Welcome to Teaching Page. The courses taught by the professor is available in the separate course website of the Department/College as follows:
COURSE
YEAR
LINK
CSCE 350: Computer Architecture
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CSCE 482/483: Senior Capstone Project
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CSCE 489: Special Topics
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CSCE 617: Codesign Embedded Systems
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Internet of Things (Beta version) and in Progress
Announcements
Syllabus: IoT-Syllabus-Spring2020
Class Schedule
| DATE | SLIDES |
Topic (Each lecture is of 2 hours duration) |
| L1 | Introductions to IoT; | |
| IoT systems and challenges; IoT trends; | ||
| IoT Architecture and Components: System architecture; hardware; | ||
| IoT Operating systems; | ||
| Sensors; scope of device drivers, | ||
| Edge computing; cloud-computing supports; | ||
| IoT Frameworks:ARTIK platform and usages | ||
| IoT Frameworks: IFTTT platform and usages | ||
| Mini Project: Slides on Design Steps and deliverables | ||
| Networks and Protocols for IoT. | ||
| Sensor networks for IoT, | ||
| Energy conserving MAC and network layer protocols, device discovery protocols. | ||
| Emerging attributes of IoT: Artificial intelligence for IoT; Cognitive IoT; multi-modal modelling; | ||
| Programmability; tools and platforms; | ||
| IoT Data analytics: Understanding IoT data; IoT data collection and integration; | ||
| Machine learning techniques for data analysis; | ||
| Advanced analytics | ||
| IoT analytics tools; | ||
| IoT Security and Privacy: Authentications | ||
| Biometric authentications; software / applications with dynamic authentication; | ||
| Privacy along with security, Fluid media; privacy and security with VANET; | ||
| Case studies: IoT wearable and healthcare; industrial IoTs; | ||
| Low-power considerations in IoT; | ||
| Voice user interactions; |
Instructions on Mini Projects:
slides1,
slides2,
slides3,
slides4
Templates for Reporting:
Link