1. Internet of Things (IoT) CSED 490K Course Introduction
Prof. James Won-Ki Hong
Sept. 5, 2017
Distributed Processing & Network Management Lab.
Dept. of Computer Science and Engineering
POSTECH

2. Table of Contents 1 Introduction 2 Communication methods
3. Assignments & Term Project
4. Course Overview

3. Introduction This course will be conducted using “flipped learning”
This course will be concurrently offered to the world (mostly people in Korea) as a GSIT MOOC course
The same lectures will be given online via
There will be a number of assignments and a group term project
Active class participation is expected from all students
The course website will be used for making various announcements and providing materials to the students:

4. Introduction – Classes & TA
Location: PIRL 222
Times: Tue. & Thu. 12:30-13:45
Class times will be used to have Q&As on the materials covered in the online lectures, student presentations and discussions on class various class maters
Teaching Assistant (TA):
Dongho Son, , (DPNM Lab, CSE)
Pre-requisites:
A course on OS and computer networking are recommended
Required Textbook:
There will not be a textbook for this course. Lecture slides and various materials (videos, papers, software, presentations, etc.) found from the Internet can be used for the course.

5. Introduction – Lectures & Quizzes
Lectures will be given online via
Lecture notes in PDF will be provided along with online lectures
Students are expected to view the online lecture before coming to class
There will be one or two lecture modules per class
Quizzes will be given after every online lecture
Students must do the quizzes as they will be counted towards 10% of the final mark
You will be given two chances to get the correct answer for each question

6. How to Communicate with me via
Phones: (o), (m)
KakaoTalk
Skype: jwkhong
Face-to-Face: PIRL 337

7. How to Communicate with the Class
Students will use LMS (Lecture Management System) within POVIS to submit assignments & project materials
The TA will make announcements on assignments, project, etc. via and/or LMS
We will have a bulletin board to have online Q&A and discussions – where would be best?

8. Course Evaluation
Evaluation on each student will be done based on the following:
Assignments - 40%
Term Project - 50%
Class Participation - 10%
Note: the above evaluation scheme may change slightly during the course.

9. Course Assignments Will involve a number of things including:
Creating your own homepage, blog, wiki, LinkedIn page, Facebook page, etc.
Survey various topics/platforms/tools/devices and presenting your findings in class – class presentations should be prepared in PowerPoint or similar presentation SW
Watching YouTube videos and answering some questions
Developing software for some “things”

10. Term Project
Will develop an IoT system involving one or more devices, IoT platform, and smartphone app
May be done in groups of 2-3 students
Go through the process of system development life cycle (i.e., project definition, requirements analysis, design, implementation, testing, deployment) and documentation – will be done throughout the course
There will be a final presentation and demo at the end of the term
40% of the course mark will be allocated for this
Think about what you would like to develop!

11. Class Participation
Students are strongly encouraged to listen to all online lectures, do the quizzes, attend all classes.
Students are also strongly encouraged to participate in discussions during classes.
10% of the final mark is assigned for good and active class participation.

12. POSTECH IoT Course Overview
Introduction to IoT (Internet of Things)
Networking Technologies for IoT
IoT Programming with Rasberry Pi
IoT Programming with Arduino
IoT Programming with ARTIK IoT Platform
Microsoft Azure IoT Suite
Samsung ARTIK Cloud
Amazon Web Services IoT
IBM Watson IoT
Google Cloud IoT
IoT App Development Project
This slides shows the topics that will be covered in this course. Following this introductory lecture, I will introduce networking technologies used in IoT applications. I will then introduce several popular IoT development kits and IoT programming using them, namely Rasberry Pi, Arduino and Samsung ARTIK IoT Platform. I will introduce several IoT Cloud platforms such as Microsoft Azure IoT Suite, Samsung ARTIK Cloud, Amazon Web Services IoT, IBM Watson IoT, Google Cloud IoT. I will then introduce an IoT application development project.

13. Q&A