Check out the cool video of what our organizers and campers have to say (bottom video): Penn State Engineering: Computer Science Summer Camp (psu.edu)
Visiting MIT & paper accepted to Applied Energy
Ting He and Yudi Huang visited Prof. Eytan Modiano’s group at MIT in December 2022 for NSF project meeting, on “overlay network inference and control”. Another paper generated from the NSF-funded CAMPR project got accepted in December 2022 to Applied Energy: “An Approach for Fast Cascading Failure Simulation in Dynamic Models of Power Systems“.
Funded by NSF Convergence Accelerator on “Securely Operating Through 5G”
Our proposal on “SMART-5G: Secure Multi-channel Automated opeRations Through 5G networks” was funded through Phase I of NSF Convergence Accelerator “Track G: Securely Operating Through 5G Infrastructure“. This is a joint proposal by IBM, Penn State, and Purdue. Here is the media coverage: Penn State Engineering: NSF Convergence Accelerator program team includes Penn State researchers […]
Papers accepted to Ad Hoc Networks and MASS
Vaji’s last submission during her PhD, Resource Allocation in 5G Multi-tenancy Network Slicing for Balancing Distribution Power Systems, is accepted to IEEE MASS. Congratulations and a great way to wrap up your PhD, Vaji! And a collaborative survey, A Survey on Analytical Models for Dynamic Resource Management in Wireless Body Area Networks, will come out […]
Running CSE Girls’ Camp – Design Your Own Reality!
The camp, co-organized by Prof. Ting He, Prof. Bin Li, and Prof. Jing Yang, is designed to expose girls (and boys) in 7-9th grade to the latest cool apps in computer science: Virtual Reality and Augmented Reality. Thanks to Tian and Akash for doing an outstanding job as counselors of the camp!
Yudi’s work on “Line State Estimation under Cyber-Physical Attacks” accepted to Trans. Smart Grid
The paper, “Line State Estimation under Cyber-Physical Attacks: Theory and Algorithms,” addresses the topology estimation problem after a cyber-physical attack that blocks information from an area of the grid and disconnects an unknown set of lines within the attacked area. In contrast to existing works that assumed the grid to remain connected after attack, our […]
Tian’s work on “Attack Resilience of Cache Replacement Policies” accepted to TON
The paper, “Attack Resilience of Cache Replacement Policies: A Study Based on TTL Approximation,” accepted to IEEE/ACM Transactions on Networking, is the full version of our earlier INFOCOM’21 paper that presents the first analytical study of the performance of common cache replacement policies (e.g., FIFO, Random, LRU, and their multi-staged variations) in terms of a […]
Tian’s work on “Joint Caching and Routing” accepted to ICDCS’22
Tha paper, Joint Caching and Routing in Cache Networks with Arbitrary Topology, contains a comprehensive treatment (the most comprehensive to date to my knowledge) on a fundamental problem in networking: joint optimization of how to place/replicate content items and how to match them with requesters connected via a bandwidth limited network to minimize routing cost […]
Vaji successfully defended her PhD dissertation
This was my third PhD graduate. (Belated) congratulations, Dr. Vaji Farhadi!
Vaji’s work on “Improvement of SCADA-based Preventive Control” accepted to TNSE
Vaji’s work on “Improvement of SCADA-based Preventive Control Under Budget Constraints” was accepted to IEEE Transactions on Network Sciences and Engineering. A great way to wrap up your PhD study. Congratulations, Dr. Vaji Farhadi! The work was supported by the NSF-funded CAMPR project.