Implement a full adder (a) using two 8-to-1 MUXes. Connect X, Y, and Cin to the control inputs of the MUXes and connect 1 or 0 to each data input. (b) using two 4-to-1 MUXes and one inverter. Connect Using the Hamming (7 - 4) code, decode the message: (1,1,1,0,...
All-optical integrated half adder/subtractor and full adder/subtractor using SOA-MZI based tree architecture text>The increasing demand of speed turns the optical network to ultra-fast optical processing techniques such as switching, signal generation, arithmetic ... S Singh,R Kaur,RS Kaler - optoe...
A non-destructive memory array implements a full adder. The array includes a column connected by a bit line and a full adder unit. The column stores a first bit in a first row of the bit line, a second bit in a second row of the bit line, and an inverse of a carry-in bit in ...
adder 15. The register 18 provides the current address at its output terminals until it receives an enabling increment signal (here shown as a PUSH or a POP signal) along with the system clock and transfers the address from the adder 15 to its output terminals. Conventionally, the signal ...
There are 2 pipeline stages at the input, 1 between the multiplier and adder, and another post-adder. Also, the multipliers and adders are configured to use full-precision output. These blocks use Floor rounding method, and the saturate on overflow logic is disabled....
An energy efficient internal logic approach for designing two 1-bit full adder cells is proposed in this work. It is based on decomposition of the full adder logic into the smaller modules. Low power, high speed and smaller area are the main features of the proposed approach. A modified ...
A non-destructive memory array implements a full adder. The array includes a column connected by a bit line and a full adder unit. The column stores a first bit in a first row of the bit line, a second bit in a second row of the bit line, and an inverse of a carry-in bit in ...
Full AdderHigh-SpeedLow-PowerPerformanceThis paper presents a high-speed low-power 1-bit full adder cell designed upon an alternative logic structure to derive the SUM and CARRY outputs. Hspice and Nanosim simulations show that this full adder cell designed using a 0.35驴m CMOS technology and ...