Description: 用汇编语言或高级语言编写的源程序翻译成机器可执行的机器语言程序的工具称为“语言处理程序.-using assembly language or high-level language source code prepared by the machine translated into executable machine language program as a tool "Language processing. Platform: |
Size: 4432487 |
Author:可非 |
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Description: 计算机能自动连续地工作，是由程序控制而实现的，程序是用程序设计语言按任务的要求事先编写的。程序设计语言按发展过程分为：机器语言、汇编语言和高级语言。-computer automatically consecutive work is programmed to achieve the procedure is used programming language by the requirements of prior preparation. By programming language development process is divided into : machine language, assembly language and high-level language. Platform: |
Size: 181574 |
Author:dfggdfh |
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Description: 從同學那邊拿到的
Machine Language Simulator Version 3.0-from classmates side won Machine Language Simulator Version 3.0 Platform: |
Size: 44309 |
Author:supmyni |
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Description: PIC monolithic machine c language programming electron books -PIC c monolithic machine language program ming electron books Platform: |
Size: 148963 |
Author:楊清 |
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Description: 通过软件的仿真,硬件的调试,实现串口数据的传输,开发环境包括C-C++与汇编语言.-through simulation software, hardware debugging, Serial data transmission, development environment, including C-C and assembly language. Platform: |
Size: 8023 |
Author:jamesonzsz |
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Description: 一个用vhdl语言写的交通灯控制的例子，可以很好的学习vhdl语言中状态机的使用。-Written in a language with vhdl traffic light control case study can be a good vhdl state machine language to use. Platform: |
Size: 1024 |
Author:tofly |
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Description: 状态机设计的苦干个不错的例子，ＶＨＤＬ语言编写，相信会对verilog的学习者有帮助-State machine design a good example of hard work, VHDL language.Ｉthink it will help verilog learners Platform: |
Size: 189440 |
Author:王建伟 |
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Description: Introduction to 80x86 Assembly Language and Computer Architecture divides its emphasis between the assembly-language/machine-language level of computer operations and the architectural level, that is, the level defined by the machine instructions that the processor can execute. Platform: |
Size: 4418560 |
Author:youjmn |
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Description: This application comprises a market simulation game populated by artificially intelligent trading agents. Each agent is controlled by a virtual machine that executes a simple program based on a customized machine language. The programs may be randomly generated, or may be hand-programmed by the user via an embedded assembler. Alternatively, the program can generate skilled agents automatically via a competitive genetic algorithm, which generates a number of agent programs, competes them for a number of simulations, chooses the most successful agent programs, and randomly crosses over their programs to create new agent programs. The application may also run an instance of the market-trading game, populated by agents running specific programs. As the game progresses, the application provides a realtime graphical display of market conditions and each player s resources, as well as the current events affecting the market. The user may also directly participate as a player in the game. Platform: |
Size: 156672 |
Author:diana |
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Description: Assemble the following MIPS code into the machine language. Give the machine code in binary form, along with the hexadecimal equivalent-Assemble the following MIPS code into the machine language. Give the machine code in binary form, along with the hexadecimal equivalent Platform: |
Size: 9216 |
Author:alvalue |
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Description: Python 是当前普遍使用的流行语言，并纳入了科学计算和机器学习的内容，本文件是一个Python机器学习工具包。(Python is a popular language currently used and incorporated into the contents of scientific computing and machine learning. This document is a Python machine learning toolkit.) Platform: |
Size: 1430528 |
Author:王寒桥
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Description: If you already know Basic and have access to one of the popular Apple models, you're on your way to developing real expertise on the subject. The book combines color, graphics, and sound with clear-cut demonstrations to help you learn-FAST. You'll start off simply, using Basic statements like POKE, PEEK< and CALL to enter and execute machine language programs. Then you'll develop a Basic operating system, entering and executing your machine language programs from there. The next step will have you using an Apple System Monitor to program directly and save the time usually needed to interpret Basic statements. Finally, you'll learn how to use the Apple Mini-Assembler to avoid the troublesome details involved with direct machine language programming. All in a few, quick stages-you'll be surprised at how uncomplicated it is! Platform: |
Size: 10186234 |
Author:computer5t@gmail.com |
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