Methods in numerical analysis. Includes: Lagrange interpolation, Chebyshev polynomials for optimal node spacing, iterative techniques to solve linear systems (Gauss-Seidel, Jacobi, SOR), SVD, PCA, and more.

java-agent、jvm-access、jvm-classloader、jUnitPerf、Java基础算法；JAVA基础知识、枚举、反射、异常、泛型、集合、线程、代理；我的博客里面有相应的解释，以及动态的gif图片引导你理解

This is an simple Online Viewer for SOR Files (OTDR fiber data).

Paper "SeqRank: Sequential Ranking of Salient Objects" is accepted in AAAI-24.

Ultra-low latency C++20 Smart Order Router for crypto perpetuals. Features an O(N) K-way merge phase that eliminates std::sort, pure-integer greedy allocation, and regime-aware dynamic latency penalties based on volatility and book imbalance. Zero heap allocations and exception-free.

Sorry! OTDR SOR Editor (Belcore/Telcordia SOR-files editor)

High-performance C++20 Smart Order Router (SOR) and Order Management System (OMS). Stateless routing, lock-free SPSC queues, zero heap allocation on the hot path, pre-trade risk controls, latency-aware execution, automatic rerouting, and deterministic multi-exchange order execution..

Web service that translate SOR files (from reflectometer) to json.

This script will extract all the stored information from the provided .sor file which is the output of the OTDR equipment to JSON format.

Compare the performance and workload balance of OpenMP scheduling methods and TBB

SOR-2-X OTDR converters

Solving Poisson's equation with SOR

Plugin samples for Sorry! OTDR SOR editor (Bellcore/Telcordia OTDR SOR files editor)

Código de ejemplo para la asignatura de "Sistemas operativos y Redes computacionales", el problemas de concurrencia en procesos llamado "Los fumadores"

Erturk - cavityflow.com

Zero-dependency TypeScript parser for OTDR SOR (Standard OTDR Record) files. Supports Bellcore/Telcordia SR-4731 v1.x and v2.x. Works in Node.js and browsers.

Anritsu OTDR converters

Desktop app. Evaluates system of equations. Six different methods. Three Direct methods: Gaussian Elimination, Gauss Jordan, LU Decomposition. Three iterative methods: Jacobi, Gauss Seidal, Successive Over Relaxation (SOR).

Numerical solution using FDM to solve heat conduction problems by various iterative schemes in Python and C++