| 2013 National Workshop on Energy CPS - Paper Submissions |
| Abhishek | Dubey | Understanding Failure Dynamics in the Smart Electric Grid | Vanderbilt University |
| Alefiya | Hussain | Modeling, Simulation, and Emulation as Tools for Experimental Research in Energy Cyber Physical Systems | USC/Information Sciences Institute |
| Alex | Stankovic | Water-Energy Systems: Distributed Coupled Cyber-Physical Networks | Tufts University |
| Álvaro | Cárdenas | Evaluating the Security of Anomaly Detection in CPS | UT Dallas |
| Andres | Kwasinski | A Case for Microgrid Architectures for a More Effective Use of Renewable Energy | Rochester Institute of Technology |
| Anna | Scaglione | Modeling, Analyzing and Managing Complex Future Power Delivery Systems | UC Davis |
| Anuradha | Annaswamy | Energy CPS Network Science | MIT |
| Anurag | Srivastava | Model-based Integration Technology to Enable Resilient Next-Generation Electric Grid | Washington State University |
| Aranya | Chakrabortty | Distributed Algorithms for Wide-Area Control of Power System Oscillations | North Carolina State University |
| Arnold | Urken | Designing Emergent Cyberphysical Control Systems | University of Arizona |
| Ayse | Coskun | Efficient Renewable Generation through Load-Side Dynamic Reserve Provision | Boston University |
| Benjamin | Beckmann | Big Control in the Industrial Internet | GE Global Research |
| Bernard | Lesieutre | Preserving Confidentiality of Power System Information | University of Wisconsin-Madison |
| Brendan | Mumey | Computational Challenges in Smart Grid | Montana State University |
| Bruce | Krogh | Building a Truly Smart Grid: What Can We Do When There Is No Legacy System? | Carnegie Mellon University |
| Clifford | Neuman | Improving Operational Resiliency of Cyber‐Physical Systems to Attacks and Failures | University of Southern California |
| Craig | Rieger | Resilient Control Architectures & Systems (ReCAS) | Idaho National Laboratory |
| Daniel | Kirschen | Optimization and Control of Energy Storage and Demand Response | University of Washington |
| David | Manz | PNNL Cyber Physical Research Laboratory: NSF CPS Response | Pacific Northwest National Laboratory |
| Demosthenis | Teneketzis | Integration of renewable and conventional energy generation | University of Michigan, Ann Arbor |
| Dhananjay | Phatak | Re-visiting the AC vs DC current wars in light (shadow?) of Solar Panels | CSEE Dept. UMBC |
| Dhananjay | Phatak | SMartER Power Grid | CSEE Dept. UMBC |
| Diana | Marculescu | Climate-Aware Wide Area Coordination of Distributed River Energy Resources | Carnegie Mellon University |
| Douglas | Adams | Energy Cyber Physical Systems for Greener Residential Power: Towards Sustainable Communities | Vanderbilt University |
| Edmund | Yeh | Analysis and Control for Resilient Interdependent Cyberphysical Networks | Northeastern University |
| Eduardo | Cotilla-Sanchez | Secure Partitioning of Large Power Systems | Oregon State University |
| Eli | Bozorgzadeh | Self-Sustainable Cyber-Physical Spaces Through Distributed Micro-Scale Energy Harvesting | UC Irvine |
| Eugenio | Schuster | Cyber-Physical Research Challenges and Opportunities in Next-Generation Power Plants | Lehigh University |
| Fernando | Mancilla-David | Architectures, Cyber-Physical Co-Modeling and Vulnerability Monitoring for Power Distribution Systems | University of Colorado Denver |
| G. Kumar | Venayagamoorthy | Advanced Computational Methods to Integrate Real-Time System Data for Smart Grid Control Center Operations | Clemson University |
| Gabriela | Hug | Challenges and Attributes of Future Energy Cyber-Physical Systems | Carnegie Mellon University |
| Galina | Schwartz | Secure Demand Shaping for Smart Grid | UC Berkeley |
| Guy | Gadola | Delivering Energy to Mini-Grids and Vehicles Independently of Existing Transmission Systems | University of Pittsburgh |
