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Please note that this page does not hosts or makes available any of the listed filenames. You
cannot download any of those files from here.
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| 1. addition.mp4 |
17.55MB |
| 1. addition.srt |
6.57KB |
| 1. creating a 1-bit register using transistors-part1.mp4 |
40.46MB |
| 1. creating a 1-bit register using transistors-part1.srt |
8.04KB |
| 1. creating a monitor.mp4 |
121.12MB |
| 1. creating a monitor.srt |
22.79KB |
| 1. executing instructions manually using our computer.mp4 |
148.63MB |
| 1. executing instructions manually using our computer.srt |
21.91KB |
| 1. how to approach the course and some learning skills for better outcome.mp4 |
44.66MB |
| 1. how to approach the course and some learning skills for better outcome.srt |
9.19KB |
| 1. how to work with logisim.mp4 |
185.39MB |
| 1. how to work with logisim.srt |
25.96KB |
| 1. putting together our computer.mp4 |
30.34MB |
| 1. putting together our computer.srt |
8.83KB |
| 1. transistor.mp4 |
11.54MB |
| 1. transistor.srt |
5.36KB |
| 1. what is a computer.mp4 |
21.72MB |
| 1. what is a computer.srt |
6.51KB |
| 10. implementing nop and lda instructions in control unit.mp4 |
88.00MB |
| 10. implementing nop and lda instructions in control unit.srt |
14.36KB |
| 10. real chips(not required).mp4 |
141.96MB |
| 10. real chips(not required).srt |
19.11KB |
| 11. implementing data transfer instructions in control unit-part1.mp4 |
78.43MB |
| 11. implementing data transfer instructions in control unit-part1.srt |
15.73KB |
| 12. str value instruction-from keyboard to memory.mp4 |
36.54MB |
| 12. str value instruction-from keyboard to memory.srt |
5.51KB |
| 13. arithmetic instructions-add and sub.mp4 |
52.58MB |
| 13. arithmetic instructions-add and sub.srt |
8.69KB |
| 14. program flow control instruction-jmp and jc.mp4 |
69.06MB |
| 14. program flow control instruction-jmp and jc.srt |
14.27KB |
| 15. implementing the isa by writing them in the control unit rom.mp4 |
63.36MB |
| 15. implementing the isa by writing them in the control unit rom.srt |
6.47KB |
| 16. testing our computer by executing instructions.mp4 |
82.73MB |
| 16. testing our computer by executing instructions.srt |
10.48KB |
| 17. writing a program with loops and if-else.mp4 |
95.54MB |
| 17. writing a program with loops and if-else.srt |
21.61KB |
| 18. executing the program with loop and if-else using our computer.mp4 |
198.87MB |
| 18. executing the program with loop and if-else using our computer.srt |
20.54KB |
| 19. assembler and compiler-why.mp4 |
32.49MB |
| 19. assembler and compiler-why.srt |
7.93KB |
| 2. creating a 1-bit register using transistors-part2.mp4 |
40.74MB |
| 2. creating a 1-bit register using transistors-part2.srt |
6.82KB |
| 2. creating a nand gate using transistors.mp4 |
46.79MB |
| 2. creating a nand gate using transistors.srt |
12.34KB |
| 2. creating an xor using transistors.mp4 |
39.14MB |
| 2. creating an xor using transistors.srt |
9.65KB |
| 2. lamps as switches.mp4 |
33.03MB |
| 2. lamps as switches.srt |
10.79KB |
| 2. why computers are fast(fetch,decode,execute).mp4 |
56.65MB |
| 2. why computers are fast(fetch,decode,execute).srt |
15.56KB |
| 20. creating our computer at the transistor level.mp4 |
212.14MB |
| 20. creating our computer at the transistor level.srt |
30.07KB |
| 3. binary and decimal numbering systems.mp4 |
39.44MB |
| 3. binary and decimal numbering systems.srt |
10.95KB |
| 3. control unit-part1.mp4 |
31.27MB |
| 3. control unit-part1.srt |
6.10KB |
| 3. create a 1-bit adder using transistors.mp4 |
35.18MB |
| 3. create a 1-bit adder using transistors.srt |
9.23KB |
| 3. creating an 8-bit register using transistors.mp4 |
23.56MB |
| 3. creating an 8-bit register using transistors.srt |
3.77KB |
| 3. creating a not gate using transistors.mp4 |
22.42MB |
| 3. creating a not gate using transistors.srt |
4.09KB |
| 4. adding en and clk to our 8-bit register.mp4 |
36.61MB |
| 4. adding en and clk to our 8-bit register.srt |
7.75KB |
| 4. control unit-part2.mp4 |
107.36MB |
| 4. control unit-part2.srt |
13.65KB |
| 4. creating an 8-bit adder-part1.mp4 |
97.55MB |
| 4. creating an 8-bit adder-part1.srt |
24.96KB |
| 4. hexadecimal.mp4 |
39.06MB |
| 4. hexadecimal.srt |
11.75KB |
| 5. control unit-part3-carry out and if statements.mp4 |
91.97MB |
| 5. control unit-part3-carry out and if statements.srt |
11.97KB |
| 5. creating an 8-bit adder-part2.mp4 |
105.42MB |
| 5. creating an 8-bit adder-part2.srt |
14.62KB |
| 5. why do we need decoder(addressing memory cells).mp4 |
25.97MB |
| 5. why do we need decoder(addressing memory cells).srt |
8.30KB |
| 6. creating a decoder using transistors.mp4 |
93.90MB |
| 6. creating a decoder using transistors.srt |
14.44KB |
| 6. implementing fetch for all instructions-part1.mp4 |
127.15MB |
| 6. implementing fetch for all instructions-part1.srt |
16.32KB |
| 6. subtraction using 2's complement.mp4 |
59.17MB |
| 6. subtraction using 2's complement.srt |
15.39KB |
| 7. creating an 8-bit control NOTER using transistors.mp4 |
23.04MB |
| 7. creating an 8-bit control NOTER using transistors.srt |
5.98KB |
| 7. how to address a 64k ram from cpu.mp4 |
88.38MB |
| 7. how to address a 64k ram from cpu.srt |
14.76KB |
| 7. implementing fetch for all instructions-part2.mp4 |
69.58MB |
| 7. implementing fetch for all instructions-part2.srt |
8.71KB |
| 8. creating an 8-bit alu using transistors.mp4 |
111.36MB |
| 8. creating an 8-bit alu using transistors.srt |
15.12KB |
| 8. creating our computer so far in logisim.mp4 |
209.56MB |
| 8. creating our computer so far in logisim.srt |
23.33KB |
| 8. why do we need multiplexers.mp4 |
25.66MB |
| 8. why do we need multiplexers.srt |
6.34KB |
| 9. creating a mux using transistors.mp4 |
30.47MB |
| 9. creating a mux using transistors.srt |
7.40KB |
| 9. our instruction set architecture(isa) to implement.mp4 |
18.03MB |
| 9. our instruction set architecture(isa) to implement.srt |
4.83KB |
| Bonus Resources.txt |
357B |
| Get Bonus Downloads Here.url |
178B |