CSC 322
Program 8 Big Smiley
Due Friday December 9, 2011
This assignment is a quantum leap from Smiley Two. It utilizes four virtual pages/screens yet it only requires
you to maintain one Smiley that
CSC 322
Program 7 - Smiley Two
Due Monday November 28, 2011
This assignment is a continuation of Program 6: Smiley One. You should use our
textbooks library, and your own procedures, to accomplish thi
CSC 322
Program 6 - Smiley One
Due Friday November 11, 2011
This assignment will enable you to demonstrate your ability to manipulate characters on the
screen and to recognize characters from the keyb
CSC 322
Program 5: Form Field Processing
Due Monday October 24, 2011
You are to write an assembly language program that demonstrates your ability to use our textbooks procedure
calls to accomplish var
CSC 322
Program 4 Matrix Manipulation
Due Friday October 21, 2011
This program should function exactly like Program 3 with this same name, except for the
following enhancements:
The data type of the
CSC 322
Program 3 Matrix Manipulation
Due Friday October 7, 2011
Write an assembly language program that defines an arbitrary two-dimensional array of integers
in the data segment. You should also def
CSC 322
Program 2: More Fibonacci Numbers
Due Monday, October 3, 2011
You are to write an assembly language program that will calculate and store all Fibonacci numbers that
can be stored in a 32-bit l
CSC 322
Program 1: Fibonacci Sequence
Due Wednesday, September 28, 2011
You are to write an assembly language program that will calculate and store the first 16 numbers in the
Fibonacci sequence. Reca
CSC 322 Homework Five
Due September 19, 2011
You are to write one assembly language program that does your HW3 assignment for you.
Recall that our HW3 had you calculate by hand how the Intel architect
CSC 322 Homework Four
Due September 7, 2011
You are to demonstrate your understanding of the IEEE 32 bit representation for floating point
numbers. Convert the following numbers between the representa
CSC 322
Homework Three
Due Friday September 2, 2011
Fill in the following "CX registers" with the appropriate values. Assume these "registers" can hold 16 bits.
Also, indicate the value in the "Sign",
CSC 322
HOMEWORK ONE
Due Friday August 26, 2011
Add the following numbers. Pay close attention to the number system of the problem.
All numbers are assumed to be non-negative.
Base 16
ABC
DFE
FFFF
FEC