EE 361 Fall 2004
Homework 12
Due: 12/6/03 (mon)
- Textbook Problem 4.22 (2 pts)
- Textbook Problem 4.46 (2 pts).
- Textbook Problem 4.50 (1 pt). This problem uses Figure 4.56
in the textbook. There are two adder circuits. The first is
the traditional ripple adder, and the second is known as carry save.
For more information, read Problem 4.49 (but don't do it) and
also the description of carry save on the next page.
- Textbook Problem 7.7 (2 pts) Note that transfers between
the cache and main memory are in "blocks" of memory words (cells).
For this problem, it's the simple case of 1 block = 1 word.
- Textbook Problem 7.8 (2 pts)
- Textbook Problem 7.9 (2 pts)
- Textbook Problem 7.11 (2 pts)
Problem A (2 pts). Write the IEEE 754 binary representations of
the numbers 73 and -5.625 in single precision.
Problem B (2 pts). Repeat Problem A but for double precision.