2010 – Mar 2011 · 9 mos

• 1) SlideShare specialized in sharing content over the internet. I worked there as a Backend Engineer. SlideShare allowed content upload of the form of PDF, PPT, Keynotes, Audio, and Video. A script converted these to a content format which can be viewed on the internet. I was responsible for writing these scripts and also for maintenance of the scripts.
• 2) I provided the statistics for SlideShare Zeitgeist 2010. I participated in SlideShare HACKDAY where I developed a system to use the HTML5 video tag for different browsers with flash fallback for browsers which did not support HTML5. The system involved transcoding the video into appropriate formats for different browsers.

Feb 2010 – Jun 2010 · 4 mos

• I worked in Biometrics specifically on Face Recognition in a video. The system was developed on a personal computer with a webcam. The database contained 400 subjects with one image enrolled er subject. Local Binary Patterns were used as features. Additionally, I improved the Viola-Jones algorithm to reduce false positives using the area of skin pixels in detected faces.

Apr 2009 – Sep 2009 · 5 mos

• I worked in the area of Computer Graphics specifically on ray-tracing and radiometric calibration. The project was to estimate luminosity of the moon from a single image. In the moon images, the sun was the light source, and lighting direction was recovered automatically. EXIF tags were used during this process.