Search - verilog arithmetic shift

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[Other resource] magnitude DL : 0: Verilog HDL: Magnitude For a vector (a,b), the magnitude representation is the following: A common approach to implementing these arithmetic functions is to use the Coordinate Rotation Digital Computer (CORDIC) algorithm. The CORDIC algorithm calculates the trigonometric functions of sine, cosine, magnitude, and phase using an iterative process. It is made up of a series of micro-rotations of the vector by a set of predetermined constants, which are powers of two. Using binary arithmetic, this algorithm essentially replaces multipliers with shift and add operations. In a Stratix™ device, it is possible to calculate some of these arithmetic functions directly, without having to implement the CORDIC algorithm. -Verilog HDL : For a vector magnitude (a, b), the magnitude representation is the following : A common approach to implementing thes e arithmetic functions is to use the Coordinate Rotation Digital Computer (CORDIC) algorithm. The CORDIC algorithm calculates the trigonome tric functions of sine, cosine, magn itude, and phase using an iterative process. It i 's made up of a series of micro-rotations of the v ector by a set of predetermined cons tants, which are powers of two. Using binary ar praxiology metic, this algorithm essentially replaces m ultipliers with shift and add operations. In a Stratix
Date : 2008-10-13 Size : 12.61kb User : 郝晋
[VHDL-FPGA-Verilog] magnitude DL : 0: Verilog HDL: Magnitude For a vector (a,b), the magnitude representation is the following: A common approach to implementing these arithmetic functions is to use the Coordinate Rotation Digital Computer (CORDIC) algorithm. The CORDIC algorithm calculates the trigonometric functions of sine, cosine, magnitude, and phase using an iterative process. It is made up of a series of micro-rotations of the vector by a set of predetermined constants, which are powers of two. Using binary arithmetic, this algorithm essentially replaces multipliers with shift and add operations. In a Stratix™ device, it is possible to calculate some of these arithmetic functions directly, without having to implement the CORDIC algorithm. -Verilog HDL : For a vector magnitude (a, b), the magnitude representation is the following : A common approach to implementing thes e arithmetic functions is to use the Coordinate Rotation Digital Computer (CORDIC) algorithm. The CORDIC algorithm calculates the trigonome tric functions of sine, cosine, magn itude, and phase using an iterative process. It i 's made up of a series of micro-rotations of the v ector by a set of predetermined cons tants, which are powers of two. Using binary ar praxiology metic, this algorithm essentially replaces m ultipliers with shift and add operations. In a Stratix
Date : 2025-07-04 Size : 12kb User : 郝晋
[MiddleWare] ALU DL : 0: 用VERILOG实现ALU，实现各种算术运算，逻辑运算，移位运算等-Realize using Verilog ALU, realize a variety of arithmetic operations, logic operations, shift operations, etc.
Date : 2025-07-04 Size : 1.65mb User : 刘自强
[ARM-PowerPC-ColdFire-MIPS] ALU DL : 0: ALU可以实现16种操作（包括加减乘除移位运算等）-ALU can be 16 kinds of operations (including addition and subtraction multiplication and division shift operator, etc.)
Date : 2025-07-04 Size : 819kb User : 草野彰
[VHDL-FPGA-Verilog] barrel_shifter DL : 0: VHDL实现的桶型移位器，能在一个时钟周期实现对数据的（0－12位）算术右移-VHDL implementation of a barrel—shifter, able to achieve at one clock cycle of data (0-12 bit) Arithmetic Shift Right
Date : 2025-07-04 Size : 1kb User : 过时无双
[VHDL-FPGA-Verilog] PipeLine.tar DL : 0: Verilog实现MIPS五段流水线，22条指令（基本算术、移位和load、store指令），模块化设计，含注释-Verilog realization of five-stage pipeline MIPS 22 instructions (basic arithmetic, shift, and load, store instructions), modular design, with annotations
Date : 2025-07-04 Size : 2.79mb User : czl
[VHDL-FPGA-Verilog] register DL : 0: 用Verilog语言写一个简单的移位寄存器，可以进行算术移位和逻辑移位。-Verilog language used to write a simple shift register, can be arithmetic shift and logical shift.
Date : 2025-07-04 Size : 307kb User : sunying
[VHDL-FPGA-Verilog] shifter DL : 0: 有算术移位和逻辑移位，循环移位功能的移位寄存器，Verilog语言编写，Quratus II编译通过。-With arithmetic shift and logical shift, rotate functions shift register, Verilog language, Quratus II compile.
Date : 2025-07-04 Size : 292kb User : 姜涛
[VHDL-FPGA-Verilog] ALU DL : 0: verilog硬件仿真，实现32-bit RISC微处理器的算数逻辑单仿真元(ALU),实现加减运算、逻辑运算、移位运算。仿真级别为RTL级。-verilog hardware simulation, to achieve 32-bit RISC microprocessor arithmetic logic one simulation element (ALU), to achieve addition and subtraction operations, logic operations, shift operations. RTL-level simulation level.
Date : 2025-07-04 Size : 3kb User :
[VHDL-FPGA-Verilog] cputest DL : 0: 通过verilog语言设计的简单CPU，可完成加减乘除和算数逻辑移位功能。-By verilog language design simple CPU, to be completed by addition, subtraction, and arithmetic logic shift function.
Date : 2025-07-04 Size : 3.27mb User : caoyj