Search Results for "intel cpu simulator"

Simple source files and compiled JAR Java programs, for benchmark 50 000 000 cycle finding prime numbers. On Intel(R) Core(TM) i5-8600K CPU, Windows 10 20H2, i have 39 second on single core and 7,6 second on multi core. (PS: C++ multicore 6 second). Added C files for gcc compiler in Windows 10 and for Xcode C command line project in MacOS ( tested on Mac mini M2 with single core 16 to 25 sec and multicore 2,3 to 5 second by compiler -O switch).

...Minimum System Requirements: - OpenGL 2.1 compatible Graphics Card - Operating System (64-bit): Windows [7 or newer], Mac OS X [>=14], Linux [e.g. Linux Mint >=22] - CPU: Multicore-Processor e.g. Intel Core 2 Duo or AMD Athlon II (>2.0Ghz) - RAM: 4 GB - Video-Memory: 1 GB - Free Disk Space: 150 MB Recommended Requirements: - OpenGL 3.3 compatible Graphics Card - Operating System (64-bit): Windows 7,8,10,11, Mac OS X [>=14], Linux [e.g. Linux Mint >=22] - CPU: Multicore-Processor with 4 cores (or more) - RAM: >4 GB - Video-Memory: >1 GB - Free Disk Space: 512 MB The sourcecode is now hosted on GitHub here: http://nilsschmidt1337.github.io/ldparteditor/

...ZIP also include 16 MB file with 16,7 mil numbers of PI Benchmark(Single-Thread): Hardware & Environment Apple Silicon: Apple M2 (Mac mini/MacBook) x86_64 Platform: Intel Core Ultra 5 225F (Arrow Lake, 10 Cores) OS 1: Fedora 43 (GNOME) OS 2: Windows 11 Pro (23H2/24H2) Software: Python 3.14.3 + Numba JIT (latest) Results (Lower is better) Platform / OS CPU Time (Seconds) macOS (Native) Apple M2 52.151311 s (in default setup) Fedora Linux Intel Core Ultra 5 225F 58.536457 s (in default Power Management: Balanced) Windows 11 Intel Core Ultra 5 225F 59.681427 s (important! ...

EasyProtector, a simple way to check root/virtual app/emulator/xposed framework/tracer/debugger. Since it's all here, you are welcome to star/fork, even if you raise an issue, I hope this is a useful library (eliminate the initialization operation of the application, avoid more permission requirements, and load as lazy as possible) Mainly to fix a bunch of bugs, see the pictures in the image folder for the adaptation situation, Tencent Legu's old version of XposedCheck code has some code in...

...EPX64 just have ten data registers and not any address registers! This assembler is simulating a modern 64-bit CPU (Central Processing Unit) with a low level and simple RAM (Random Access Memory) with a capacity of max 128 Kilobyte (131.072 Bytes). The memory is divided into 16.384 addresses with 64-bit memory cells (Long-Integer btw. Int64).

Java Swing application that simulated an out-of-order CPU. Support already exists for renaming, out-of-order issue, out-of-order completion, in-order retirement, handling of branch misprediction, and integer instructions (single-cycle, multiply, divide, load, store).

A simple CPU simulator whose goal is to make assembly learning easier. This goal is reached giving a simple calculator, called ENIAC, with a simple CPU, called vCPU. The vCPU's instructions are very simple and easy to understand.

JSim8086 is platform-independent Assembly Language Simulator of the Intel 8086 CPU. It was designed to be a learning tool (CAL) for first year Computing students who are learning Computer Systems Organisation and Assembly Programming.

JCPUSim is a CPU (Central Processing Unit) simulator written in Java. It is intended to aid in teaching how the fetch-decode-execute cycle, CPU, registers, memory and assembly programming language work in a computer system.

GNUDE is a complete suite of GNU C, C++, Fortran, and Java Cross Compilers, and the GDB CPU Simulator and Debugger for embedded microprocessor applications development. Targets development for ARM7, ARM9, and XScale applications.

An open source PowerPC CPU simulator and assembler, with associated documentation and tutorials, to facilitate the teaching of modern RISC assembly language programming. Written in java for portability.

YDLX is a generic CPU instruction simulator. It is designed to make it easy to add support for new CPUs and hardware devices in an object-oriented, "plug and play" fashion.