Using virtual lab, implement i) Ripple Carry Adder, ii) Carry-Look-Ahead Adder, iii) Wallace Tree Adder..
Using virtual lab, implement i) Synthesis of Flip Flops, ii) Registers and Counters.
Using virtual lab implement i) Combinational Multipliers, ii) Booth's Multiplier.
Using logisim simulator design i) 8 bit Arithmetic Logic Unit, ii) 16 bit Arithmetic Unit.
Simulate Datapath for processor using procsim simulator.
Design control path using Finite State Machine for CPU.
Write a program to understand register and memory allocation in registers for MIPS architecture.
Design Memory (Design of a RAM Cell and 4*4 RAM).
Write a program to find the factorial of a number in MIPS, C, FORTRAN and Python. Check the maximum data size for which factorial could be calculated. Find out how the overflow conditions are handled by different processors.
Write a program to implement Karnaugh Map
Implement the cache memory approaches i) Associative cache Design, ii) Direct Mapped cache Design using ParaCache simulator
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