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faculty of informatics | internet of things
Bayu Erfianto
IntroductionInternet of Things 2019-2
faculty of informatics | internet of things
Course Administrative– Syllabus & Schedule– Assessment and Grading– Project
Introduction Course
Outline
faculty of informatics | internet of things
Course AdministrativeLecturer:
Dr. Bayu Erfianto SSi. MSc.
erfianto@telkomuniversity.ac.id
Course web site: erfianto.staff.telkomuniversity.ac.id
Lab IoT Gedung E 227
faculty of informatics | internet of things
Schedule & Syllabus
CLO1 Mahasiswa mampu menjelaskan konsep, teknologi dan platform IoT
CLO2 Mahasiswa mampu menjelaskan beberapa penerapan IoT
CLO3 Mahasiswa mampu merancang dan membuat aplikasi IoT
faculty of informatics | internet of things
References
faculty of informatics | internet of things
Attending lecture: 10% participation.
Independent study: to broaden and dig current issues in IoT and applying in a project. Advanced Programming skill is mandatory (Python, C, Android)
A Group of 2 students, different tasks
CLO2: UTS (30 %), No remedial
CLO1: Assignments, Progress report (3 reports), (20 %), no delay, otherwise score=0
CLO3: Project presentation (50%) (UAS), No remedial
Rule of Course
faculty of informatics | internet of things
Course Statistics
A - AB: moderate to high competence on IoT subjects, moderate to high competence on Programming
B - BC: less competence on IoT subjects, moderate competence on Programming
C - D: less competence on IoT subjects, less competence on Programming
E : No intention to accomplish all subjects
faculty of informatics | internet of things
IoT eHealth: Seismo & gyrocardiography
Android programming, Signal processing, Python programming
Project:
Recording App for Processing Results and analysis
faculty of informatics | internet of things
Introduction Course
faculty of informatics | internet of things
What is Internet ?
faculty of informatics | internet of things
What are things ?
faculty of informatics | internet of things
What is Internet of Things ?
faculty of informatics | internet of things
Principle Component of IoT
faculty of informatics | internet of things
Typical IoT Sensors
faculty of informatics | internet of things
IoT Connectivity
faculty of informatics | internet of things
Communication Protocol Comparison
IoT Connectivity
faculty of informatics | internet of things
IoT End System: People and Process
faculty of informatics | internet of things
Low-power sensors & embedded systems
Cloud computing: Data collected through IoTdevices is massive has to be stored on a reliable storage server.
Availability of big data: IoT relies heavily on sensors, especially real-time.
Networking connection: In order to communicate, internet connectivity is a must where each physical object is represented by an IP address.
Four Components of IoT
faculty of informatics | internet of things
IoT Application Area
faculty of informatics | internet of things
Reference
Typical IoTArchitecture
faculty of informatics | internet of things
3 Layer Model
Typical IoT Architecture
faculty of informatics | internet of things
4 Layer Model
Typical IoT Architecture
faculty of informatics | internet of things
5 Layer Model
Typical IoT Architecture
faculty of informatics | internet of things
IoT Security Issue
faculty of informatics | internet of things
Summary
faculty of informatics | internet of things
Example of IoT
faculty of informatics | internet of things
Vehicular IoT
faculty of informatics | internet of things
Vehicular IoT
faculty of informatics | internet of things
V2X NEtwork
faculty of informatics | internet of things
V2X
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