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Also available as an ical file that you can subscribe to. This schedule is preliminary and subject to change.
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Date | Topics | Readings | Notes |
---|---|---|---|
Tue 02/02 | Class Introduction; How to Read a Paper [pdf] | Pre-Reading: HowToRead | |
Part 1: Wireless from the Transport Layer Downwards | |||
Thu 02/04 | Stochastic Forecasts for Wireless Cellular Networks [pdf] | Pre-Reading: Sprout | Student lead: F. Yi |
Tue 02/09 | Transport Protocol Design using Machine Learning [pdf] | Pre-Reading: Remy | Student lead: KW. Cho |
Thu 02/11 | Introduction to 5G Cellular Networks [pdf] | Pre-Reading: 5G overview | Student lead: AK. Singh |
Tue 02/16 | Understanding Operational 5G Networks | Pre-Reading: 5GMeasure | Student lead: T. Saha |
Thu 02/18 | Fine-grained PHY-layer Information for Congestion Control [pdf] | Pre-Reading: PBECC | Student lead: M. Kim |
Tue 02/23 | Explicit Congestion Controller for Wireless Networks [pdf] | Pre-Reading: ABC | Student lead: AK. Singh |
Thu 02/25 | DNN-based Video Streaming over Wireless [pdf] | Pre-Reading: Pensieve | Student lead: S. Yoo |
Mon 03/01 | Project team must be formed by 1 March. | ||
Part 2: Coding, Rate Adaptation and Network Topology for Wireless Networks | |||
Tue 03/02 | Mesh Networking [pdf] | Pre-Reading: Roofnet05 | Student lead: M. Hogan |
Thu 03/04 | Bit Rate Aadaptation in 802.11 [pdf] | Pre-Reading: RRAA | Student lead: Y. Xie |
Tue 03/09 | Rateless Codes [pdf] | Pre-Reading: Spinal | Student lead: D. Chen |
Part 3: New Physical Media | |||
Thu 03/11 | Communication via Physical Vibrations [pdf] | Pre-Reading: Ripple2 | Student lead: Q. Dang |
Tue 03/16 | Spring recess week | ||
Wed 03/17 | Project proposal due. | ||
Thu 03/18 | Visible Light Communication [pdf] | Pre-Reading: DarkLight | Student lead: T. Blundo |
Tue 03/23 | Underwater Communication [pdf] | Pre-Reading: UnderWater | Student lead: M. Kim |
Thu 03/25 | Communication Across the Water-Air Interface [pdf] | Pre-Reading: WaterAir | Student lead: S. Yoo & M. Hogan |
Tue 03/30 | Deep-Tissue Networking in the Body [pdf] | Pre-Reading: DeepTissue | Student lead: Q. Dang |
Part 4: Wireless Networks at New Frequencies and Ranges | |||
Thu 04/01 | Long-range Low-power Wireless Wide-area Network (LPWAN) [pdf] | Pre-Reading: LORA | Student lead: F. Yi |
Tue 04/06 | Millimeter-Wave Communications [pdf] | Pre-Reading: MoVR | Student lead: K. Cho |
Thu 04/08 | Long-range Backscatter Communications with LoRa Signals [pdf] | Pre-Reading: PLoRa | Student lead: T. Blundo & S. Ghozzy |
Part 5: Wireless sensing and localization | |||
Tue 04/13 | Deep-learning based 3D Skeleton Recovery using RF Signals [pdf] | Pre-Reading: 3DSkeleton | Student lead: D. Chen |
Thu 04/15 | Deep-learning based Food Sensing using RF Signals [pdf] | Pre-Reading: FoodSensing | Student lead: S. Ghozzy |
Tue 04/20 | Project Presentations | Project presentation videos due for all students. Presentating students: M. Kim, M. Hogan, S. Yoo, AK. Singh, Q. Dang | |
Wed 04/21 | |||
Thu 04/22 | Project Presentations | Presentating students: D. Chen, Kw. Cho, S. Ghozzy, T. Blundo, F. Yi | |
Tue 04/27 | Spring term classes end | ||
Mon 05/10 | Class project due. Dean’s Date: deadline for student submission of written work. |
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