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COURSE OUTLINE COURSE TITLE
SEMESTER
YEAR
Digital Systems
Winter
OFFICIAL COURSE NUMBER
IN-HOUSE COURSE NUMBER
2005
243-314-92
N/A 1
COURSE HOURS
WEIGHTING
CREDITS
60
2-2-2
DISCIPLINE
DEPARTMENT AND/OR PROGRAM
Electronics
Electronics Engineering Technology/Computers and Telecommunications
2
COURSE PRE-REQUISITES
243-133, 243-143 COURSE CO-REQUISITES
No Co-Requisites required COURSE DESCRIPTION
This course will familiarize the student with the internal workings of a microprocessor, how to modify its code, and debug an Embedded C language program.
TEACHER(S)
OFFICE ROOM NUMBER(S)
OFFICE TELEPHONE EXTENSION(S)
EMAIL(S)
Kevin Cardamore
209C
2093
[email protected]
1
Lecture/lab-stage/homework hours per week
COURSE OUTLINE
Digital Systems
243.11 Electronics Technology Program [Computer Option]
Course Number: 243–314–92 Weekly Hour Requirements: 2-2-2 Term: Winter 2005
Professor: Kevin Cardamore
Course Description: This course is an introductory course in Microcontroller architecture and microprocessor-based systems. A study is made of the Atmel AVR Microcontroller and supporting hardware necessary to implement a functional microcomputer system. To assist in the learning process, the course will cover Embedded C language programming using the Atmel AVR MCU instruction set as well as the application software development tools such as CodeVisionAVR C Compiler and IDE. Laboratories will be conducted on the Windows PC equipped CodeVisionAVR C Compiler and IDE.
2
Statement of Competence:
To program a microprocessor/Microcontroller-based system.
Elements of Competence:
A. To characterize a microcomputer.
B. To characterize a microprocessor.
C. To program a microprocessor using Embedded C language.
Specific Criteria of Performance:
Identify the elements and functions, which characterize a digital system. Explain the internal workings of a microcomputer. Identify the elements and functional characteristics of microprocessors and controllers. Characterize microprocessors available. Explain the functions of busses, memories, and I/O. Modify an existing program. Debug an embedded C language program. Program a microprocessor for a certain application.
At the conclusion of this course, the student will be able to: •
Familiarize oneself with the microprocessor or microcontroller aspects at both, the theoretical as well as the implementation level by applying the elements of competences.
Methodology Individual work Starting from directions. Using debugging tools The course will cover Embedded C language programming using the AVR MCU instruction set as well as the application software development tools such as the CodeVisionAVR C compiler and IDE which will be conducted on the IBM PC compatible computers.
Course Contents
Embedded C Language Tutorial Beginning concepts Variables and constants I/O operations Operators and expressions Control statements Functions Pointers and arrays Structures and unions Memory types Real-Time methods
3
The CodeVisionAVR C Compiler and IDE IDE operation C compiler options Compile and make projects Program the target device Codewizardavr Code Generator Terminal Tool The ATMEL AVR Studio Debugger
Attendance Regular attendance in course activities is essential for active participation in student learning. Students have an obligation to attend course activities and to arrive on time. Students who miss classes on a regular basis are not considered to be participating actively and thus decrease the possibility of academic success.
Professor Availability The professor’s teaching schedule will be posted outside Rm. 209C. When a student requires additional assistance, the student should approach the professor informally at the end of a class or during a lab that the professor is attending, or between these scheduled times in his office or in the electronics classroom area. If more time is required for assistance, a time and place to meet will be arranged for the student.
Course Text and Materials 1. Richard Barnett, Larry O’Cull, Sarah Cox, (2003), Embedded C Programming and the Atmel AVR, Thomson-Delmar Learning, ISBN: 1401812066 2. Atmel AVR data sheets.
Bibliography • •
Handbook of Microcontrollers (1998) ISBN: 0-07-913716-4 The embedded PC’s ISA bus: Firmware, Gadgets and Practical Tricks (1997). ISBN: 1-5739-8017-X
Evaluation Academic Integrity: In accordance with Heritage College’s Policy #33, Article 3, “Heritage College believes that the academic value of the diplomas and attestations it grants rests upon the honesty of the learning relationship that exists between students and teachers. An act of academic dishonesty (such as cheating, plagiarism, or the fabrication of records) undermining the integrity of this relationship shall be considered a grievous offence.” (please refer to articles 3.1 and 3.2 for offences and sanctions)
4
Participation Assignments Tests Labs Final Exam • •
15% 10% 20% 25% 30%
A mid-term grade will be provided in this course and serves as a progress report. A passing grade in this course is 60%.
