Azman @MY1

• Course Introduction
• Introduction to Computer Systems
  1. Hardware (CPU, input, output)
  2. Software (Kernel, OS, userspace)
  3. Numbers & Logic
• Introduction to Computer Programming
  1. Algorithms: instruction sequencing
  2. Flow-charts: visual representation
  3. Interpreters ⇒ scripts
  4. Compiler and Linkers ⇒ binary executables

• Tools (compiler/IDE) Installation/Setup

• [VIDEO GUIDE]???

• Introduction to C language
  1. Basic code structure (syntax)
  2. Function and code-block
  3. Simple text display
• Creating first executable binary
  1. Syntax (language) and semantic (decision logic) errors
  2. Simple debugging

• Explore building binary from c source code
• Explore creating text decorations using symbols

• [VIDEO GUIDE]???

• C Variables (data storage)
  1. data types and sizes
• C Operators
  1. arithmetic and logic
  2. boolean vs bitwise
• Data processing
  1. equations and tasks

• Understanding storage types and practical use
• Exploring code that does equations/calculations

Assignment 1 Queue

• Flow control: Branches (selection)
  1. if-else structure
  2. switch-case structure
  3. (otional) the ?: combo

• Understanding decision making process in code
• Exploring code that control program flow

• Flow control: Loops (repetition)
  1. for structure
  2. while structure
  3. do-while structure

• Understanding iterative flow in code
• Exploring code that repeats itself

Assignment 1 Due (5%)

• Simple Applications
  • traffic light control
  • temperature control
  • input signal detection/measurement

• Lab Work 3
• [DEVELOPMENT WORK]
• practical programming:
• detect edges
• measure pulse width
• measure frequency
• generate pwm (single/periodic)

Lab Assessment 1 (10%)

• Hardware Platform 2 (Lecture Part 4)
  • Board (GTUC51B001) specifications
  • Mirocontroller (NXP P89V51RD2) details

• Lab Work 3 (cont.)
• [DEVELOPMENT WORK]
• system integration

Mid-term Examination (20%)

• Hardware Platform 2 (cont.) (Lecture Part 4)
  • Features: I/O, Timer, Interrupt

• Lab Work 3 (cont.)
• [DEVELOPMENT WORK]
• system integration

Assignment 2 Queue

• Embedded OS on Raspberry Pi
  • running Raspbian Linux
  • basic I/O access

• Lab Work 4
• [PREPARATION WORK]
• prepare raspbian (pgt302pi image)
• change hostname (make unique)
• [DEVELOPMENT WORK]
• my1linuxpi: gpio

• Embedded OS on Raspberry Pi
  • running Raspbian Linux
  • basic peripheral interface

• Lab Work 4 (cont.)
• [PREPARATION WORK]
• make sure avahi/mdns is running on pi
• make sure bonjour/avahi/mdns is available on host
• [DEVELOPMENT WORK]
• remote access using putty
• my1codelib: run custom server
• my1linuxpi: run gpio http server

Assignment 2 Due (5%)

• Setup/running simple data server
  • server side programming (C @ PHP)

• Lab Project

Lab Assessment 2 (10%)

• Setup/running simple data server
  • client side programming (C @ HTML/CSS/JAVASCRIPT)

• Lab Project (cont.)

• Practical Applications
  • requirements and considerations

• Lab Project (cont.)

• Practical Applications (cont.)
  • requirements and considerations

• Lab Project (cont.)

Lab Project Due (10%)