SUDIPTADANDAPAT
SUDIPTADANDAPAT
  1. Digital Electronics | BCD Adder
  2. Digital Logic | Consensus theorem
  3. Theory of Computation | Arden's Theorem
  4. DFA machines accepting odd number of 0’s or/and even number of 1’s
  5. NPDA for the language L ={w∈ {a,b}*| w contains equal no. of a's and b's}
  6. Digital Logic | Ring Counter
  7. NPDA for accepting the language L = {an bm cn | m,n>=1}
  8. NPDA for accepting the language L = {an bn cm | m,n>=1}
  9. NPDA for accepting the language L = {an bn | n>=1}
  10. NPDA for accepting the language L = {am b(2m) | m>=1}
  11. NPDA for accepting the language L = {am bn cp dq | m+n=p+q ; m,n,p,q>=1}
  12. NPDA for accepting the language L = {amb(m+n)cn | m,n ≥ 1}
  13. NPDA for accepting the language L = {ambnc(m+n) | m,n ≥ 1}
  14. NPDA for accepting the language L = {amb(2m+1) | m ≥ 1}
  15. NPDA for accepting the language L = {a2mb3m | m ≥ 1}
  16. Introduction of Single Accumulator based CPU organization
  17. Introduction of Stack based CPU Organization
  18. Introduction of General Register based CPU Organization
  19. Synchronous Data Transfer in Computer Organization
  20. Introduction of Input-Output Processor
  21. BUS Arbitration in Computer Organization
  22. Vector Instruction Format in Vector Processors
  23. Arithmetic Expression Evalution
  24. Vector instruction types
  25. Vector processor classification
  26. Instruction Word Size in Microprocessor
  27. Machine Control Instructions in Microprocessor
  28. Externally Initiated Operations in Microprocessor
  29. Introduction of Microcomputer System
  30. MPU Communication in Computer Organization
  31. Timing diagram of MOV Instruction in Microprocessor
  32. Timing diagram of INR M
  33. ROTATE Instructions in 8085
  34. COMPARE Instructions in 8085
  35. Working of 8085-based Single board microcomputer
  36. DFA of a string in which 2nd symbol from RHS is 'a'
  37. TOC | Complementation process in DFA
  38. Computer Graphics | The RGB color model
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