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一种可以完成16位有符号/无符号二进制数乘法的乘法器。该乘法器采用了改进的Booth算法,简化了部分积的符号扩展,采用Wallace树和超前进位加法器来进一步提高电路的运算速度。本乘法器可以作为嵌入式CPU内核的乘法单元,整个设计用VHDL语言实现。-a 16 to be completed with symbols / unsigned multiplication of the number of binary multipliers. The multiplier used to impr
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用c++实现对于计算机原理中比较重要的布思乘法的实现原理展示-using c + + computer for the more important principle of multiplication of Booth display Principle
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the booth algorithm to implement the 32bits multiplication.-the booth algorithm to implement the 32bit 's multiplication.
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verilog程序,实现两个16bit数乘法,采用booth算法,基于状态机实现,分层次为datapath和controller两个子模块,testBench测试通过-verilog procedures, two 16bit multiplication, the algorithm used booth. Based on the state machine achieved at different levels for datapath controller and two sub-mo
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在MAXPLUSII下实现BOOTH算法,可以进行任意位K×K的乘法-BOOTH algorthim implemented in the MAXPLUSII environment, which can carry out arbitrary bits multiplication.
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实现二进制定点运算:
1.定点整数补码加法
2.定点整数补码减法
3.定点小数Booth补码一位乘法
4.定点小数原码一位除法(加减交替法)
5.定点小数补码一位除法(加减交替法)
6.定点小数原码一位乘法
7.定点小数原码两位乘法
8.定点整数原码乘法
9.定点整数原码除法,achieve binary fixed point operations : 1. Sentinel integral complement Adder 2. Sentinel integral
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Booth multiplier for multiplication of 2 bit binary nos.
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利用BOOTH算法实现4位乘法运算,使乘法由简单的移位和加法完成。其中包含了MUL4源代码和Test代码,已通过仿真验证-BOOTH Algorithm 4 using multiplication, so that the shift from simple multiplication and addition completed. MUL4 which contains the source code and Test code has been verified by simulatio
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设计了一种利用逻辑电路来实现booth乘法的电路。简单明了,是veirlog初学者很好的学习资料。-Design a logic circuit to realize the use of multiplication circuits booth. Simple and clear, is a good learning experience for beginners veirlog information.
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verilog code for modified booth multiplication using maxplus2
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booth algorithm for multiplication
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32位布思乘法器VHDL实现,2个32位数相乘-32-bit Booth multiplier VHDL implementation, two 32-digit multiplication
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基于Verilog的编码用BOOTH算法和移位相加实现乘法运算-BOOTH Algorithm with multiplication
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整数的乘法可以通过移位加的方法实现,对于有符号的补码数据,可以通过Booth算法实现。-Integer multiplication can be achieved by shifting the method increases, the complement for signed data can be Booth algorithm.
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比较好的带符号数乘法的方法是布斯(Booth)算法。它采用相加和相减的操作计算补码数据的乘积。Booth算法对乘数从低位开始判断,根据两个数据位的情况决定进行加法、减法还是仅仅移位操作。判断的两个数据位为当前位及其右边的位(初始时需要增加一个辅助位0),移位操作是向右移动。-Signed multiplication better way to Booth (Booth) algorithm. It uses the sum and subtraction calculations comple
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本文设计了一种可以实现16位有符号/无符号二进制数乘法的乘法器。该乘法器采用了补码一位乘(Booth算法), 简化了部分积的数目, 减少了某些加法运算,从而提高了运算速度。该乘法器利用Verilog代码实现,通过Modelsim软件对相应的波形进行仿真验证,并通过QuartusII软件对源码进行编译综合。-This paper designed a 16 signed/unsigned binary number multiplication of the multiplier can be a
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verilog程序源码,实现两个16bit数乘法,使用booth算法,一种基于状态机实现,分层层次为datapath与controller两个子模块,testBench测试通过
-verilog program source code, and two 16bit multiplication using booth algorithm, based on the state machine implementation, the hierarchical level for the da
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比较好的带符号数乘法的方法是布斯(Booth)算法。它采用相加和相减的操作计算补码数据的乘积。Booth算法对乘数从低位开始判断,根据两个数据位的情况决定进行加法、减法还是仅仅移位操作。-Signed multiplication better approach is to Booth (Booth) algorithms. It uses the operation of addition and subtraction calculations complement data of the
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简易明了的booth算法乘法器,实现4x4的快速乘法计算;-Simple and straightforward booth multiplier algorithm to achieve the 4x4 multiplication
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booth乘法器,实现普通booth乘法算法(Booth multiplier to implement the common Booth multiplication algorithm)
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