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1. addition.mp4
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MP4
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17.6 MB
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1. addition.srt
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SRT
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6.6 KB
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1. creating a 1-bit register using transistors-part1.mp4
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MP4
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40.5 MB
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1. creating a 1-bit register using transistors-part1.srt
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SRT
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8 KB
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1. creating a monitor.mp4
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MP4
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121.1 MB
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1. creating a monitor.srt
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SRT
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22.8 KB
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1. executing instructions manually using our computer.mp4
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MP4
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148.6 MB
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1. executing instructions manually using our computer.srt
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SRT
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21.9 KB
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1. how to approach the course and some learning skills for better outcome.mp4
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MP4
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44.7 MB
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1. how to approach the course and some learning skills for better outcome.srt
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SRT
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9.2 KB
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1. how to work with logisim.mp4
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MP4
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185.4 MB
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1. how to work with logisim.srt
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SRT
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26 KB
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1. putting together our computer.mp4
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MP4
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30.3 MB
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1. putting together our computer.srt
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SRT
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8.8 KB
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1. transistor.mp4
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MP4
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11.5 MB
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1. transistor.srt
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SRT
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5.4 KB
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1. what is a computer.mp4
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MP4
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21.7 MB
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1. what is a computer.srt
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SRT
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6.5 KB
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10. implementing nop and lda instructions in control unit.mp4
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MP4
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88 MB
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10. implementing nop and lda instructions in control unit.srt
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SRT
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14.4 KB
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10. real chips(not required).mp4
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MP4
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142 MB
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10. real chips(not required).srt
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SRT
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19.1 KB
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11. implementing data transfer instructions in control unit-part1.mp4
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MP4
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78.4 MB
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11. implementing data transfer instructions in control unit-part1.srt
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SRT
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15.7 KB
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12. str value instruction-from keyboard to memory.mp4
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MP4
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36.5 MB
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12. str value instruction-from keyboard to memory.srt
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SRT
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5.5 KB
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13. arithmetic instructions-add and sub.mp4
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MP4
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52.6 MB
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13. arithmetic instructions-add and sub.srt
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SRT
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8.7 KB
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14. program flow control instruction-jmp and jc.mp4
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MP4
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69.1 MB
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14. program flow control instruction-jmp and jc.srt
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SRT
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14.3 KB
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15. implementing the isa by writing them in the control unit rom.mp4
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MP4
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63.4 MB
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15. implementing the isa by writing them in the control unit rom.srt
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SRT
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6.5 KB
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16. testing our computer by executing instructions.mp4
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MP4
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82.7 MB
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16. testing our computer by executing instructions.srt
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SRT
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10.5 KB
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17. writing a program with loops and if-else.mp4
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MP4
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95.5 MB
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17. writing a program with loops and if-else.srt
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SRT
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21.6 KB
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18. executing the program with loop and if-else using our computer.mp4
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MP4
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198.9 MB
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18. executing the program with loop and if-else using our computer.srt
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SRT
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20.5 KB
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19. assembler and compiler-why.mp4
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MP4
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32.5 MB
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19. assembler and compiler-why.srt
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SRT
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7.9 KB
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2. creating a 1-bit register using transistors-part2.mp4
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MP4
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40.7 MB
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2. creating a 1-bit register using transistors-part2.srt
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SRT
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6.8 KB
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2. creating a nand gate using transistors.mp4
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MP4
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46.8 MB
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2. creating a nand gate using transistors.srt
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SRT
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12.3 KB
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2. creating an xor using transistors.mp4
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MP4
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39.1 MB
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2. creating an xor using transistors.srt
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SRT
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9.6 KB
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2. lamps as switches.mp4
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MP4
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33 MB
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2. lamps as switches.srt
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SRT
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10.8 KB
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2. why computers are fast(fetch,decode,execute).mp4
