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'+Joint Seminar Presenter+'\\

*[['''Sunghwa Son''']]\\

*[['''Sol Yoon''']] (Alumni)\\

*[['''Wonhong Jeon''']] (Alumni)\\

*[['''Rojeena Bajracharya''']] (Alumni)\\

*[['''Dohwan Kim''']]\\

*[['''Byeong Moon Cho''']]\\

*[['''Kyung Nam Park''']]\\

*[['''Kyoungbok Kim''']]\\

*[['''Jin-Hyeok Kang''']]\\

*[['''Byeong-Hoon Jang''']]\\



'+Paper Reading List+'\\




*[[(Attach:)Efficient Routing Protocol in WBAN.pdf|A Reliable, Efficient Routing Protocol for Dynamic Topology in Wireless Body Area Networks using Min-Max multi-commodity flow model]]\\

*[[(Attach:)PLR Evaluation of interference on zigbee.pdf|Packet Loss Ratio Evaluation of the Impact of Interference on ZigBee Network caused by Wi-Fi (IEEE 802.11b/g) in E-health Environment]]\\

*[[(Attach:)remote rehabilitation.pdf|Remote Rehabilitation Model Based on BAN and Cloud Computing Technology]]\\

*[[(Attach:)performance evaluation testbed for WBAN.pdf|Development of Visualization And Performance Evaluation Testbed for Wireless Body Area Network]]\\

*[[(Attach:)millimeter wave system.pdf|Very-High-Throughput Millimeter-Wave System Oriented for Health Monitoring Applications]]\\

*[[(Attach:)WeHealth.pdf|Wireless eHealth (WeHealth) From concept to Practice]]\\

*[[(Attach:)A Novel TDMA-Based MAC Protocol for Mobile in-vivo Body Sensor Networks.pdf|A Novel TDMA-Based MAC Protocol for Mobile in-vivo Body Sensor Networks]]\\

*[[(Attach:)QoS-Driven Scheduling Approach Using Optimal Slot Allocation for Wireless Body Area Networks.pdf|QoS-Driven Scheduling Approach Using Optimal Slot Allocation for Wireless Body Area Networks]]\\

*[[(Attach:)Car Speak.pdf|CarSpeak: A Content-Centric Network for Autonomous Driving]]\\

*[[(Attach:)mobile data harvesting.pdf|Mobile Data Harvesting in Wireless Underground Sensor Networks]]\\

*[[(Attach:)QoS satisfaction games.pdf|QoS Satisfaction Games for Spectrum Sharing]]\\

*[[(Attach:)stochastic analysis in OFDMA.pdf|Stochastic Analysis of Energy Savings with Sleep Mode in OFDMA Wireless Networks]]\\

*[[(Attach:)to stay or to switch.pdf|To Stay Or To Switch: Multiuser Dynamic Channel Access]]\\

*[[(Attach:)wakeup scheduling.pdf|Wakeup Scheduling For Energy-Efficient Communication in Opportunistic Mobile Networks]]\\

*[[(Attach:)They Can Hear Your Heartbeats Non-Invasive Security for Implanted Medical Devices_ACM SIGCOMM.pdf|They Can Hear Your Heartbeats Non-Invasive Security for Implanted Medical Devices (ACM SIGCOMM)]], [ [[(Attach:)They Can Hear Your Heartbeats Non-Invasive Security for Implanted Medical Devices_ACM SIGCOMM.pptx|Slides]] ]\\

*[[(Attach:)Picasso_Sigcomm.pdf|Picasso: Flexible RF and Spectrum Slicing]]\\

*[[(Attach:)TUBE.pdf|TUBE: Time-Dependent Pricing for Mobile Data]]\\

*[[(Attach:)TCAM.pdf|A Smart Pre-Classifier to Reduce Power Consumption of TCAMs for Multi-dimensional Packet Classification: ]]\\

*[[(Attach:)Impacts of 2.4-GHz ISM Band Interference on.pdf|Impacts of 2.4-GHz ISM Band Interference on IEEE 802.15.4 Wireless Sensor Network Reliability in Buildings]]\\

*[[(Attach:)ZOE.pdf|ZOE: Fast Cardinality Estimation for Large-Scale RFID Systems]]\\

*[[(Attach:)RSS-Ratio.pdf|RSS-Ratio for Enhancing Performance of RSS-based Applications]]\\

*[[(Attach:)Distributed Spectrum Assignment.pdf|Distributed Spectrum Assignment for Home WLANs]]\\

*[[(Attach:)CUTS.pdf|CUTS: Improving Channel Utilization in Both Time and Spatial Domains in WLANs]]\\

*[[(Attach:)Buzz_Sigcomm.pdf|Efficient and Reliable Low-Power Backscatter Networks]]\\

*[[(Attach:)FFQ_Sigcomm.pdf|Finishing Flows Quickly with Preemptive Scheduling]]\\

*[[(Attach:)MEDCOMM_Sigcomm.pdf|Toward a Safe Integrated Clinical Environment]]\\

*[[(Attach:)CCS.pdf|Cooperative Carrier Signaling: Harmonizing Coexisting WPAN and WLAN Devices]]\\

*[[(Attach:)Clearing the RF Smog-Making 802.11 Robust to Cross-Technology interference_SIGCOMM 2011.pdf|Clearing the RF Smog: Making 802.11 Robust to Cross-Technology interference (SIGCOMM 2011)]], [ [[(Attach:)Clearing the RF Smog-Making 802.11 Robust to Cross-Technology interference_SIGCOMM 2011.pptx|Slides]] ]\\

*[[(Attach:)Flashback.pdf|Flashback: Decoupled Lightweight Wireless Control]]\\

*[[(Attach:)Spinal Codes.pdf|Spinal Codes]]\\

*[[(Attach:)ShadowStream.pdf|ShadowStream: Performance Evaluation as a Capability in Production Internet Live Streaming Networks]]\\

*[[(Attach:)Strider-Automatic Rate Adaptation and Collision Handing_SIGCOMM 2011.pdf|Strider-Automatic Rate Adaptation and Collision Handing (SIGCOMM 2011)]], [ [[(Attach:)Strider-Automatic Rate Adaptation and Collision Handing_SIGCOMM 2011.pptx|Slides]] ]\\

*[[(Attach:)Harmful coexistence between 802.15.4 and 802.11 - a measurement-based study.pdf|Harmful coexistence between 802.15.4 and 802.11 - a measurement-based study]]\\

*[[(Attach:)Implementation of wireless body area networks for healthcare systems.pdf|Implementation of wireless body area networks for healthcare systems]]\\

*[[(Attach:)Body area sensor networks - challenges and opportunities.pdf|Body area sensor networks - challenges and opportunities]]\\

*[[(Attach:)Multi-Resource Allocation.pdf|Multi-Resource Allocation]]\\

*[[(Attach:)CEJ.pdf|Cherish Every Joule: Maximizing Throughput with An Eye on Network-wide Energy Consumption]]\\

*[[(Attach:)Throughput Expressions.pdf|Closed-form Throughput Expressions for CSMA Networks with Collisions and Hidden Terminals]]\\

*[[(Attach:)Max Throughput.pdf|Maximizing Throughput When Achieving Time Fairness in Multi-Rate Wireless LANs]]\\

*[[(Attach:)AP Association.pdf|AP Association in 802.11n WLANs with Heterogeneous Clients]]\\
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Page last modified on January 05, 2022, at 08:56 PM EST