軟體列表

Cuadro CPU Benchmark measures the CPU performance by numerically finding a solution and measuring the runtime of the two-dimensional heat equation in Cartesian coordinates. The program is a model of a vertical square stainless steel plate undergoing heat generation and natural convection on both sides. It finds a temperature distribution matrix of this system at every time step.

wasora is a computational tool designed to aid a cognizant expert, whether an engineer, scientist, technician, or geek, to analyze complex systems by solving mathematical problems by means of a high-level plain-text input file containing algebraic expressions, data for function interpolation, differential equations, and output instructions amongst other facilities. At first glance, it may look like another high-level interpreted programming language, but it should be seen as a syntactically-sweetened way to ask a computer to perform a certain mathematical calculation. For example, the famous Lorenz system may be solved by writing the three differential equations in a human friendly plain text file.

写真、dsPIC、AVR のマイクロ コント ローラー、およびシリアル eeprom の様々 な種類を含む、さまざまなデバイス、USB プログラマー

それはほとんど私はプログラムの開始として、小さなランダム ホーム プロジェクトとして始まった。現在、最終的な結果は、小型、軽量、まだ ping を実行ユーティリティは、.NET Framework 4.0 には、私はそれを改善する方法について現在ないより多くのアイデアを持っていることが必要な高度な幾分。

netOffice Dwins は、無料の web ベースの追跡、タイムシート、コンテンツ管理、問題トラッキング、およびプロジェクト管理環境です。

このプロジェクトは、NXP社のCORTEX-M3マイコンLPC1768に、ITRON互換リアルタイムOS、TOPPERS/ASPを移植し、配布することを目的としています。

このプロジェクトは、リファレンス実装、共通の基本 library(CBL) コードの普遍的な検証方法論 (UVM) Accellera 検証の知的プロパティ技術的な小委員会によって提案されるようをホストします。

fxopt is a plugin for GCC that converts floating-point functions to fixed-point arithmetic, primarily for implementation in embedded, real-time systems without floating-point hardware. The conversion is performed in GCC's "middle-end", after the source code has been converted to GCC's intermediate representation but before any target-specific optimizations are done. Several optimization options are available to improve the accuracy of the fixed-point arithmetic, including affine range estimation, rounding, and double-precision multiplications. Fixed-point code produced by fxopt can be significantly more accurate than typical fixed-point implementations with comparable execution time and code size. In many cases the fixed-point code produced by fxopt provides accuracy comparable to single-precision floating-point arithmetic with a factor of 10 faster execution.