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A new fused floating-point magnitude unit to compute the square-root of the sum of two squares is proposed. Conventionally, the magnitude computation is executed by discrete serial or parallel floating-point units with conventional floating-point multiplication, squares, addition, and square-root units. The proposed fused floating-point magnitude design has an enhanced exponent unit because the exponent...
This paper proposes a low-power and highperformance fused floating-point two-term sum-of-squares (fused SoSQ) unit and compares it with discrete and fused dot-product units containing normal significand multipliers and discrete sum-of-squares units containing significand squarers; with these units, sum-of-squares is computed. The fused sum-of-squares unit has less latency, area, and power consumption...
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