![]() Previous GSoC participation: No previous experience. School: Indian Institute of Technology Hyderabad Use thses tools to implement a stereo correspondence algorithm on GPU (Basically intended for mathematical operations which can be parallelised easily, like the BLAS/LAPACK/ATLAS) Implement BLAS/LAPACK for the generalised matrix. However this library will be simple so no datatypes supported by OpenGl. Build a library which will take a basic function (like a kernel) as input and directly generate a shader for executing them.Build a library for General matrix multiplication, calculating eigenvalues and eigenvectors and document it. ![]() Examples: Documenting the library, providing sample starter codes to explain the basic concepts. Building a library for accessing the frame buffer directly in the headless systemģ. Easy access to FrameBuffer: Scripting whatever is done above and providing a function to initialize the openGL context headlessly. Headlessness: Setting up a headless beaglebone black which can access the GPU through Mesa's GBM and render nodes as described here and documenting the capabilities of the GPU benchmarking(in windowed Qt mode) and finding supported extensions and Imagination technology's proprietary APIs such as the BufferClass API and PVR2D APIĢ. It is planned to be implemented in three stagesġ. This project is currently just a proposal.
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