# Linear Algebra

Apr 20, 2023

### A Comprehensive Overview of Regression Evaluation Metrics

As a data scientist, evaluating machine learning model performance is a crucial aspect of your work. To do so effectively, you have a wide range of statistical...

17 MIN READ

Dec 05, 2017

### CUTLASS: Fast Linear Algebra in CUDA C++

Update May 21, 2018: CUTLASS 1.0 is now available as Open Source software at the CUTLASS repository. CUTLASS 1.0 has changed substantially from our preview...

25 MIN READ

Oct 17, 2017

### Programming Tensor Cores in CUDA 9

Tensor cores provide a huge boost to convolutions and matrix operations. Tensor cores are...

16 MIN READ

Feb 27, 2017

### Pro Tip: cuBLAS Strided Batched Matrix Multiply

There’s a new computational workhorse in town. For decades, general matrix-matrix multiply—known as GEMM in Basic Linear Algebra Subroutines (BLAS)...

10 MIN READ

Jun 09, 2015

### Graph Coloring: More Parallelism for Incomplete-LU Factorization

In this blog post I will briefly discuss the importance and simplicity of graph coloring and its application to one of the most common problems in sparse linear...

12 MIN READ

Apr 28, 2015

### Parallel Direct Solvers with cuSOLVER: Batched QR

[Note: Lung Sheng Chien from NVIDIA also contributed to this post.] A key bottleneck for most science and engineering simulations is the solution of sparse...

15 MIN READ

Oct 23, 2014

### Optimizing the High Performance Conjugate Gradient Benchmark on GPUs

[This post was co-written by Everett Phillips and Massimiliano Fatica.] The High Performance Conjugate Gradient Benchmark (HPCG) is a new benchmark intended to...

11 MIN READ

Apr 29, 2014

### CUDA Pro Tip: Fast and Robust Computation of Givens Rotations

A Givens rotation [1] represents a rotation in a plane represented by a matrix of the form $latex G(i, j, \theta) = \begin{bmatrix} 1 & \cdots & 0 &...

3 MIN READ