5
SEMESTER
YEAR
Digital Systems
Winter
OFFICIAL COURSE NUMBER
IN-HOUSE COURSE NUMBER
2005
243-314-92
N/A 1
COURSE HOURS
WEIGHTING
CREDITS
60
2-2-2
DISCIPLINE
DEPARTMENT AND/OR PROGRAM
Electronics
Electronics Engineering Technology/Computers and Telecommunications
2
COURSE PRE-REQUISITES
243-133, 243-143 COURSE CO-REQUISITES
No Co-Requisites required COURSE DESCRIPTION
This course will familiarize the student with the internal workings of a microprocessor, how to modify its code, and debug an Embedded C language program.
TEACHER(S)
OFFICE ROOM NUMBER(S)
OFFICE TELEPHONE EXTENSION(S)
EMAIL(S)
Kevin Cardamore
209C
2093
[email protected]
1
Lecture/lab-stage/homework hours per week
COURSE OUTLINE
Digital Systems
243.11 Electronics Technology Program [Computer Option]
Course Number: 243–314–92 Weekly Hour Requirements: 2-2-2 Term: Winter 2005
Professor: Kevin Cardamore
Course Description: This course is an introductory course in Microcontroller architecture and microprocessor-based systems. A study is made of the Atmel AVR Microcontroller and supporting hardware necessary to implement a functional microcomputer system. To assist in the learning process, the course will cover Embedded C language programming using the Atmel AVR MCU instruction set as well as the application software development tools such as CodeVisionAVR C Compiler and IDE. Laboratories will be conducted on the Windows PC equipped CodeVisionAVR C Compiler and IDE.
2
Statement of Competence:
To program a microprocessor/Microcontroller-based system.
Elements of Competence:
A. To characterize a microcomputer.
B. To characterize a microprocessor.
C. To program a microprocessor using Embedded C language.
Specific Criteria of Performance:
Identify the elements and functions, which characterize a digital system. Explain the internal workings of a microcomputer. Identify the elements and functional characteristics of microprocessors and controllers. Characterize microprocessors available. Explain the functions of busses, memories, and I/O. Modify an existing program. Debug an embedded C language program. Program a microprocessor for a certain application.
At the conclusion of this course, the student will be able to: •
Familiarize oneself with the microprocessor or microcontroller aspects at both, the theoretical as well as the implementation level by applying the elements of competences.
Methodology Individual work Starting from directions. Using debugging tools The course will cover Embedded C language programming using the AVR MCU instruction set as well as the application software development tools such as the CodeVisionAVR C compiler and IDE which will be conducted on the IBM PC compatible computers.
Course Contents
Embedded C Language Tutorial Beginning concepts Variables and constants I/O operations Operators and expressions Control statements Functions Pointers and arrays Structures and unions Memory types Real-Time methods
3
The CodeVisionAVR C Compiler and IDE IDE operation C compiler options Compile and make projects Program the target device Codewizardavr Code Generator Terminal Tool The ATMEL AVR Studio Debugger
Attendance Regular attendance in course activities is essential for active participation in student learning. Students have an obligation to attend course activities and to arrive on time. Students who miss classes on a regular basis are not considered to be participating actively and thus decrease the possibility of academic success.
Professor Availability The professor’s teaching schedule will be posted outside Rm. 209C. When a student requires additional assistance, the student should approach the professor informally at the end of a class or during a lab that the professor is attending, or between these scheduled times in his office or in the electronics classroom area. If more time is required for assistance, a time and place to meet will be arranged for the student.
Course Text and Materials 1. Richard Barnett, Larry O’Cull, Sarah Cox, (2003), Embedded C Programming and the Atmel AVR, Thomson-Delmar Learning, ISBN: 1401812066 2. Atmel AVR data sheets.
Bibliography • •
Handbook of Microcontrollers (1998) ISBN: 0-07-913716-4 The embedded PC’s ISA bus: Firmware, Gadgets and Practical Tricks (1997). ISBN: 1-5739-8017-X
Evaluation Academic Integrity: In accordance with Heritage College’s Policy #33, Article 3, “Heritage College believes that the academic value of the diplomas and attestations it grants rests upon the honesty of the learning relationship that exists between students and teachers. An act of academic dishonesty (such as cheating, plagiarism, or the fabrication of records) undermining the integrity of this relationship shall be considered a grievous offence.” (please refer to articles 3.1 and 3.2 for offences and sanctions)
4
Participation Assignments Tests Labs Final Exam • •
15% 10% 20% 25% 30%
A mid-term grade will be provided in this course and serves as a progress report. A passing grade in this course is 60%.
5
