2019-03-19 1 Lecture 8-1 Introduction to Algorithms — Representations This lecture is about the concept of algorithms and its basic characteristics the basic symbols used in flow charts Algorithm representation in flow charts Algorithm representation in pseudo-code 3 basic control structures 2019-03-19 2 Topics Why algorithms? ”If you cannot describe […]
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Exercise Questions: Assume your microcontroller clock speed to be 1MHz, unless stated otherwise. Q1. Explain about each type of register associated with the following I/O device: – Digital (parallel I/O) – USART – ADC Q2. Explain the initialization parameters of the following I/O device: – USART – ADC – Timer Explain why it is necessary
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Exercise 11 Functions Eric Chen (last modified 2019.04.21) Intended Learning Outcomes When you have done this exercise, you will 1) Understand C function and C program structure 2) Be able to pass data to a function 3) Be able to get the return value from a function 4) Understand C scope rules (local variables vs
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2019-03-19 1 Lecture 8-2 Introduction to Algorithms – Problem-solving techniques Objectives –algorithm After completing this unit, you should be able to Understand basic problem-solving techniques Understand the top-down design process in the algorithm development Apply top-down design to develop simple algorithms Understand the test cases and develop test cases 2019-03-19 2
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DT131B Embedded Systems Programming Lecture 20-21: Micro Controllers-4 – Interrupts – Timers Adapted from Barnett, Cox and O’Cull(2007), Embedded C Programming and the Atmel AVR. Dawit Mengistu (dawit.mengistu@hkr.se) Input Output Techniques As explained in previous lectures, transferring data between peripheral and processor can take place in one of the following ways: • Programmed • Interrupt
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Computational Thinking 2020/21 Logic Coursework Barnaby Martin You should submit a single ZIP file containing (i) one PDF document containing your answers to all the theoretical/mathematical questions, and (ii) a single Python file as with your code. Please name the Python file according to your username (e.g. mpll19.py). The coding part of the coursework will
The Future Internet of Things and Security of its Control Systems Misty Blowers, USAF Research Laboratory Jose Iribarne, Westrock Edward Colbert, ICF International, Inc. Alexander Kott, US Army Research Laboratory Introduction We consider the future of ICS cyber security. As best as we can see, much of this future unfolds in the context of the
Exercise 14 File I/O Eric Chen (last modified 2019.04.28) Intended Learning Outcomes When you have done this exercise, you will 1) Understand the difference between text file and binary files 2) Be able to do simple file input/output 3) Be able to understand buffer overflow bug 4) Be able to use C random number generator
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Faculty of Natural Sciences Eric Chen Goal Tutorial 2 is a preparation for the lab 1. The goal of this tutorial is to provide practices on algorithm development and program development process in C. Please read the lab1 instruction before you come to Tutorial 2. Formatted Output In Task 1 and Task 2 of Lab
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Organization of Lectures – 1 Lecture 1: Practical issues about course, Quick review of Embedded SYstems Lecture 2: Computer Organization and Architecture – Introduction Lecture 3-4: The CPU Lecture 5: Memory Lecture 6: Input Output Lelcture 7: Instruction Sets Lecture 8: Introduction to Microcontroller Hardware Part1 Tutorial1: Introduction to embedded systems programming tools Organization of
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