Spring 2020:

Topic: Emerging Arithmetic Logic Units and Trade-off Analysis

– Designs for Energy Consumption Optimization under a Non-Volatile condition
– Analyzing RNG Computation-Based Designs and Calculating the Simulated Energy Consumption
– Deep Belief Networks with synchronal calculations of Energy Consumptions, and MIPS Assembly Programs amongst robust designs
– DBN LAYERING: Stochastic And Latent Variables
– Optimized energy consumption via circuit based Full-Adder Boolean logic
– Energy consumption of Assembly Language Code in MIPS using Deep Belief Networks
– A Comparison of Proposed Full Adder Designs and Their Impacts on the Energy Consumption of an Assembly Program
– MIPS ALU Energy Consumption Calculation in Reference to Various RNG Circuit Designs
– Reliability Metrics considered in the realm of Digital Systems and Bit-Cell Memory
– User Statement & Input Automated Word Design
– Energy consumption enhancements using Full Adder based circuits
– Optimization of Memory Bit-cells via Self-timed Logic Designs
– Analysis of a MIPS Assembly Program Total Energy Consumption and Full-Adder Circuit Designs
– How Reliability is improved by the use of Triple Modular Redundancy
– Energy Consumption of Various Memory Cell Technologies During MIPS Code Execution
– Reliable Nanometer Tech with Addresses and Index
– The effect of DBN circuits on the energy consumption of a program
– The Decision Making Circuit
– Improved energy expenditures by implementing Full Adder Boolean logic
– Increasing Reliability of Latches Through SEU and DNU Tolerant Designs
– Reliability Methods of Modern Computer Software and Bit-Cell Hardware