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It decompiles Dalvik bytecode to Java source code, and x86, ARM, MIPS, RISC-V machine code to C source code. The assembly and source outputs are interactive and can be refactored. Users can also write their own scripts and plugins to extend JEB functionality. Version 2.2 introduced Android debugging modules for Dalvik and native (Intel, ARM ...
Originally written in C++ for MIPS, Nachos runs as a user-process on a host operating system. A MIPS simulator executes the code for any user programs running on top of the Nachos operating system. Ports of the Nachos code exist for a variety of architectures. In addition to the Nachos code, a number of assignments are provided with the Nachos ...
MIPS, an acronym for Microprocessor without Interlocked Pipeline Stages, was a research project conducted by John L. Hennessy at Stanford University between 1981 and 1984. . MIPS investigated a type of instruction set architecture (ISA) now called reduced instruction set computer (RISC), its implementation as a microprocessor with very large scale integration (VLSI) semiconductor technology ...
The Interactive Disassembler (IDA) is a disassembler for computer software which generates assembly language source code from machine-executable code. It supports a variety of executable formats for different processors and operating systems. It can also be used as a debugger for Windows PE, Mac OS X Mach-O, and Linux ELF executables.
The Ingenic JZ4725 is an example for a MIPS-based SoC. Through the 1990s, the MIPS architecture was widely adopted by the embedded market, including for use in computer networking , telecommunications , video arcade games , video game consoles , computer printers , digital set-top boxes , digital televisions , DSL and cable modems , and ...
The DLX is essentially a cleaned up (and modernized) simplified Stanford MIPS CPU. The DLX has a simple 32-bit load/store architecture, somewhat unlike the modern MIPS architecture CPU. As the DLX was intended primarily for teaching purposes, the DLX design is widely used in university -level computer architecture courses.
MIPS version Licensee Processor Features Year Process (nm) Frequency (MHz) Transistors (millions) Die size (mm 2) Pin count Power (W) Voltage (V) D. cache (KB) I. cache (KB) MMU L2 cache L3 cache MIPS I: Lexra: LX4080, LX4180, LX4280, LX5280, LX8000 MIPS II: НИИСИ РАН: KOMDIV-32: MIPS III: Sony Computer Entertainment + Toshiba: Emotion ...
MIPS OS supported full 32-bit and 64-bit applications simultaneously using the underlying hardware architecture supporting the MIPS-IV instruction set. Later releases added support for System V Release 4 compatibility, [2] R6000 processor support and later symmetric multiprocessing support on the R4400 and R6000 processors.