Day 1

• Define ALU.
• Define bitslice in the context of ALUs.
• Describe the role of logic extenders, arithmetic extenders, and carry extenders in ALU design.
• Implement an ALU bitslice using truth tables for the extenders.
• Cascade ALU bitslices to create an n-bit ALU.

Day 2

• Implement a different ALU bitslice using truth tables for the extenders.
• Cascade the ALU bitslice to create an n-bit ALU.

Day 3

• Implement an ALU in VHDL using ieee.numeric-standard and integer data types.