CESG is excited to announce that the CESG Student Poster Event will return to the in-person format this year! This year’s poster event features 28 posters from CESG graduate students on a wide range of research areas, including Computer Systems, Computer Architecture, Communication Networks, CAD, VLSI, Machine Learning, and Security. We look forward to seeing you at the event!
Date and Location
Event Date: Friday, April 14, 2023
Event Time: 2 p.m. – 4 p.m.
Location: ZACH’s Virginia Brown Atrium (E-Quad entrance)
List of Posters
Topic | Presenter | Advisor(s) | Poster Title |
CAD and Synthesis | Yishuang Lin | Jiang Hu | Are Analytical Techniques Worthwhile for Analog IC Placement? |
Computer Architecture | Kushagra Gupta | Sunil P. Khatri | Value Caching in NoC |
Computer Architecture | Maccoy Merrell | Stavros Kalafatis & Paul Gratz | Prefetch and Rowhammer |
Computer Architecture | Digvijay Singh | Paul Gratz | Distance Aware Prefetching in CMP NUCA |
Communication Networks | Souryendu Das | Stavros Kalafatis | Smarter Ways to Manage Network Traffic |
Communication Networks | Siqi Fan | I-Hong Hou | Dynamic Regret of Randomized Online Service Caching in Edge Computing |
Computer Systems | Sabyasachi Gupta | John Lusher | Mitigating Cold Starts in Serverless Platform |
Computer Systems | Chandrahas Tirumalasetty | Narasimha Reddy |
Bandwidth & Latency Aware Memory Prefetcher for Rack-Level Disaggregated Memory
|
Distributed Storage Networks | Mohamed Ameen Jawaharullah | Sunil P. Khatri | ZDS – A Scalable Zero-knowledge Decentralized Storage Network |
Machine Learning & Artificial Intelligence | Sapana Chaudhary | Dileep Kalathil | Enhanced Meta Reinforcement Learning via Demonstrations in Sparse Reward Environments |
Machine Learning & Artificial Intelligence | Hung-Ta Chien | Suin Yi & R. Stanley Williams | Enhancing Analog Computing with Noble Molecular Memristive Synapses |
Machine Learning and Artificial Intelligence | Ujwal Dinesha | Srinivas Shakkottai | EdgeRIC : Empowering Realtime Intelligent Optimization and Control in NextG Networks |
Machine Learning and Artificial Intelligence | Khaled Nakhleh | I-Hong Hou | DeepTOP: Deep Threshold-Optimal Policy for MDPs and RMABs |
Machine Learning and Artificial Intelligence | Nitin Ragothaman | Srinivas Shakkottai | Federated Offline Reinforcement Learning |
Machine Learning and Artificial Intelligence | Desik Rengarajan | Srinivas Shakkottai & Dileep Kalathil | Reinforcement Learning with Sparse Rewards Using Guidance from Offline Demonstration |
Machine Learning and Artificial Intelligence | Jarin Tasnim Ritu | Joshua Peeples | Histogram Layer Time Delay Neural Network (HLTDNN) for Passive Sonar Target Classification |
Machine Learning and Artificial Intelligence | Zaiyan Xu | Dileep Kalathil | Improved Sample Complexity Bounds for Distributionally Robust Reinforcement Learning |
Machine Learning and Artificial Intelligence | Jinzhan Li | Su-in Yi | NP-hard Combinatorial Optimization Using Memristor Crossbars |
Security | Gino Chacon | Paul Gratz | Hardware Trojan Coherence Threats and Countermeasures in Modern 2.5D Chipset Systems |
Security | Chen Chen | JV Rajendran | FormalFuzz: Formal-Assisted Processor Fuzzing |
Security | Aneesh Dixit | JV Rajendran | STATION: State Encoding-based Attack-Resilient Sequential Obfuscation |
Security | Vasudev Gohil | JV Rajendran | ATTRITION: Attacking Static Hardware Trojan Detection Techniques Using Reinforcement Learning |
Security | Zhaokun Han | JV Rajendran | Heuristic Attack on eFPGA |
Security | Rahul Kande | JV Rajendran | Hardware Fuzzing |
Security | Rishabh Singla | Narasimha Reddy |
Device Fingerprinting and Multidimensional Analysis of National Vulnerability Database
|
VLSI Circuits and Systems | Hailiang Hu | Jiang Hu | Machine-Learning Based Delay Prediction for FPGA Technology Mapping |
VLSI Circuits and Systems | Cheng-Yen Lee | Sunil P. Khatri | A Novel Pseudo-Flash Based Digital Low Dropout (LDO) Voltage Regulator |
VLSI Circuits and Systems | Kyler Scott | Sunil P. Khatri | An Extremely Low-Voltage Floating Gate Artificial Neuron |