Instructor: Eric Hernandez



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CECS 347 - Syllabus

Microprocessors and Controllers II

Spring 2015

Instructor: Eric Hernandez

OFFICE HOURS: Mon., Wed. 3:00-4:00pm, Tue., Thur. 12:00-1:00pm VEC-403 or by appointment

E-MAIL ADDRESS: engr.eric@gmail.com

COURSE WEBPAGE: http://www.engreric.com/

LECTURE: Mon., Wed. 11:00 A.M. to 11:50 A.M. ECS 302

LABORATORY: Mon., Wed. 12:00 P.M. to 1:15 P.M. ECS 413

A. DESCRIPTION

This is a continuation of Embedded Systems from CECS 346. At the heart of every Embedded System is the Microcontroller. This class will focus on the ARM architecture using the LPC2148 Microcontroller from NXP.
B. ORGANIZATION

This is a lecture and lab based course in which topics are presented in the lecture and demonstrated in the lab through a series of projects that build upon each other. It is very important that each lab is completed as most labs will rely on the knowledge gained from the previous one. Successful completion of the course is reliant upon completion of the labs.


C. COURSE OBJECTIVES

  1. To continue and expand on embedded systems using the ARM core.

  2. To learn proper procedural coding techniques.

  3. To learn the architecture and memory organization of the ARM via the assembly language.

  4. To develop proficiency in C coding for ARM based embedded systems.

D. COURSE TOPICS



ARM Microcontrollers

RISC vs. CISC

ARM Assembly Language

Addressing Modes

Arithmetic & Logic Instructions

Branching

I/O Ports Programming

In System Programming

Timers & Interrupts

Analog Digital Converters

Serial Ports

LCD Interfacing

E. TEXT AND REQUIRED MATERIALS



ARM Assembly Language – Fundamentals and Techniques: (Second Edition)

by William Hohl, Christopher Hinds

Supplies:

ARM LPC2148 Development Board, wire and other discrete components as required by each lab.

Keil uVision ARM IDE and Simulator.
F. GRADING PLAN

Coursework will be weighted as follows:



  1. Quizzes 10% Only the 5 highest ones will be counted.

  2. Midterm 1 20%

  3. Midterm 2 20%

  4. Labs and Homework 25% Late labs will lose 5% per class meeting.

  5. Final Exam 25%

A – 100%-90%

B – 89%-80%

C – 79%-70%

D – 69%-60%

F – 59%-0%

The grades will be curved, but you can never get lower than the scale above
G. ATTENDANCE

Although not explicitly recorded, attendance is vital for success in this class. Quizzes may or may not be announced one lecture before and exam material will be discussed throughout. Programming tips and techniques for the labs will also be covered during lecture time.


H. TENTATIVE SCHEDULE (Dates may vary due to holidays and project requirements)


Week 1

Chapter 1: Overview of Computing Systems

Week 2

Chapter 2: The Programmer’s Model, Chapter 3: Instruction Sets

Week 3

Chapter 4: Assembler Rules and Directives

Week 4

Chapter 5: Loads, Stores, and Addressing

Week 5

Midterm #1 Review, Midterm #1

Week 6

Chapter 6: Constants and Literal Pools

Week 7

Chapter 7: Integer Logic and Arithmetic

Week 8

Chapter 8: Branches and Loops, UART Peripheral

Week 9

Chapter 13: Subroutines and Stacks

Week 10

Midterm #2 Review, Midterm #2

Week 11

Chapter 15: Exception Handling and Vectored Interrupt Controller

Week 12

C Programming for Embedded Systems

Week 13

State Machines, Analog Digital Converter Peripheral

Week 14

Peripherals – GPIO, LCD

Week 15

PWM and Sine Wave Generation

Finals Week

346 - Final Exam

I. CLASS PREREQUISITES



CECS 301, 311 and 346 with a "C" or better.

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