Time-Component Complexity of Two Approaches to Multioperand Binary Addition

This article proposes an effective way of implementing a multiply accumulate circuit (MAC) for high-speed floating point arithmetic operations. The real-world applications related to digital signal processing and the like demand high-performance ...

A device capable of executing interlocked fixed point arithmetic logic unit (ALU) instructions in parallel with other instructions causing the execution interlock is presented. The device incorporates the design of a 3-1 ALU and can execute two's ...

In a conventional binary floating-point number arithmetic system, two's complement number representation is often used to perform addition/subtraction in a floating-point adder. Since the significand of an addition operand is usually expressed as a sign-...