Day 1

• Define programmable logic array (PLA).
• Describe the general structure of a PLA.
• Implement canonical equations using a PLA.
• Reverse-engineer a given PLA to determine the canonical equation and the truth table.

Day 2

• Define field programmable gate array (FPGA).
• Describe the general structure of an FPGA.
• Define logic element (LE).
• Define input-output element (IOE).
• Draw the basic structure of an FPGA. Do not expand the LE to an internal circuit.
• Define look-up table (LUT).
• Describe how a multiplexer is used to choose one of the FPGA LUT inputs.

Day 3

• This day is reserved for addional practice and discussion.