| Week |
Date |
Topic |
Notes |
| Week 1 |
1/6 |
Introduction to IoT: IoT definition, Use-cases, and Business Opportunities
|
|
| |
1/8 |
|
| Week 2 |
1/11 |
IoT Architecture: Objects Layer, Object Abstraction Layer, Service Management Layer, Application Layer, Business Layer |
|
| |
1/13 |
|
| |
1/15 |
|
| Week 3 |
1/18 |
No Class |
|
| |
1/20 |
IoT Elements: Identification, Sensing, Communication, Computation, Services, Semantics |
|
| |
1/22 |
Survey 1 due: IoT applications |
| Week 4 |
1/25 |
|
| |
1/27 |
|
| |
1/29 |
Paper Presentation
Sensing Finger Input Using an RFID Transmission Line
T2Pair: Secure and Usable Pairing for Heterogeneous IoT Devices |
|
| Week 5 |
2/1 |
IoT Common Standards |
|
| |
2/3 |
|
| |
2/5 |
Paper Presentation
RF-Net: A Unified Meta-Learning Framework for RF-enabled One-Shot Human Activity Recognition
Harnessing the Ambient Radio Frequency Noise for Wearable Device Pairing |
|
Project 1 due |
| Week 6 |
2/8 |
IoT Common Standards (Continue) |
|
| |
2/10 |
|
| |
2/12 |
Paper Presentation
Deaf-Aid: Mobile IoT Communication Exploiting Stealthy Speaker-to-Gyroscope Channel
Patronus: Preventing Unauthorized Speech Recordings with Support for Selective Un-scrambline |
|
|
| Week 7 |
2/15 |
IoT Common Standards (Continue) |
|
| |
2/17 |
|
| |
2/19 |
Paper Presentation
RTSense: Passive RFID based Temperature Sensing. SpiroSonic: Monitoring Human Lung Function via Acoustic Sensing on Commodity Smartphones |
|
| Week 8 |
2/22 |
IoT Common Standards (Continue) |
|
| |
2/24 |
|
| |
2/26 |
Mid-term Exam |
|
| Week 9 |
3/1 |
IoT Common Standards (Continue) |
|
| |
3/3 |
|
| |
3/5 |
Paper Presentation
Ember: Energy Management of Batteryless Event Detection Sensors with Deep Reinforcement Learning
AcuTe: Acoustic Thermometer Empowered by a Single Smartphone |
| |
| Week 10 |
3/8 |
IoT Common Standards: Bluetooth |
|
| |
3/10 |
|
| |
3/12 |
Paper Presentation
PDLens: Smartphone Knows Drug Efectiveness among Parkinson’s via Daily-Life Activity Fusion
Aloba: Rethinking ON-OFF Keying Modulation for Ambient LoRa Backscatter |
|
Survey 2 due: Machine learning/Deep learning in IoT |
| Week 11 |
3/15 |
IoT Common Standards: WiFi |
|
| |
3/17 |
|
| |
3/19 |
Paper Presentation
Noninvasive Glucose Monitoring Using Po-larized Light
“Alexa, Stop Spying on Me!”: Speech Priva-cy Protection Against Voice Assistants |
|
| Week 12 |
3/22 |
IoT Common Standards: 6LoWPAN and RPL, IEEE 802.11ah, LoRaWAN, and Sig-fox |
|
| |
3/24 |
|
| |
3/26 |
Quiz for IoT Common Standards
Paper Presentation
Resilient Image Compression for AIoT Cameras
FM-Track: Pushing the Limits of Contactless Multi target Tracking using Acoustic Signals |
Project 2 due |
| Week 13 |
3/29 |
Support to the IoT: Big Data Analytics, Cloud computing, and Fog computing |
|
| |
3/31 |
|
| |
4/2 |
Paper Presentation
Wi-Fi See It All: Generative Adversarial Network-augmented Versatile Wi-Fi Imaging
DroneScale: Drone Load Estimation Via Re-mote Passive RF Sensing |
Survey 3 due: IoT Device Security |
| Week 14 |
4/5 |
Security and Privacy in IoT: Confidentiality, Integrity, Availability, Privacy |
|
| |
4/7 |
|
| |
4/9 |
Paper Presentation
RFWash: A Weakly Supervised Tracking of Hand Hygiene Technique
ThermoWave: A New Paradigm of Wireless Passive Temperature Monitoring via mmWave Sensing |
Project 3 due |
| Week 15 |
4/12 |
Security and Privacy in IoT (Continue) |
|
| |
4/14 |
Paper Presentation
ePerceptive—Energy Reactive Embedded Intelligence for Batteryless Sensors
BatComm: Enabling Inaudible Acoustic Communication with High throughput for Mobile Devices |
|
| |
4/16 |
Paper Presentation
LiTag: Localization and Posture Estimation with Passive Visible Light Tags
UWHear: Through-wall Extraction and Separation of Audio Vibrations Using Wireless Signal |
|
| Final Exam |
4/22 |
10:00AM – 12:00PM |
|