Objectives: ALU Design In this lab project, we are going to design, simulate and implement a basic 4-bit ALU (Arithmetic/Logic Unit) and demonstrate how it functions Description The ALU should be able to compute the following operations on two 4-bit (signed) binary number inputs: Arithmetic Operations 1. Add 2. Subtract omparison Operations 1. Equal 2. Not Equal 3. Less Than 4. Greater Thatn Logic Operations 1. NOT 2. ANT 3. OR 4. XOR In order to simplify the ALU design, the add subtract unit should be implemented with no overflow indication The ALU design should bc modelcd bchaviorally as well as structurally using the Vcrilog HDL. The ALU design module should, structurally, be organized into three sub-modules (which should implement the operations listed above) Objectives: ALU Design In this lab project, we are going to design, simulate and implement a basic 4-bit ALU (Arithmetic/Logic Unit) and demonstrate how it functions Description The ALU should be able to compute the following operations on two 4-bit (signed) binary number inputs: Arithmetic Operations 1. Add 2. Subtract omparison Operations 1. Equal 2. Not Equal 3. Less Than 4. Greater Thatn Logic Operations 1. NOT 2. ANT 3. OR 4. XOR In order to simplify the ALU design, the add subtract unit should be implemented with no overflow indication The ALU design should bc modelcd bchaviorally as well as structurally using the Vcrilog HDL. The ALU design module should, structurally, be organized into three sub-modules (which should implement the operations listed above)