| Harini | Ramaprasad | Stability of a Cyber-Physical Smart Grid System using Cooperating Invariants | Southern Illinois University Carbondale |
| Honggang | Wang | Towards Cognitive Radio Communication based Green Electrical Vehicle (EV) Micro-grid | University of Massachusetts Dartmouth |
| Hongwei | Zhang | Predictable Wireless Networking for Microgrids with Electrical Vehicles | Wayne State University |
| Ian | Dobson | Actionable information from electric transmission grids to ensure their reliability and resilience | Iowa State University |
| Javad | Lavaei | Interplay Between Computation, Control, and Communications | Columbia University |
| Jin | Wang | Multi Time-scale Real-time Simulations and Hardware-in-the-loop Methods for the Research of Energy and Power Structures for Miss | The Ohio State University |
| Jin | Wen | Human-Centered Sustainable and Resilient Buildings Enabled by Innovative Cyber-Physical-Systems | Drexel University |
| Jinyuan Stella | Sun | Impact of Social Behavior on Energy Theft Detection and Smart Meter User Privacy | University of Tennessee |
| John | Orr | Next Generation Smart Grid: Enabling Optimization, Security, and Trust in Intelligent Energy Distribution and Generation | WPI |
| Joseph | Januszewski | Multidimensional Security in Energy Cyber-Physical Systems | WDT |
| Joydeep | Mitra | Research Directions for Smart Distribution Systems | Michigan State University |
| Katia | Sycara | Multiagent Architectures and Algorithms for Coordination of Energy Prosumers | Carnegie Mellon University |
| Le | Xie | Embedding and Extracting Ubiquitous Flexibility in Microgrids from Distributed Cyber-Physical Resources | Texas A&M University |
| Lei | Wang | Self-sustained Energy Solutions for Embedded Information Processing in Cyber-Aquatic Systems | University of Connecticut |
| Lijun | Chen | Architecting an Internetwork of Autonomous Microgrids: From Internet Architecture to a Clean-Slate Power Network Architecture | University of Colorado at Boulder |
| Manimaran | Govindarasu | Cyber Physical Security of Bulk Power System: From Fault-Resilient Grid to Attack Resilient Grid | Iowa State University |
| Manimaran | Govindarasu | Cyber Physical Security Testbed for the Smart Grid: Fidelity, Scalability, Remote Access, Federation | Iowa State University |
| Mani | Venkatasubramanian | Computational Challenges in Stability Monitoring of Power Systems Using Large Number of PMUs | Washington State University, Pullman, WA |
| Marilyn | Wolf | Distributed System Architectures for Energy Cyber-Physical Systems | Georgia Tech |
| Mario | Berges | Self-Managing Cyber Physical Systems: The Case For Energy-Efficient Buildings | Carnegie Mellon University |
| Mark | Yao | Cyber-Phisical Overlay Networks of Transactive Energy Management & Control | IBM Research |
| Michael | Baldea | A Cyber-Physical Perspective on Energy-Smart Residential Neighborhoods | University of Texas at Austin |
| Michael | Caramanis | Efficient Renewable Generation through Load-Side Dynamic Reserve Provision | Boston University, College of Engineering |
| Michael | Devetsikiotis | Towards a Cyber Physical Model for Smarter Critical Infrastructure | North Carolina State University |
| Mladen | Kezunovic | New Paradigm in Energy Cyber-Physical Systems: Automated Disturbance Detection, Analysis and, Mitigation | Texas A&M University |
| Mohammad | Al Faruque | EDA for Cyber-Physical Energy Systems Design | University of California Irvine |
| N. Eva | Wu | Achieving Resilience in Electric Energy Systems via Redundancy Management | Binghamton University |
| Natasha | Balac | Sustainable Smart(er) City | UCSD |
| Ning | Lu | Next Generation Alarm Systems for Large-Scale, Complex Cyber-Physical Systems | North Carolina State University |
| Osama | Mohammed | Co-Design of Security Aware Power System Distribution Networks as Resilient Cyber Physical Systems | Florida International University |