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MP4
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56.7 MB
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2. why computers are fast(fetch,decode,execute).srt
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SRT
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15.6 KB
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20. creating our computer at the transistor level.mp4
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MP4
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212.1 MB
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20. creating our computer at the transistor level.srt
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SRT
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30.1 KB
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3. binary and decimal numbering systems.mp4
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MP4
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39.4 MB
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3. binary and decimal numbering systems.srt
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SRT
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11 KB
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3. control unit-part1.mp4
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MP4
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31.3 MB
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3. control unit-part1.srt
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SRT
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6.1 KB
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3. create a 1-bit adder using transistors.mp4
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MP4
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35.2 MB
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3. create a 1-bit adder using transistors.srt
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SRT
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9.2 KB
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3. creating a not gate using transistors.mp4
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MP4
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22.4 MB
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3. creating a not gate using transistors.srt
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SRT
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4.1 KB
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3. creating an 8-bit register using transistors.mp4
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MP4
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23.6 MB
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3. creating an 8-bit register using transistors.srt
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SRT
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3.8 KB
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4. adding en and clk to our 8-bit register.mp4
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MP4
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36.6 MB
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4. adding en and clk to our 8-bit register.srt
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SRT
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7.8 KB
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4. control unit-part2.mp4
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MP4
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107.4 MB
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4. control unit-part2.srt
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SRT
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13.6 KB
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4. creating an 8-bit adder-part1.mp4
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MP4
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97.6 MB
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4. creating an 8-bit adder-part1.srt
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SRT
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25 KB
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4. hexadecimal.mp4
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MP4
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39.1 MB
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4. hexadecimal.srt
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SRT
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11.7 KB
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5. control unit-part3-carry out and if statements.mp4
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MP4
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92 MB
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5. control unit-part3-carry out and if statements.srt
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SRT
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12 KB
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5. creating an 8-bit adder-part2.mp4
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MP4
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105.4 MB
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5. creating an 8-bit adder-part2.srt
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SRT
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14.6 KB
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5. why do we need decoder(addressing memory cells).mp4
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MP4
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26 MB
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5. why do we need decoder(addressing memory cells).srt
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SRT
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8.3 KB
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6. creating a decoder using transistors.mp4
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MP4
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93.9 MB
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6. creating a decoder using transistors.srt
|
SRT
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14.4 KB
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6. implementing fetch for all instructions-part1.mp4
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MP4
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127.1 MB
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6. implementing fetch for all instructions-part1.srt
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SRT
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16.3 KB
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6. subtraction using 2's complement.mp4
|
MP4
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59.2 MB
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|
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6. subtraction using 2's complement.srt
|
SRT
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15.4 KB
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7. creating an 8-bit control NOTER using transistors.mp4
|
MP4
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23 MB
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|
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7. creating an 8-bit control NOTER using transistors.srt
|
SRT
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6 KB
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7. how to address a 64k ram from cpu.mp4
|
MP4
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88.4 MB
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|
|
7. how to address a 64k ram from cpu.srt
|
SRT
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14.8 KB
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|
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7. implementing fetch for all instructions-part2.mp4
|
MP4
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69.6 MB
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|
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7. implementing fetch for all instructions-part2.srt
|
SRT
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8.7 KB
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|
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8. creating an 8-bit alu using transistors.mp4
|
MP4
|
111.4 MB
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|
|
8. creating an 8-bit alu using transistors.srt
|
SRT
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15.1 KB
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8. creating our computer so far in logisim.mp4
|
MP4
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209.6 MB
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|
|
8. creating our computer so far in logisim.srt
|
SRT
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23.3 KB
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8. why do we need multiplexers.mp4
|
MP4
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25.7 MB
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|
8. why do we need multiplexers.srt
|
SRT
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6.3 KB
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9. creating a mux using transistors.mp4
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MP4
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30.5 MB
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|
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9. creating a mux using transistors.srt
|
SRT
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7.4 KB
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9. our instruction set architecture(isa) to implement.mp4
|
MP4
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18 MB
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|
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9. our instruction set architecture(isa) to implement.srt
|
SRT
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4.8 KB
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Bonus Resources.txt
|
TXT
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307.2 B
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|
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Get Bonus Downloads Here.url
|
URL
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204.8 B
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