Inline vector compression for computational physics

Computational RAM Implementation of Vector Quantization for Image Compression

Vector Quantization (VQ) is a powerful techreported in the literature. One class of architectures is nique for low-bit rate image and video compression. However, VQ is a computational intensive technique. In this paper, a Computational RAM (C*RAM) implementation of VQ for real-time image compression is presented. The C*RAM architecture enables parallel search in the direction of codewords. The ...

Computational Physics

Computational Physics

Statistical and Computational Physics

(1) Exact universal amplitude ratios for two-dimensional Ising model and a quantum spin chain. (2) Critical behaviour of semi-infinite quenched dilute Ising-like systems in three dimensions: Ordinary transition. (3) Universal scaling functions for bond percolation on planar random and square lattices with multiple percolating clusters. (4) Polydispersity effect and universality of finite-size s...

Computational complexity in physics

More generally, computational complexity is about drawing qualitative distinctions between problems based on how hard it is to solve them. In a sense, computational complexity is descended from the concerns of the constructivists on hearing from Cantor that some infinities are bigger than others, e.g. that there are more subsets of the integers than their are integers. The constructivists denie...