| Parv | Venkitasubramaniam | Information Leakage in Energy Cyber Physical Systems: A Stochastic Control Perspecive | Lehigh University |
| Paulo | Tabuada | An Integrated Approach to Energy Management and Security | UCLA |
| Peter | Sauer | Multidisciplinary education for energy cyber-physical systems | University of Illinois at Urbana-Champaign |
| Peter | Young | Occupant-Aware Control Systems for Energy Efficient Buildings | Colorado State University |
| Philip | Brisk | The Case for a Low-Cost Open Smart Grid Testbed for Energy Cyber Physical Systems Research and Education | University of California, Riverside |
| Rahul | Mangharam | Green Scheduling: Scheduling of Energy Control Systems for Peak Power Reduction | University of Pennsylvania |
| Rajesh | Gupta | Modeling and Managing Uncertainty Challenges In CPS Energy Systems | UC San Diego |
| Rajesh | Kavasseri | SCyPES: Socio-Cyber-Physical-Energy Systems | North Dakota State University |
| Rajit | Gadh | Control of Networked Electric Vehicles (NEVs) to Enable a Smart Grid with Renewable Resources | UCLA |
| Ratnesh | Sharma | Data Analytics and Knowledge Discovery in Microgrid Systems | NEC Laboratories America |
| Riccardo | Bettati | Software-Defined Cyber-Physical Systems to Support Mobile-Defense Security of Critical Utilities | Texas A&M University |
| Roshan | Thomas | A Framework for the Analysis of Cyber Attacks on Cyber-Physical Systems | MITRE |
| Sairaj | Dhople | Cyber-Enabled Stochastic Management of Microgrids | University of Minnesota |
| Saman | Zonouz | Cyber-Physical Educational Simulator for Cyber-Physical Infrastructure Security | University of Miami |
| Shane | Clark | Security-Aware and Resilient Architectures for Energy Cyber-Physical Systems | BBN Technologies |
| Shuo | Han | Interactions between Electrified Shared Mobility and the Power Grid | University of Pennsylvania |
| Sid | Suryanarayanan | Cyber-Physical Systems for Resource Allocation in the Emerging Smart Electric Distribution Grid | Colorado State University |
| Steve | Chiu | On Multidisciplinary R&D and Education for the Smart Grid | Idaho State University |
| Sudip | Mazumder | Control of Energy and Information in Stationary and Mobile Power Networks | University of Illinois |
| Sue Ellen | Haupt | National Center for Atmospheric Research Position Statement to National Science Foundation 2013 National Workshop on Energy Cyber-Physical Systems | National Center for Atmospheric Research |
| Tariq | Samad | Advanced Microgrids—the State-of-the-Practice and Research Needs | Honeywell |
| Terry | Benzel | DEFT Consortium | University of Southern California |
| Vijay | Vittal | Big Data Processing and Stochastic Optimization for Grid Monitoring, Control, and Wind Integration | Arizona State University |
| Wei | Zhang | Hierarchical Control of Large Population of Heterogeneous Dynamic Smart Grid Assets | The Ohio State University |
| Wei | Yu | Towards Secured and Efficient Energy-Based Cyber-Physical Systems | Towson University |
| William | Sanders | Challenges and Approaches for a Cyber-Physical Energy Infrastructure | University of Illinois |
| Xenofon | Koutsoukos | Resilient Coordination and Control in Smart Grid Networks | Vanderbilt University |
| Yaser | Fallah | Why an Application Agnostic Internet Model May Not Work for Communication in Cyber-Physical Energy Systems | West Virginia University |
| Yi | Deng | Modeling and Simulation of PMU based Wide Area Measurement Systems using a Global Event Scheduling Technique | Virginia Tech |
| Yufeng | Xin | A Multi-Resolution Virtual Synchrophasor Data Communication Framework | RENCI, UNC, Chapel Hill |
| Zhihua | Qu | Secure and Plug-n-Play Energy Cyber-Physical Systems | University of Central Florida |
| Zico | Kolter | Position statement: Data analytics for energy systems | Carnegie Mellon University |