Technical Program

This page shows the WiOpt 2024 program, including program at a glance and detailed program. All the times in the program refer to Korean Standard Time (KST, UTC/GMT+9).

Important information for authors: Authors should prepare a 20 min presentation and will have 2-3 additional minutes for answering questions.

Program at a glance

October 21, 2024: Workshops and Welcome Reception

• 18:00-19:00 - O1: Welcome Reception (Korea University Hana Square Atrium [link])

October 22, 2024: Main Conference

• 8:45-9:00 - O2: Opening speech / Best paper award ceremony
• 9:00-10:30 - S1: Age of Information, chair: Jiayu Pan (Zhejiang University)
• 10:30-11:00 - B1: Coffee break
• 11:00-12:00 - K1: Keynote: Open 6G: Orchestration, Automation, Conflict Management, and Explainability in nextG Wireless Systems. Speaker: Prof. Tommaso Melodia
• 12:00-13:30 - L1: Lunch on your own
• 13:30-15:00 - S2: Scheduling, chair: Hyoil Kim (UNIST)
• 15:00-15:30 - B2: Coffee break
• 15:30-17:00 - S3: Coding and Detection, chair: Daewon Seo (DGIST)

October 23, 2024: Main Conference

• 9:00-10:30 - S4: Network Markets and Security, chair: Joongheon Kim (Korea University)
• 10:30-11:00 - B3: Coffee break
• 11:00-12:00 - K2: Keynote: Learning-NUM: Utility Maximization in Stochastic Queueing Networks. Speaker: Prof. Eytan Modiano
• 12:00-13:30 - L2: Lunch on your own
• 13:30-14:30 - K3: Keynote: Pushing the Boundary for Index Policies: Recent Advances, Challenges and Opportunities Speaker: Prof. Xiaojun Lin
• 14:30-15:00 - B4: Coffee break
• 15:00-16:30 - S5: Routing and Scheduling, chair: Jeongho Kwak (DGIST)
• 17:30-19:30 - O3: Social Dinner (Korea University Faculty House [link])

October 24, 2024: Main Conference

• 9:00-10:30 - S6: Reinforcement Learning/LLM in Networks, chair: Hairi (University of Wisconsin-Whitewater)
• 10:30-11:00 - B5: Coffee break
• 11:00-12:30 - S7: ML/AI based Network Algorithms, chair: Hyang-Won Lee (Konkuk University)

Detailed Program

S1: Age of Information

1. Achieving AoI Fairness in Spatially Distributed Wireless Networks: From Theory to Implementation
   Nicholas W Jones; Joshua Wornell; Chao Li; Eytan Modiano
2. Version Innovation Age and Age of Incorrect Version for Monitoring Markovian Sources
   Mehrdad Salimnejad; Marios Kountouris; Anthony Ephremides; Nikolaos Pappas
3. Version Age of Information Minimization over Fading Broadcast Channels
   Gangadhar Karevvanavar; Hrishikesh Pable; Om Patil; Rajshekhar Vishweshwar Bhat; Nikolaos Pappas
4. Semantics-Aware Status Updates with Energy Harvesting Devices: Query Version Age of Information
   Erfan Delfani; Nikolaos Pappas

S2: Scheduling

1. Prediction-based Coflow Scheduling
   Olivier Brun; Balakrishna Prabhu; Oumayma Haddaji
2. Sliding-Window BATS Code for Scalable Video Multicasting over Erasure Networks
   Xiaoran Wang; Jinbei Zhang; Kechao Cai
3. Age of Information-Oriented Probabilistic Link Scheduling for Device-to-Device Networks
   Lixin Wang; Qian Wang; He Henry Chen; Shidong Zhou
4. UAV’s Visit Scheduling for Age-of-Synchronization Minimization with Random Update Sensors
   Jie Gong; Liu Yunchao; Chai Yi

S3: Coding and Detection

1. SOS: Dynamic Secure Code Offloading for Power Minimization in LEO Satellite Edge Computing
   Jeongsoo Kim; Suhyeon Jeon; Jeongho Kwak
2. Integrated Communication and Binary State Detection from Hoeffding’s Perspective
   Daewon Seo; Sung Hoon Lim
3. Improving Achievability of Cache-Aided Private Variable-Length Coding with Zero Leakage
   Amirreza Zamanisiboni; Mikael Skoglund

S4: Network Markets and Security

1. Impact of Geographical Separation on Spectrum Sharing Markets
   Phil Kangle Mu; Zongyun Xie; Igor Kadota; Randall A Berry
2. Dynamic Matching for Ride-sharing with Deadlines
   Shuqin Gao; Costas Courcoubetis; Lingjie Duan
3. Enhanced Real-Time Threat Detection in 5G Networks: A Self-Attention RNN Autoencoder Approach for Spectral Intrusion Analysis
   Mohammadreza Kouchaki; Minglong Zhang; Aly sabri Abdalla; Guangchen Lan; Christopher G. Brinton; Vuk Marojevic
4. On the Hardness of Decentralized Multi-Agent Policy Evaluation under Byzantine Attacks
   Hairi; Minghong Fang; Zifan Zhang; Alvaro Velasquez; Jia Liu

S5: Routing and Scheduling

1. How to Route CUBIC and BBR Packets in Space
   Shuo Huang; Zhiyuan Wang; Wenhao Lu; Kai Shen; Jiayi Zhang; Shan Zhang; Hongbin Luo
2. A Queueing Theoretic Perspective on Low-Latency LLM Inference with Variable Token Length
   Yuqing Yang; Lei Jiao; Yuedong Xu
3. Hyperloop Communications: Intra-tube Channel Capacity and its Enhancement
   Jeongtak Kim; Hyoil Kim; Ki Jin Han
4. Service Guarantee in Multi-Priority Traffic: A Spatial Network Calculus Perspective
   Xiaohang Zhou; Yi Zhong; Ke Feng

S6: Reinforcement Learning/LLM in Networks

1. Optimal Flow Admission Control in Edge Computing via Safe Reinforcement Learning
   Andrea Fox; Francesco De Pellegrini; Francescomaria Faticanti; Eitan Altman; Francesco Bronzino
2. Advanced Taxiing Path Guidance using Multi-Agent Reinforcement Learning for Air Traffic Management
   Sungjoon Lee; Gyu Seon Kim; Soohyun Park; Joongheon Kim
3. Personalized Federated Deep Reinforcement Learning for Heterogeneous Edge Content Caching Networks
   Zhen Li; Tan Li; Hai Liu; Tse-Tin Chan
4. Large Language Models for Power Scheduling: A User-Centric Approach
   Thomas Mongaillard; Samson E Lasaulce; Othman Hicheur; Chao Zhang; Lina Bariah; Vineeth S Varma; Hang Zou; Qiyang Zhao; Mérouane Debbah

S7: ML/AI based Network Algorithms

1. Regret of Age of Information Bandits for Single and Multiple Sources under Non-stationary Channels
   Xiayi Wang; Jianan Zhang; Xiang Cheng; Yuping Zhao
2. FICDF: A Federated Incremental Learning Framework for IoT Device Fingerprinting
   Shengli Ding; Dong-Jun Han; Christopher G. Brinton; Keerthi Dasala
3. Joint Communication and Computation Scheduling for MEC-enabled AIGC Services based on Generative Diffusion Model
   Huaizhe Liu; Jiaqi Wu; Xinyi Zhuang; Hongjia Wu; Lin Gao
4. Anarchic Federated Bilevel Optimization
   Dongsheng Li; Ye Zhu; Xiaowen Gong; Shiwen Mao; Yang Zhou