The paper "The Case for More Digital Logic in Computer Architecture" argues for expanding digital logic in computer science curricula, emphasizing its foundational importance. Hoffman critiques the trend of reducing digital logic coverage due to new topics like web programming and advocates for its integration within computer architecture rather than discrete systems courses. Digital logic is seen as essential for building a deep understanding of computing principles, particularly for linking theory to practice and illustrating levels of abstraction$.$

After reading the paper, answer the following questions based on your understanding:

How does enhanced digital logic coverage impact students' comprehension of complex computer architecture concepts?

What are the long$-$term effects of incorporating practical digital logic labs in computer science curricula on graduate proficiency?

Can integrating digital logic principles into emerging tech areas, like AI and quantum computing, improve system design efficiency?

How do industry demands for computer science graduates align with increased digital logic skills?

Write your answers in a Word doc or PDF and submit them by the due date.