COMP 228 : Systems Hardware. Requires coding in MARIE Implement the transmitted using MARIE machine architecture and assembly language

INSTRUCTIONS TO CANDIDATES

ANSWER ALL QUESTIONS

Read the document. Requires coding in MARIE

 

COMP 228 : Systems Hardware

Fall 21

 

As a System Engineer you were asked to design software/ hardware system to transmit series of

bytes through a communication channel and he data is transmitted one byte at a time.

However, the data could be corrupted along the communication path before it is processed by the

receiver. In this project you will design a system to transmit the data along with error detection

and correction bits. Your design must allow the receiver be detect and correct single bit errors.

The project is of three parts:

Part I: Design

The overall design of the transmission system such the derivation of parity bits, total number of

bit to be transmitted etc.

Part II: Software Implantation

Implement the transmitted using MARIE machine architecture and assembly language.

Review Chapter 4 of text book and see : https://marie.js.org/ for more information on MARIE.

In this part you must:

a. Present the assembly code to solve the problem

b. Sample inputs and outputs with explanation and discussion

Part III: Logic circuit design

Use the concepts learned in the course (see chapter 3) to design a logic circuit to implement the

transmitter.

a. Specify all parameters and assumptions used in design.

c. Show the logic design of the system

d. Sample inputs and outputs with explanation and discussion 

The is a group project, each group is composed of 2 to 3 students. In all group members must

contribute equally to the project. You project will be evaluated as per the following rubric:

Aspect/level 1 (failed) 2

(unsatisfactory)

3 ( meet

expectation

with

restrictions)

4( meet expectation) 5 ( Exceed

expectation)

Coding Code is not readable,

not efficient and does

not produce any

results

The code is

poorly

organized, and

very

difficult to read.

It is readable

only

by someone

who

knows what it is

supposed to be

doing.

The code is fairly

efficient without

sacrificing

readability and

understanding.

It is fairly easy to

Read and understand.

Exceptionally well

organized and very easy

to understand

Hardware

design

Does not provide any

output

Design works

but with errors

Design properly

implemented

but could be

improved

Design properly

implemented

Exceptionally design

Report

structure

Not organized and

not well written

(many grammatical

mistakes)

Report is not

well

organized and

not well

written. Design

and results

are presented

but with no

explanation or

discussion.

Report is

organized

and well

written.

Design and

results are

presented but

with limited

explanation and

discussion.

Report is well

organized and well

written. Design and

results are presented

with explanation and

discussion.

Report is exceptional:

very

well organized and is

very

well written. Design

and results are

presented with

full explanation and

discussion.

Report template

For your report use the IEEE template presented in the link:

https://www.ieee.org/conferences/publishing/templates.html

Attachments:

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