The arithmetic logic unit(ALU) decides the performance of the Central Processing Unit(CPU), while the adder decides that of the ALU.
算术逻辑运算单元(ALU)决定着中央处理器(CPU)的性能,而加法器又决定着ALU的性能。
Data are brought into the ALU by the control unit, and the ALU performs whatever arithmetic or logic operations are required to help carry out the instruction.
控制部件将数据送到算逻部件中,然后由算逻部件完成执行指令所需的算术或逻辑操作。
In the ALU, we integrate the method of equinoctial node-group and conditional sum adder to design reconfigurable ALU, and join negative logic circuit design design principle into it.
在ALU设计中,将二分结组的思想和条件求和相结合设计了可重组的ALU,并加入负逻辑的数字电路设计思想。
In the ALU, we integrate the method of equinoctial node-group and conditional sum adder to design reconfigurable ALU, and join negative logic circuit design design principle into it.
在ALU设计中,将二分结组的思想和条件求和相结合设计了可重组的ALU,并加入负逻辑的数字电路设计思想。
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