搜索资源列表
matrix
- matrix multiplication in linux
2
- 一、课程设计目的 1．在实验机上设计实现机器指令及对应的微指令（微程序）并验证，从而进一步掌握微程序设计控制器的基本方法并了解指令系统与硬件结构的对应关系； 2．通过控制器的微程序设计，综合理解计算机组成原理课程的核心知识并进一步建立整机系统的概念； 3．培养综合实践及独立分析、解决问题的能力。 二、课程设计的任务 针对COP2000实验仪，从详细了解该模型机的指令/微指令系统入手，以实现乘法和除法运算功能为应用目标，在COP2000的集成开发环境下，设计全新的指令系统
ReedSolomon-decode-new-circuit
- 用于RS码译码的两种新电路:普通基“比特串行序列乘法电路”和“比特串行 乘法累加电路”,基本上以m个与门代替了两个任意元素相乘的复杂乘法器,使译码电路大大简化.作为一个应用实例,详细阐明了用它们构造的RS码纠删/纠错译码各步电路. -Used for RS code of decoding two new circuit: common base "bit serial sequence multiplication circuit" and "bit serial multiplica
RS-decoder-circuit-reconfigurability
- 介绍了基于线性反馈位移寄存器的编码原理及可重构改进方法。通过乘法和加法的迭代运算实现了伴随多项式的并行运算。采用改进欧几里德算法求解关键方程,运用钱氏搜索算法实现了错误位置的查找,并提出以上两种算法的可重构计算结构。-Introduced based on linear displacement of the code register feedback principle and reconfigurable improvement methods. Through the multiplic
CS
- Double precision Multiple precision addition, subtraction and multiplication are easy to implement, while division is much more problematic and will require the largest section in this essay.
22
- 掌握矩阵和数组的一般操作，包括创建、保存、修改和调用等。学习矩阵和数组的加减运算与乘法。掌握对数组中元素的寻访与赋值，会对数组进行一般的操作。 -Master matrix and an array of general operations, including create, save, modify, and recalls. Learning addition and subtraction and multiplication of matrices and arrays. Mas
ijca
- Spread spectrum techniques can be very useful to overcome the communication problems like security and efficient usage of power. In this technique, the information signal to be transmitted is multiplied by the PN code (This is the general case and it
HW4_Dabibi
- Polynomial Calculator Circuit - Multiplication and Division
PRL_02_Jan
- Edge detection by scale multiplication in wavelet domain
thesis
- The fundamental concept of digital signal operations includes addition, subtraction, multiplication and division etc. VLSI considers the performance of design based on area, power and speed. It also takes into account other parameters such as correct
file-1389593836
- The fundamental concept of digital signal operations includes addition, subtraction, multiplication and division etc. VLSI considers the performance of design based on area, power and speed. It also takes into account other parameters such as correct
qdivformalised
- Q DIVISION MULTIPLICATION IT IS A FIXED POINT REPRESENTATION FORMAT