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InverseMatrix

Inverting Matrices in Parallel with Eigen and C++

Matrix Definition Methodology

Given 7 numbers choose 4
From chosen 4 numbers choose 3
Combine both selections to form 7 number combination
Each row in the matrix is a permutation of the original combination
Create a Matrix<float, 7, 7> matrix from the combinations

BDD/TDD using Catch

Single file inclusion that allows a very descriptive syntax to write tests
Supported out of the box with CLion 2017

Eigen Explicit Vectorization / Matrix Decomposition (Leveraging SIMD - SSE, AVX512 etc)

Within-Thread Parallelization due to memory-aligned data structures and ability to utilize SIMD instructions
Smart matrix decomposition used for inversion calculation i.e. LU and QR

STL Async for Parallelism

Running the inversions in parallel without having to explicitly create STL::Thread
Exception handled concurrency constructs