Nand2Terris (computer system course project)

Project 01:

Use hardware language to write logic gates.

• And, And16, DMux, DMux4Way, DMux8Way, Mux, Mux4Way16, Mux8Way16, Mux16, Not, Not16, Or, Or8Way, Or16, Xor

Project 02:

Use the logic gates from 01 to build more the arithmetic-logic unit (ALU).

• Add16, ALU-nostat, ALU, FullAdder, HalfAdder, Inc16, Or16Way

Project 03:

Use the basic logic gates to realize the memory section of a computer.

• Bit, PC, RAM8, RAM64, Resgister, RAM4K, RAM16K, RAM512

Project 04:

Use symbolic machine language to code two functions

• Draw a rectangle on the screen when any key on keyboard is pressed
• Multiplies two values

Project 05:

Use all the logic gates from previous project to build a CPU, memory. Then assemble a primitive computer.

• Memory, CPU, Computer

Project 06:

Write a Assembly to translate the symbolic machine language into binary code (real machine language) which can be read by machine

Project 07:

Write a VWtranslator to translate the VW code into symbolic machine language.

Project 08:

Write a advanced VWtranslator to translate the VW code into symbolic machine language.

Project 09:

Project 10:

Project 11:

Project 12: