IEEE Catalog Number: ISBN:

CFP14SGC-POD 978-1-4799-4933-5

2014 IEEE International Conference on Smart Grid Communications (SmartGridComm 2014)

Venice, Italy 3-6 November 2014

Program & Papers

R: Registration

Opening: Workshop Day Opening

WS1: On-Going Smart Grid Implementations and Pilots: Spotlight onCommunications

This workshop aims to showcase achievements and lessons learned by major smart grids projects and implementations, whilehighlighting the architecture and technologies of the communication infrastructure. The invited speakers will introduce the driversmotivating the development of the projects, the challenges that are targeted, the recent achievements and the related lessonslearned. Selected projects will discuss the specific pilots they roll out, and how technology providers support the stakeholders needsin their setting. The technical presentation will be followed by a panel discussion among the speakers and invited experts, to debatequestions such as:

• What are the most important findings and lessons learned?• What are the challenges stakeholders still face?• What are the emerging business models with special reference to the communication aspects?• What open questions do remain, both from the utilities and communications/ICT providers perspective?• What tools are suitable for validation in an early stage of the project?

Moderator

• Roberta Bigliani, IDC Energy Insights, Italy

Presentations• Michele de Nigris, ISGAN & RSE, Italy• Kevin Mercier, GRID4EU project, France• Li Guojie, Shangai Jiao Tong University, China• Satoshi Morozumi, New Energy and Industrial Development Organization (NEDO), Japan• Ronald B. Melton, Pacific Northwest Smart Grid Demonstration Project, US

Roundtable Discussion• Alessandro Pane, ERICSSON, Italy• Kevin Mercier, GRID4EU project, France• Ronald B. Melton, Pacific Northwest Smart Grid Demonstration Project, US• Satoshi Morozumi, Smart Community and Industrial Development Organization (NEDO), Japan

WS2: Managing Heterogeneous and Secure Communication Networks forSmart Grids

This workshop aims to address the communication challenges of smart grid applications. The presentations will deal with how todevelop a holistic communication strategy and manage multiple communication networks, i.e., a scalable information infrastructuresupporting a broad range of smart grid applications and communication technologies, as well as managing multiple/heterogeneouscommunication networks. They will explain the idea of smart grid control based on adaptive layers and information centricnetworking, with the support of a reference architecture providing an integrated view of several control cases such as AutomatedMeter Reading, Customer Energy Management Systems, Electrical Vehicle Charging in Low Voltage Grids, External Generation Site,Voltage Control in Medium Voltage Grids. Security challenges/requirements and possible solutions of some smart grid use cases willbe highlighted. The developments in the EU SmartC2Net and C-DAX projects will set the technical background for the roundtablediscussion among the speakers and the invited panelists, to address key questions such as:

• What is the dependency and the impact of ICT in the management of distribution networks?• What are adequate control strategies?• What are the necessary security measures for the different business cases?• Cyber risk assessment of smart grids: does it help in the implementation of security measures?• What are the benefits of monitoring the smart grid ICT infrastructures?

Moderator• Giovanna Dondossola, RSE, Italy

Presentations• Hans Schwefel, FTW, Austria: Smart grid control based on heterogeneous communications and adaptive layer.• Konstantinos Katsaros, University College London, UK: C-DAX: an information-centric approach for smart grid

communications.• Rasmus Olsen, Aalborg University, Denmark: SmartC2Net architecture – functionalities and representative use cases.• Erik Poll, Radbaud University, The Netherlands: Security of smart grid communication protocols.

Roundtable Discussion• Robin Hagemans, Alliander, The Netherlands

• Nuno Silva, Efacec, Portugal• Konstantinos Moulinos, Enisa EC, Greece• Aurelio Blanquet, EDP, Portugal

CB: Coffee Break

WS1: On-Going Smart Grid Implementations and Pilots: Spotlight onCommunications

Continuation of WS1.

WS2: Managing Heterogeneous and Secure Communication Networks forSmart Grids

Continuation of WS2.

L: Lunch

WS3: Integrating Renewables and Exploiting Customer Flexibility

This workshop explores challenges, research questions, and proposed solutions to deal with the challenge of increasing penetration ofdistributed renewable energy sources (DRES), especially at the distribution grid level (while respecting the operating conditions, e.g.,in terms of voltage deviations). The invited speakers will present technical solutions to connect DRES, as well as accommodate theirvariable power output (given the dependency on natural phenomena that are not controllable) through steering the consumption,for instance using demand side management. The latter thus involves a study on the potential flexibility on the energy consumptionside, and techniques for automating the adaptation of consumption patterns at the end user level. The technical presentations, aswell as the panel discussion will address questions such as:

• How to increase RES penetration, esp. at the distribution grid level?• How to gather more detailed insight, e.g., via data mining, in the energy consumption/production patterns?• How to identify and/or exploit flexibility in the energy consumption side?• How to realize distributed control to address the distribution network operator's technical challenges?

Moderator

• Chris Develder, Ghent University, BelgiumPresentations

• Marjan Jerele, Elektro Gorenjska, Slovenia: Increasing The Penetration Of Renewable Energy Sources In The DistributionGrid By Developing Control Strategies And Using Ancillary Services.

• Enrico Tronci, University of La Sapienza, Italy: SmartHG: Energy Demand-Aware Open Services for Smart Grid IntelligentAutomation.

• Bert Claessens, Vito, Belgium: Demand response of large heterogeneous residential clusters: Combing system levelobjectives with local constraints, from reinforcement learning to droop control.

• Gianfranco Chicco, Politecnico of Torino, Italy: Demand flexibility for load aggregations.Roundtable Discussion

• Anna Scaglione, University of California at Davis, USA• Stella Di Carlo, Enel Distribuzione S.P.A., Italy

WS4: Standards for Smart Grid Communications and EMC

Standards and interoperability are essential to economically implement smart grid projects and to foster economies of scale inthe industrial production and supply of components. This workshop focuses on communication standards, interoperability andelectromagnetic compatibility issues of smart grid devices, and it aims to pragmatically address the following items:

• Where do we stand?• What is actually going on with regards to emerging standards?• What is utilities' pragmatic approach, today and in the near future?• What is the opinion of technology manufacturers?

• Are there best practices from other industries to evaluate?Moderator

• Claudia Imposimato, RSE, ItalyPresentations

• David Johnson, Consultant, UK: Focus on M/441 Communications Reference Architecture, Smart Metering & the SmartHome

• Paolo Giubbini, Enel Distribuzione SpA, Italy: Standards activity in DLC (Distribution Line Communication) media• Bill Radasky, Metatech Corp., USA: Focus on the activities of the US Smart Grid Interoperability Panel (SGIP/NIST) and

EMC testing for Smart Grids• Masamitsu Tokuda, Tokyo City University, Japan: Focus on Wireless Power transfer emission standards and EMC below

150 kHz on telecommunication systemsRoundtable Discussion

• Giuseppe Michele Salaris, Enel Distribuzione SpA, on behalf of Meters and More, Italy• Thierry Lys, ERDF, on behalf of G3-PLC Alliance, France• Alfredo Sanz, Atmel, on behalf of PRIME Alliance, Spain• Larry Colton, Echelon, on behalf of OSGP Alliance, USA• Jaroslaw Kussyk, Siemens AG, Austria

CB: Coffee Break

WS3: Integrating Renewables and Exploiting Customer Flexibility

Continuation of WS3.

WS4: Standards for Smart Grid Communications and EMC

DEM: Demo and Exhibits

R: Registration

Opening: Conference Opening

K1: Keynote 1: Enhanced Power System Responsiveness through LoadControl

Responsive load control offers a particularly effective approach to compensating for the variability inherent in large-scale renewablegeneration, and mitigating the effects of generation and transmission outages. Furthermore, as plug-in electric vehicles grow inpopularity, scheduling their charging load will become vitally important to prevent local overloads, and to ensure optimal use ofgeneration resources. Fortunately expansive communications networks and advances in distributed control algorithms facilitateprecise, non-disruptive forms of load control. The presentation will discuss a range of control strategies, from distribution-levelcontrols that prevent localized overloads to games that arise in coordinating the charging of large numbers of electric vehicles.

Biography: Prof. Ian Hiskens is the Vennema Professor of Engineering in the Department of Electrical Engineering and ComputerScience at the University of Michigan, Ann Arbor. He has held prior appointments in the Queensland electricity supply industry, andat various universities in Australia and the United States. His research interests lie at the intersection of power system analysis andsystems theory, with recent activity focused largely on integration of renewable generation and controllable load. Dr. Hiskens isactively involved in various IEEE societies, and is VP-Finance of the IEEE Systems Council. He is a Fellow of the IEEE, a Fellow ofEngineers Australia and a Chartered Professional Engineer in Australia.

CB: Coffee Break

S1-1: Smart Grid Network Resilience

Mitigating Cascading Failures in Interdependent Power Grids and Communication NetworksMarzieh Parandehgheibi (Massachusetts Institute of Technology (MIT), USA); Eytan Modiano (MIT,USA); David Hay (The Hebrew University of Jerusalem, Israel)pp. 242-247

Recipes for Faster Failure Recovery in Smart Grid Communication NetworksOana Balmau (EPFL, Switzerland); Dacfey Dzung (ABB Switzerland Ltd. & Corporate Research,Switzerland); Yvonne-Anne Pignolet (ABB Corporate Research, Dättwil, Switzerland)pp. 248-253

Recovery From Link Failures in a Smart Grid Communication Network using OpenFlowDaniel Gyllstrom and Nicholas Braga (University of Massachusetts Amherst, USA); Jim Kurose(University of Massachusetts at Amherst, USA)pp. 254-259

Application of Economical 920-MHz Band Wireless Communication to Power Routing in HVDCNetworks

Yuichi Kado (Kyoto Institute of Technology & Graduate School of Science and Technology, Japan);Yasutaka Kawamoto (Oki Electric Industry Co., Ltd. & Japan, Japan); Akihiro Kobayashi, MakotoKubomi and Yuma Nogami (Kyoto Institute of Technology, Japan)pp. 260-265

Narrowband Power Line Communications Evaluation in Complex Distribution NetworksAlfredo Sanz (University of Zaragoza & Atmel Spain SAU, Spain); Pedro Jose Piñero Escuer(Ericsson, Spain); José Miguel Idiago and Santiago Esteban Zorita (Atmel Corporation, Spain);Jose-Ignacio Garcia-Nicolas (University of Zaragoza & Atmel Spain SAU, Spain)pp. 266-271

S2-1: False data injection attacks

Cyber Security Analysis of Power Networks by Hypergraph Cut AlgorithmsYutaro Yamaguchi (University of Tokyo, Japan); Anna Ogawa (Keio University, Japan); AkikoTakeda (The University of Tokyo, Japan); Satoru Iwata (University of Tokyo, Japan)pp. 824-829

Identification of "Unobservable" Cyber Data Attacks on Power GridsMeng Wang, Pengzhi Gao, Scott G. Ghiocel and Joe H. Chow (Rensselaer Polytechnic Institute,USA); Bruce Fardanesh and George Stefopoulos (New York Power Authority, USA); MichaelRazanousky (New York State Energy Research and Development Authority, USA)pp. 830-835

Optimal Malicious Attack Construction and Robust Detection in Smart Grid Cyber SecurityAnalysis

Jinping Hao, Robert J Piechocki and Dritan Kaleshi (University of Bristol, United Kingdom); WoonHau Chin (Toshiba Research Europe Limited, United Kingdom); Zhong Fan (Toshiba ResearchEurope, United Kingdom)pp. 836-841

On Detection of Cyber Attacks Against Voltage Control in Distribution Power GridsY. Isozaki (Tokyo Institute of Technology, Japan); Shinya Yoshizawa and Yu Fujimoto (WasedaUniversity, Japan); Hideaki Ishii and Isao Ono (Tokyo Institute of Technology, Japan); TakashiOnoda (Central Research Institute of Electric Power Industry, Japan); Yasuhiro Hayashi (WasedaUniversity, Japan)pp. 842-847

Controller-Aware False Data Injection Against Programmable Logic ControllersStephen McLaughlin (Narus Inc, USA); Saman Zonouz (Rutgers University, USA)pp. 848-853

S3-1: Electric Vehicles

Queueing Network Models for Electric Vehicle Charging Station with Battery SwappingXiaoqi Tan, Bo Sun and Danny H. K. Tsang (Hong Kong University of Science and Technology, HongKong)pp. 1-6

Reducing Communication Requirements for Electric Vehicle Charging using Vehicle-Originating-Signals

Victor del Razo (Technische Universität München, Germany); Christoph Goebel and Hans-ArnoJacobsen (Technical University Munich, Germany)pp. 7-12

Optimal Charging Operation of Battery Swapping Stations with QoS GuaranteeBo Sun, Xiaoqi Tan and Danny H. K. Tsang (Hong Kong University of Science and Technology, HongKong)pp. 13-18

Critical slowing-down as indicator of approach to the loss of stabilityDmitry Podolsky (Massachusetts Institute of Technology, USA); Konstantin Turitsyn (MIT,Department for Mechanical Engineering, USA)pp. 19-24

S4-1: Renewable Energy

Electric Vehicle Charging Scheduling Under Local Renewable Energy and Stochastic Grid PowerPrice

Tian Zhang (Tsinghua University & Shandong University, P.R. China); Wei Chen (TsinghuaUniversity, P.R. China); Zhu Han (University of Houston, USA); Zhigang Cao (Tsinghua University,P.R. China)pp. 596-601

Hybrid Renewable Energy Investment in MicrogridHao Wang and Jianwei Huang (The Chinese University of Hong Kong, Hong Kong)pp. 602-607

Optimal Payment Sharing Mechanism For Renewable Energy AggregationFarshad Harirchi (Colorado School Of Mines, USA); Tyrone Vincent and Dejun Yang (ColoradoSchool of Mines, USA)pp. 608-613

Growth in Renewable Generation and its Effect on Demand-Side ManagementJay Taneja (IBM Research, Africa, Kenya)pp. 614-619

Quantifying the Benefits of Extending Electric Vehicle Charging Deadlines with SolarGeneration

Omid Ardakanian, Catherine Rosenberg and Srinivasan Keshav (University of Waterloo, Canada)pp. 620-625

L: Lunch

S1-2: Microgrid Management

Evaluating Microgrid Management and Control with an Implementable Energy ManagementSystem

Wenbo Shi (University of California, Los Angeles, USA); Eun-Kyu Lee (UCLA, USA); Daoyuan Yaoand Rui Huang (University of California, Los Angeles, USA); Chi-Cheng Chu and Rajit Gadh(University of California - Los Angeles, USA)pp. 272-277

A Distributed Load Scheduling Mechanism for Micro GridsJânio Monteiro (University of Algarve, Portugal); Jorge Eduardo, Pedro Cardoso and Jorge Semião(ISE, University of Algarve, Portugal)pp. 278-283

REST Assured, We Manage your MicrogridAlessandro Montanari (ABB Corporate Research, Switzerland); Yvonne-Anne Pignolet (ABBCorporate Research, Dättwil, Switzerland); Ettore Ferranti (ABB Corporate Research, Switzerland)

pp. 284-289

A Novel Distributed Algorithm for Power Loss Minimizing in Smart GridChao Wei and Zubair Fadlullah (Tohoku University, Japan); Ivan Stojmenovic (University of Ottawa,Canada); Nei Kato (Tohoku University, Japan)pp. 290-295

Real-Time Energy Management for Cooperative Microgrids with Renewable Energy IntegrationKatayoun Rahbar (National University of Singapore (NUS), Singapore); Chin Choy Chai (Institutefor Infocomm Research, Singapore); Rui Zhang (National University of Singapore, Singapore)pp. 25-30

S2-2: Privacy-preserving data collection

Load Hiding of Household's Power DemandDominik Egarter (University of Klagenfurt, Austria); Christoph Prokop (Graz University ofTechnology & Lakeside Labs GmbH, Austria); Wilfried Elmenreich (University of Klagenfurt, Austria)pp. 854-859

A Privacy-Friendly Game-Theoretic Distributed Scheduling System for Domestic AppliancesCristina E.M. Rottondi, Antimo Barbato and Giacomo Verticale (Politecnico di Milano, Italy)pp. 860-865

Privacy Preserving Disclosure of Authenticated Energy Usage DataDaisuke Mashima and Arnab Roy (Fujitsu Laboratories of America, USA)pp. 866-871

Privacy-Enhanced Bi-Directional Communication in the Smart Grid using Trusted ComputingAndrew J Paverd, Andrew Martin and Ian Brown (University of Oxford, United Kingdom)pp. 872-877

Privacy-preserving Data Sharing in Smart Grid SystemsLei Yang (The University of Kansas, USA); Hao Xue (University of Kansas, USA); Fengjun Li (TheUniversity of Kansas, USA)pp. 878-883

S3-2: Power Flow Analysis

A Distributed Algorithm for Fast Optimal Power Flow Regulation in Smart GridsTomaso Erseghe (University of Padova, Italy)pp. 31-36

Architectural Design and Load Flow Study of Power Flow RoutersJunhao Lin (The University of Hong Kong, Hong Kong); Victor O. K. Li (University of Hong Kong,P.R. China); Ka-Cheong Leung (The University of Hong Kong, Hong Kong); Albert Y.S. Lam (HongKong Baptist University, Hong Kong)pp. 37-42

Role of Communication on the Convergence Rate of Fully Distributed DC Optimal Power FlowJavad Mohammadi, Gabriela Hug and Soummya Kar (Carnegie Mellon University, USA)pp. 43-48

Optimal Power Flow for AC-DC NetworksShahab Bahrami, Vincent W.S. Wong and Juri Jatskevich (University of British Columbia, Canada)pp. 49-54

Comparison of a primal and a dual decomposition for distributed MPC in smart districtsPeter Pflaum (GIPSA-Lab & Schneider Electric, France); Mazen Alamir (GIPSA-Lab, France);Mohamed Yacine Lamoudi (Schneider Electric, France)pp. 55-60

S5-1: Frequency Monitoring and Data Collection

Power Grid Frequency Monitoring over Mobile PlatformsHaoyang Lu, Lingwei Zhan, Yilu Liu and Wei Gao (University of Tennessee, USA)pp. 505-510

GREEND: An Energy Consumption Dataset of Households in Italy and AustriaAndrea Monacchi (Alpen-Adria-Universität Klagenfurt, Austria); Dominik Egarter and WilfriedElmenreich (University of Klagenfurt, Austria); Salvatore D'Alessandro (WiTiKee srl & University ofUdine, Italy); Andrea M Tonello (University of Udine & WiTiKee srl, Italy)pp. 511-516

Reconsidering the Smart Metering Data Collection Frequency for Distribution State EstimationQipeng Chen and Dritan Kaleshi (University of Bristol, United Kingdom); Zhong Fan (ToshibaResearch Europe, United Kingdom); Simon Armour (University of Bristol, United Kingdom)pp. 517-522

Power Grid Disturbance Analysis Using Frequency Information at the Distribution LevelLiu Liu and Jidong Chai (The University of Tennessee, USA); Hairong Qi (the University ofTennessee, USA); Yilu Liu (University of Tennessee, USA)pp. 523-528

A Methodology to Analyze Conservation Voltage Reduction Performance Using Field Test DataHao Jan Liu (University of Illinois at Urbana Champaign, USA); Richard Macwan, Nicholas Alexanderand Hao Zhu (University of Illinois, USA)pp. 529-534

CB: Coffee Break

PS-1: Panel Session - Wireless and wireline: marriage or divorce for the grid?

Moderator:

Lutz Lampe, University of British Columbia, Canada

Panelists:

Hans-Peter Schwefel, FTW, Austria Petar Popovski, Aalbog University, Denmark Flavio Cucchietti, Telecom Italia, Italy

S1-3: Grid Data Collection and Reporting

Deadline-aware Concentration of Synchrophasor Data: An Optimal Stopping ApproachMiao He (Texas Tech University, USA); Junshan Zhang (Arizona State University, USA)pp. 296-301

Scheduling Data Access in Smart Grid Networks Utilizing Context InformationMislav Findrik (FTW Wien, Austria); Jesper Grønbæk (Forschungszentrum Telekommunikation Wien,Austria); Rasmus Olsen (Aalborg University, Denmark)pp. 302-307

Secure Data Collection in Constrained Tree-Based Smart Grid EnvironmentsHaiming Jin (University of Illinois at Urbana-Champaign, USA); Suleyman Uludag (The University ofMichigan - Flint, USA); King-Shan Lui (The University of Hong Kong, Hong Kong); Klara Nahrstedt(University of Illinois at Urbana-Champaign, USA)pp. 308-313

Periodic Data Reporting Strategies for IEEE 802.11s-based Smart Grid AMI NetworksNico Saputro and Kemal Akkaya (Florida International University, USA)pp. 314-319

The Pulse Coupled Phasor Measurement UnitsLorenzo Ferrari, Reinhard Gentz, Anna Scaglione and Masood Parvania (University of California,Davis, USA)pp. 320-325

S3-3: Power System Automation and Control

Development of Autonomous Power Electronics Products with Communication MiddlewareFumiaki Kanayama, Yasuyuki Nishibayashi and Yuki Yonezawa (Toshiba Corporation, Japan);Yusuke Doi (Corporate R&D Center, Toshiba Corporation, Japan)pp. 61-66

Using IEDScout Software for Managing Multivendor IEC61850 IEDs in Substation AutomationSystems

Abdulrahman Hadbah (Victoria University, Australia); Taha Selim Ustun (Carnegie-MellonUniversity, USA); Akhtar Kalam (Victoria University, Australia)pp. 67-72

Voltage and frequency control of islanded microgrids: a plug-and-play approachStefano Riverso, Fabio Sarzo and Giancarlo Ferrari-Trecate (Università degli Studi di Pavia, Italy)pp. 73-78

Plug-and-play decentralized frequency regulation for power networks with FACTS devicesStefano Riverso, Fabio Sarzo and Giancarlo Ferrari-Trecate (Università degli Studi di Pavia, Italy)pp. 79-84

Dynamic Maintenance Scheduling for Power Systems Incorporating Hurricane EffectsAli Arab and Eylem Tekin (University of Houston, USA); Amin Khodaei (University of Denver, USA);Suresh Khator and Zhu Han (University of Houston, USA)pp. 85-90

S4-2: Demand Response

Optimal Price Rebates for Demand Response under Power Flow ConstraintsVineet Goyal and Garud Iyengar (Columbia University, USA); Henry Schwarz (AutoGrid Systems,Inc., USA); Shuangyu Wang (Columbia University, USA)pp. 626-631

Demand Response for Contingency Management via Real-Time Pricing in Smart GridsMohammad Reza Vedady Moghadam Nanehkaran and Rui Zhang (National University of Singapore,Singapore); Richard T. B. Ma (National University of Singapore, USA)pp. 632-637

A Framework for Baseline Load Estimation in Demand Response: Data Mining ApproachSaehong Park, Seunghyoung Ryu, Yohwan Choi and Hongseok Kim (Sogang University, Korea)pp. 638-643

A Demand Response Game and its Robust Price of AnarchyPratyush Chakraborty (University of Florida, USA); Pramod Khargonekar (Univ of Florida,Gainesville, USA)pp. 644-649

Demand Response Management For Power Throttling Air Conditioning Loads In ResidentialSmart Grids

Yawar Ismail Khalid (LUMS School of Science and Engineering, Lahore, Pakistan); Naveed UlHassan (Lahore University of Management Sciences, Pakistan); Chau Yuen and Shisheng Huang(Singapore University of Technology and Design, Singapore)pp. 650-655

Demand-Side Management in a Smart Micro-Grid: A Distributed Approach Based on BayesianGame Theory

Matteo Sola and Giorgio M. Vitetta (University of Modena and Reggio Emilia, Italy)pp. 656-661

Welcome: Welcome Reception

R: Registration

K2: Keynote 2: The Role of Sensing, Estimation and Communications in theEmerging Electric Energy Systems

In this talk we briefly summarize the use of sensors, estimation and communications in today's industry. We then describe, tothe best of our understanding, lessons learned from recent R&D regarding types of technologies considered and industry pilotexperiments on the way. We then introduce possible paradigms of operating the emerging power grids in the developed anddeveloping countries in terms of performance objectives, and underlying business models in support of deploying innovativetechnologies at value. We conclude that, by-and-large, it is very difficult to fit into today's industry business models technologydeployment at scale. To overcome this roadblock, we propose a general method for valuing flexibility in a primarily capacity-orientedindustry. Examples are given of several low-hanging sensing, estimation and communication opportunities, as well as of the multi-scope values they could play in the changing industry and bring value much beyond their cost. We close by recommending thatin order to define the highest value of these technologies within a very complex network system, whose complexities range acrossspatial, temporal and contextual, it is essential for the research and education community to bridge physics-based modeling andautomation design to the architecture design of communication networks. If this is not done, major tradeoffs between the complexityand value added by any technology which brings value primarily by enabling flexibility will not be understood well. Therefore, onemay over-invest or under-invest into these technologies much the same way as this has been done in the past when investing innew generation and T&D physical capacity. Making the case for value brought about by flexible technologies requires rethinkinguncertainties and their management by many industry participants.

Biography: Prof. Marija Ilić received her Doctor of Science Degree in Systems Science and Mathematics at WashingtonUniversity in St. Louis, MO in 1980, and all other degrees in Electrical Engineering at the University of Belgrade, Serbia. Sheis currently a Professor at Carnegie Mellon University, Pittsburgh, PA, with a joint appointment in the Electrical and ComputerEngineering and Engineering and Public Policy Departments. She is the Director of the Electric Energy Systems Group (EESG),http://www.eesg.ece.cmu.edu/. She has co-authored several books in her field of interest. Most recently, she has co-edited the bookentitled ``Engineering IT-Enabled Sustainable Electricity Service: The Tale of Two Low-Cost Green Azores Islands". The book is thefirst real power system repository of smart grid data and data is publicly available. Prof. Ilić is an IEEE Fellow.

CB: Coffee Break

S1-4: Smart Metering Infrastructure Networks

Real-time smart metering with reduced communication and bounded errorJarmo Lundén (Aalto University School of Electrical Engineering, Finland); Stefan Werner (AaltoUniversity, Finland)pp. 326-331

PRIME v1.4 Evolution: A Future Proof of Reality Beyond MeteringAlberto Sendin (Iberdrola, Spain); Il Han Kim (Texas Instruments, USA); Simone Bois (Dora Spa,STMicroelectronics Group, Italy); Andres Munoz (ATMEL, Spain); Asier Llano (ZIV CG Automation,Spain)pp. 332-337

Reengineering GSM/GPRS Towards a Dedicated Network for Massive Smart MeteringGerman Corrales Madueño (Aalborg University, Denmark); Čedomir Stefanović (Aalborg University& University of Novi Sad, Denmark); Petar Popovski (Aalborg University, Denmark)pp. 338-343

Cost-Efficient Data Aggregation Point Placement for Advanced Metering InfrastructureFariba Aalamifar and Ghasem Naddafzadeh Shirazi (University of British Columbia, Canada);Moslem Noori (University of Alberta, Canada); Lutz Lampe (University of British Columbia, Canada)pp. 344-349

Voltage and Frequency Measuring Plug as part of smart grids metering systemPavlos Dimitriou, Thomas Leber, Nicole Nagele, Lukas Temmel and Christian Tessarek (TechnicalUniversity of Vienna, Austria)pp. 350-355

S2-3: Traffic monitoring and attack detection

A First Look at Machine-to-Machine Power Grid Network TrafficSang Shin Jung (Georgia Institute of Technology, USA); David Formby (Georgia Tech, USA);Carson Day and Raheem Beyah (Georgia Institute of Technology, USA)pp. 884-889

On the Practicality of Detecting Anomalies with Encrypted Traffic in AMIRobin Berthier (University of Illinois at Urbana-Champaign, USA); David Urbina (UT Dallas, USA);Alvaro A. Cárdenas and Michael Guerrero (University of Texas, Dallas, USA); Ulrich Herberg, JorjetaJetcheva and Daisuke Mashima (Fujitsu Laboratories of America, USA); Jun Huh (Honeywell, USA);Rakesh B. Bobba (University of Illinois at Urbana-Champaign, USA)pp. 890-895

Real-time Detection of Packet Drop Attacks on Synchrophasor DataSeemita Pal, Biplab Sikdar and Joe H. Chow (Rensselaer Polytechnic Institute, USA)pp. 896-901

Peekaboo: A Gray Hole Attack on Encrypted SCADA Communication using Traffic AnalysisNunzio Torrisi (Universidade Federal do ABC, Brazil); Ognjen Vuković (KTH, Royal Institute ofTechnology, Sweden); György Dán (KTH Royal Institute of Technology, Sweden); Stefan Hagdahl(Saab AB, Sweden)pp. 902-907

A Hybrid Network IDS for Protective Digital Relays in the Power Transmission GridGeorgia Koutsandria (University of Rome, "La Sapienza", Italy); Vishak Muthukumar, MasoodParvania and Sean Peisert (University of California, Davis, USA); Chuck McParland (LawrenceBerkeley National Laboratory, Berkeley, USA); Anna Scaglione (University of California, Davis, USA)pp. 908-913

S3-4: Energy Storage

An Analysis of Energy Storage and RegulationDariush Fooladivanda, Catherine Rosenberg and Siddharth Garg (University of Waterloo, Canada)pp. 91-96

Meeting Inelastic Demand in Systems with Storage and Renewable SourcesNatarajan Gautam (Texas A&M University, USA); Yunjian Xu (Singapore University of Technologyand Design, Singapore); Jeremy Bradley (Imperial College London, United Kingdom)pp. 97-102

Collaborative Placement and Sharing of Storage Resources in the Smart GridLazaros Gkatzikis (KTH Royal Institute of Technology, Sweden); George Iosifidis (CERTH &University of Thessaly, Greece); Iordanis Koutsopoulos (Athens University of Economics andBusiness and CERTH & CERTH, Greece); Leandros Tassiulas (Yale University, USA)pp. 103-108

Joint Supply, Demand, and Energy Storage Management Towards Microgrid Cost MinimizationSun Sun (University of Toronto, Canada); Min Dong (University of Ontario Institute of Technology,Canada); Ben Liang (University of Toronto, Canada)pp. 109-114

Real-Time Energy Storage Management: Finite-Time Horizon ApproachTianyi Li and Min Dong (University of Ontario Institute of Technology, Canada)pp. 115-120

S4-3: EV Charging I

Auxiliary Frequency and Voltage Regulation in Microgrid via Intelligent Electric VehicleCharging

Nan Zou (PVAMU, USA); Lijun Qian (Prairie View A&M University, USA); Husheng Li (University ofTennessee, USA)

pp. 662-667

Competitive Charging Station Pricing for Plug-in Electric VehiclesWei Yuan (Huazhong University of Science and Technology, P.R. China); Jianwei Huang and YingJun (Angela) Zhang (The Chinese University of Hong Kong, Hong Kong)pp. 668-673

A Layered Architecture for EV Charging Stations Based on Time Scale DecompositionKe Ma, Le Xie and P. R. Kumar (Texas A&M University, USA)pp. 674-679

A Pricing-based Load Shifting Framework For EV Fast Charging StationsI. Safak Bayram and Muhammad Ismail (Texas A&M University at Qatar, Qatar); Mohamed M.Abdallah (Texas A&M University at Qatar & Cairo University at Cairo, Qatar); Khalid A. Qaraqe(Texas A&M University at Qatar, USA); Erchin Serpedin (Texas A&M University, USA)pp. 680-685

The Fair Distribution of Power to Electric Vehicles: An Alternative to PricingYingjie Zhou (Sichuan University & Columbia University, P.R. China); Nick Maxemchuk, XiangyingQian and Chen Wang (Columbia University, USA)pp. 686-691

L: Lunch

S1-5: Access Network Performance

An Enhanced Random Access Mechanism for Smart Grid M2M Communications in WiMAXNetworks

Md Mashud Hyder and Reduan H Khan (The University of Newcastle, Australia); Kaushik Mahata(University of New Castle, Australia)pp. 356-361

Random Access Performance of a WiMAX Network for M2M Communications in the Smart GridReduan H Khan (The University of Newcastle, Australia); Kaushik Mahata (University of New Castle,Australia)pp. 362-367

Coverage and Capacity Analysis of Wireless M2M Technologies for Smart Distribution GridServices

Christian Hägerling and Christoph Ide (TU Dortmund University, Germany); Christian Wietfeld (TUDortmund University & Communication Networks Institute, Germany)pp. 368-373

Queuing Analysis for Smart Grid Communications in Wireless Access NetworksObada Al Khatib, Wibowo Hardjawana and Branka Vucetic (The University of Sydney, Australia)pp. 374-379

Performance Evaluation of a Hybrid of Public and Private Smart Grid Wireless Access NetworksObada Al Khatib, Wibowo Hardjawana and Branka Vucetic (The University of Sydney, Australia)pp. 380-385

S3-5: Integration of Renewable Power Resources

Short Term Cloud Coverage Prediction using Ground Based All Sky ImagerShanhui Sun and Jan Ernst (Siemens Corporation, Corporate Technology, USA); Archana Sapkota(Aware Inc, USA); Eberhard Ritzhaupt-Kleissl (Siemens AG & Energy Sector, Germany); JeremyWiles (Energy Sector, Germany); Joachim Bamberger (Siemens, Germany); Terrence Chen(Siemens Corporate Research, USA)pp. 121-126

TESLA: Taylor Expanded Solar Analog ForecastingBengu Akyurek and Alper Sinan Akyurek (University of California - San Diego, USA); Jan Kleissl (UCSan DIego, USA); Tajana Simunic Rosing (UCSD, USA)

pp. 127-132

Optimal Energy Management For Building Microgrid With Constrained Renewable EnergyUtilization

Hieu Trung Nguyen (INRS-EMT, Canada); Long Bao Le (INRS, University of Quebec, Canada)pp. 133-138

Coordinated Dispatch of Renewable Energy Sources and HVAC Load Using StochasticProgramming

Duong Tung Nguyen (INRS, Canada); Hieu Trung Nguyen (INRS-EMT, Canada); Long Bao Le(INRS, University of Quebec, Canada)pp. 139-144

Buying Random yet Correlated Wind PowerWenyuan Tang and Rahul Jain (University of Southern California, USA)pp. 145-150

S4-4: Electrical Vehicles

Smart Charging System for PEV Based on SEP 2.0 and SAE StandardsTakayuki Shimizu (TOYOTA InfoTechnology Center USA, USA); Akihisa Yokoyama (ToyotaInfoTechnology Center, USA); Kazuma Sato (TOYOTA InfoTechnology Center USA, USA); KunihikoKumita (Toyota Motor Corporation, Japan)pp. 692-697

A Robust Design of Electric Vehicle Frequency Regulation ServiceEnxin Yao, Vincent W.S. Wong and Robert Schober (University of British Columbia, Canada)pp. 698-703

DCD: Distributed Charging and Discharging Scheme for EVs in MicrogridsTan N. Le and Bong Jun Choi (The State University of New York (SUNY) Korea & Stony BrookUniversity, Korea); Hao Liang (University of Alberta, Canada); Hongwei Li (University of ElectronicScience and Technology of China, P.R. China); Sherman Shen (University of Waterloo, Canada)pp. 704-709

Modified Pattern Sequence-based Forecasting for Electric Vehicle Charging StationsMostafa Majidpour (UCLA, USA); Charlie Qiu (University of California, Los Angeles, USA); Peter Chu(UCLA, USA); Rajit Gadh (University of California - Los Angeles, USA); Hemanshu Pota(UNSW@adfa, Australia)pp. 710-715

Efficient Optimal Scheduling of Charging Station with Multiple Electric Vehicles via V2VPengcheng You and Zaiyue Yang (Zhejiang University, P.R. China)pp. 716-721

S5-2: Non-intrusive Monitoring and Forecasting

Non-intrusive appliance load monitoring using low-resolution smart meter dataJing Liao, Georgia Elafoudi, Lina Stankovic and Vladimir Stankovic (University of Strathclyde,United Kingdom)pp. 535-540

Data-Driven Evaluation of Building Demand Response CapacityDeokwoo Jung (Advanced Digital Sciences Center & University of Illinois at Urbana-Champaign,Singapore); Varun Badrinath Krishna, William Temple and David Yau (Advanced Digital SciencesCenter, Singapore)pp. 541-547

Non-Intrusive Load Identification for Smart OutletsSean K Barker (Bowdoin College, USA); Mohamed Musthag (University of Massachusetts Amherst,USA); David Irwin and Prashant Shenoy (University of Massachusetts, Amherst, USA)pp. 548-553

Forecasting Heat Load for Smart District Heating Systems: A Machine Learning ApproachSamuel O. Idowu and Saguna Saguna (Luleå University of Technology, Sweden); Christer Åhlund(Lulea University of Technology, Sweden); Olov Schelén (Luleå University of Technology & Xarepo,Sweden)pp. 554-559

Data-Driven Topology EstimationYang Weng, Christos Faloutsos and Marija Ilić (Carnegie Mellon University, USA)pp. 560-565

CB: Coffee Break

PS-2: Panel Session - Internet of Energy

The panel aims to discuss the potentiality and limiting factors of the Internet of Energy, i.e., the P2P exploitation of distributedenergy resources, with the related technical challenges, operational characteristics, supporting services, socio-economic impact, andrevolutionary innovation of the electrical market.Moderators:

• Paolo Tenti and Michele Zorzi, University of Padova, ItalyPanelists:

• Maurizio Delfanti, Politecnico di Milano, Italy• Anna Scaglione, UC Davis, USA• Sebastian Rohjans, OFFIS, Germany• Chris Develder, Ghent University, Belgium

S1-6: Network QoS and Reliability

Robust and Real-time Communication on Heterogeneous Networks for Smart Distribution GridKubilay Demir (TU Darmstadt, Germany); Daniel Germanus (Technical University of Darmstadt,Germany); Neeraj Suri (Technische Universitaet Darmstadt, Germany)pp. 386-391

Low Latency Communication Infrastructure for Synchrophasor Applications in DistributionNetworks

Konstantinos V. Katsaros, Binxu Yang, Wei Koong Chai and George Pavlou (University CollegeLondon, United Kingdom)pp. 392-397

Optimal Resource Allocation for Smart Grid Applications in High Traffic Wireless NetworksRobert Webster (University of Sydney, Australia); Kumudu S Munasinghe (University of Canberra,Australia); Abbas Jamalipour (University of Sydney, Australia)pp. 398-403

Cross-Layer Network Lifetime Maximization for Hybrid Sensor NetworksKainan Zhu and Xu Zhu (University of Liverpool, United Kingdom)pp. 404-409

Facility Networking with IP over RS485: Packet Control for Master-Slave Cascaded NetworksHideya Ochiai and Hiroki Nakagami (The University of Tokyo, Japan); Yuuichi Teranishi (NICT &Osaka University, Japan); Hiroshi Esaki (The University of Tokyo, Japan)pp. 410-415

S2-4: Key management and authentication

PALDA: Efficient Privacy-preserving Authentication for Lossless Data Aggregation in SmartGrids

Shinyoung Cho (The State University of New York (SUNY) Korea, Korea); Hongwei Li (University ofElectronic Science and Technology of China, P.R. China); Bong Jun Choi (The State University ofNew York (SUNY) Korea & Stony Brook University, Korea)

pp. 914-919

Portunes: Privacy-Preserving Fast Authentication for Dynamic Electric Vehicle ChargingHongyang Li (University of Illinois at Urbana-Champaign, USA); György Dán (KTH Royal Institute ofTechnology, Sweden); Klara Nahrstedt (University of Illinois, USA)pp. 920-925

Hierarchical Key Management for Multi-resolution Load Data RepresentationChristian David Peer and Dominik Engel (Salzburg University of Applied Sciences, Austria); StephenWicker (Cornell University, USA)pp. 926-932

PUF and ID-Based Key Distribution Security Framework for Advanced Metering InfrastructuresVahe Seferian (American University of Beirut, Lebanon); Rouwaida Kanj (American University ofBierut, Lebanon); Ali Chehab and Ayman Kayssi (American University of Beirut, Lebanon)pp. 933-938

Roaming Electric Vehicle Charging and Billing: an Anonymous Multi-User ProtocolMustafa Asan Mustafa (The University of Manchester, United Kingdom); Ning Zhang (University ofManchester, United Kingdom); Georgios Kalogridis (Toshiba Research Europe Ltd, UnitedKingdom); Zhong Fan (Toshiba Research Europe, United Kingdom)pp. 939-945

S4-5: Energy Trading and Pricing

Optimal Energy Trading with Battery Energy Storage under Dynamic PricingXiaoqi Tan (Hong Kong University of Science and Technology, Hong Kong); Yuan Wu (ZhejiangUniversity of Technology, P.R. China); Danny H. K. Tsang (Hong Kong University of Science andTechnology, Hong Kong)pp. 722-727

Optimal Energy Management Policy of a Mobile Cloudlet with Wireless Energy ChargingDusit Niyato, Ping Wang and Peter Han Joo Chong (Nanyang Technological University, Singapore);Zhu Han (University of Houston, USA); Dong In Kim (Sungkyunkwan University (SKKU), Korea)pp. 728-733

Efficient Incentive-Driven Consumption Curtailment Mechanisms in Nega-Watt MarketsAngeliki Anastopoulou (Athens University of Economics and Business & Center for Research andTechnology Hellas, Greece); Iordanis Koutsopoulos (Athens University of Economics and Businessand CERTH & CERTH, Greece); George Stamoulis (Athens University of Economics and Business,Greece)pp. 734-739

Minimum-cost charging of electrical storage heatersFabian Mueller (Swiss Federal Institute of Technology Zurich & IBM Research Zurich, Switzerland);Carl Binding (IBM Research, Switzerland); Olle Sundstroem (IBM Research Zurich, Switzerland);Michael Bengsch (E. On Metering, Switzerland)pp. 740-745

Optimal Charging Strategies for Electrical Vehicles under Real Time PricingMohammad Mahdi Karbasioun, Ioannis Lambadaris, Gennady Shaikhet and Evangelos Kranakis(Carleton University, Canada)pp. 746-751

Dinner: Gala Dinner

R: Registration

K3: Keynote 3: A European Perspective on Smart Grids

Europe is aiming to develop a resilient Energy Union with diversified energy sources and a world-leading position in renewableenergies. EU policy makers are gathering their efforts for ensuring that the deployment of a smart and intelligent energy system will

happen. In this process, particular attention is to be given to integrated solutions based on existing ICT technologies, cyber securityand strategic data analytics making use of shared ICT infrastructures and analytics capabilities for multiple use cases with the finalaim to moving to real-time energy system awareness.

Biography: Dr. Patricia Arsene is a European Commission official working in the Information and Communication TechnologiesProgramme. She is contributing to policy development in the area of smart grids and smart cities in parallel with monitoring researchprojects in the area of smart grids, energy efficiency and energy efficient buildings. She is also member of the Reference Group ofthe EC Smart Grids Task Force working on the smart grids standardisation under Mandate 490. Prior to working in the EuropeanCommission, Patricia was associate professor and researcher in the Faculty of Control and Computers, Technical University ofBucharest, Romania and head of the Science Policy Department at the Romanian National Research Council. In-between, she held aproject officer position in the European Science Foundation, Strasbourg, France. She holds an MSc in Power Engineering and a PhDin Automated Systems.

CB: Coffee Break

S1-7: Smart Grid Infrastructure Networks

Virtualized and Self-configurable Utility Communications Enabled by Software-DefinedNetworks

Young Jin Kim (Bell Labs, Alcatel-Lucent, USA); Keqiang He (University of Wisconsin, USA); MarinaThottan (Bell Labs, USA); Jayant Deshpande (Bell-Labs, Alcatel-Lucent, USA)pp. 416-421

Software-Defined Networking for Smart Grid Communications: Applications, Challenges andAdvantages

Nils Dorsch, Fabian Kurtz, Hanno Georg and Christian Hägerling (TU Dortmund University,Germany); Christian Wietfeld (TU Dortmund University & Communication Networks Institute,Germany)pp. 422-427

Generating Realistic Smart Grid Communication Topologies Based on Real-DataThomas Hartmann (Interdisciplinary Centre for Security, Reliability and Trust (SnT), University ofLuxembourg, Luxemburg); Francois Fouquet and Jacques Klein (SnT, University of Luxembourg,Luxemburg); Yves Le Traon (University of Luxembourg, Luxemburg); Alexander Pelov (InstitutMines-Telecom / Telecom Bretagne, France); Laurent Toutain and Tanguy Ropitault (TelecomBretagne, France)pp. 428-433

Combing Smart Grid with Community Clouds: next generation integrated service platformLeila Sharifi (Instituto Superior Técnico, Portugal); Felix Freitag (Technical University of Catalonia,Spain); Luís Veiga (INESC-ID Lisboa / Instituto Superior Técnico, Universidade de Lisboa, Portugal)pp. 434-439

Feasibility study of utilizing mobile communications for smart grid applications in urban areaSeppo Horsmanheimo, Niwas Maskey and Lotta Tuomimäki (VTT Technical Research Centre ofFinland, Finland)pp. 440-445

S2-5: Cyber-physical security

Smart Grid Security: Deriving Informed Decisions from Cyber Attack Game AnalysisRattikorn Hewett, Sudeeptha Rudrapattana and Phongphun Kijsanayothin (Texas Tech University,USA)pp. 946-951

Covert Channel Communication Through Physical Interdependencies in Cyber-PhysicalInfrastructures

Luis Garcia and Henry Senyondo (University of Miami, USA); Stephen McLaughlin (Narus Inc, USA);Saman Zonouz (Rutgers University, USA)pp. 952-957

A Game-Theoretic Control Approach to Mitigate Cyber Switching Attacks in Smart Grid SystemsAbdallah K. Farraj, Eman M. Hammad, Ashraf Al Daoud and Deepa Kundur (University of Toronto,Canada)pp. 958-963

Performance Evaluation of Flocking-Based Distributed Cyber-Physical Control for Smart GridAbdallah K. Farraj, Eman M. Hammad, Jin Wei and Deepa Kundur (University of Toronto, Canada);Karen Butler-Purry (Texas A&M University, USA)pp. 964-969

A Physical Overlay Framework for Insider Threat Mitigation of Power System DevicesDavid Formby (Georgia Tech, USA); Sang Shin Jung (Georgia Institute of Technology, USA); SethWalters (Georgia Tech Research Institute, USA); Raheem Beyah (Georgia Institute of Technology,USA)pp. 970-975

S3-6: Building and Community Energy Management

Lighting in the building: a DC smart gridSteffen Thielemans (Vrije Universiteit Brussel, Belgium); Dario Di Zenobio (Fondazione UgoBordoni, Italy); Kris Steenhaut (Vrije Universiteit Brussel, Belgium)pp. 151-156

DC Picogrids as Power Backups for Office BuildingsHarshad Khadilkar and Vikas Chandan (IBM Research, India); Sandeep Kalra (University ofMassachusetts, Amherst, USA); Sunil K Ghai (IBM Research - India, India); Zainul Charbiwala(IBM, India); Tanuja Ganu (IBM Research - India, India); Rajesh Kunnath (Radio Studio, India);Lim Ming (Universiti Brunei Darussalam, Brunei Darussalam); Deva P. Seetharam (Independent,India)pp. 157-162

A Distributed Hierarchical Architecture for Community-based Power BalancingRodrigo Verschae, Hiroaki Kawashima, Takekazu Kato and Takashi Matsuyama (Kyoto University,Japan)pp. 163-169

Household Power Consumption Simulator with Compact Representation of Occupant BehaviorsYoshiaki Sakakura (Denso IT Laboratory, INC., Japan)pp. 170-175

Risk-Aware Energy Procurement with Renewable Energy and StorageSubhash Lakshminarayana (Singapore University of Technology and Design (SUTD), Singapore);Lei Yang (Arizona State University, USA); H. Vincent Poor (Princeton University, USA); Tony Q. S.Quek (Singapore University of Technology and Design, Singapore); Junshan Zhang (Arizona StateUniversity, USA)pp. 176-181

S4-6: EV Charging II

Adaptive Demand Response: Online Learning of Restless and Controlled BanditsQingsi Wang, Mingyan Liu and Johanna Mathieu (University of Michigan, USA)pp. 752-757

Consumer in-the-Loop: Consumers as Part of Residential Smart Energy SystemsMarco Levorato and Nadia Ahmed (University of California, Irvine, USA); Arthur Zhang (CaliforniaInstitute for Telecommunications and Information Technology & University of California Irvine,USA)pp. 758-763

Minimizing Commercial Building Cost in Smart Grid: An Optimal Meeting Scheduling ApproachBo Chai (Zhejiang University, P.R. China); Alberto Costa (Singapore University of Technology andDesign, Italy); Selin Ahipasaoglu (Singapore University of Technology and Design, Turkey);

Shisheng Huang and Chau Yuen (Singapore University of Technology and Design, Singapore);Zaiyue Yang (Zhejiang University, P.R. China)pp. 764-769

Peak Demand Scheduling in the Smart GridSean Yaw, Brendan Mumey and Erin McDonald (Montana State University, USA); Jennifer Lemke(Humboldt State University, USA)pp. 770-775

A Novel Grid Load Management Technique Using Electric Water Heaters and Q-LearningKhalid Al-jabery (Missouri University of Science &Technology, USA); Donald Wunsch (University ofMissouri-Rolla, USA); Jinjun Xiong (IBM T. J. Watson Research Center, USA); Yiyu Shi (MissouriUniv of Science & Technology, USA)pp. 776-781

L: Lunch

S1-8: Powerline Communication Technologies

Evaluation of RPL for Medium Voltage Power Line CommunicationOana Balmau (EPFL, Switzerland); Dacfey Dzung (ABB Switzerland Ltd. & Corporate Research,Switzerland); Abdulkadir Karaağaç, Vukasin Nesovic and Aleksandar Paunovic (ABB CorporateResearch, Switzerland); Yvonne-Anne Pignolet (ABB Corporate Research, Dättwil, Switzerland);Niloufar Alipour Tehrani (ETHZ, Switzerland)pp. 446-451

Doing It Right - Recommendations for RPL in PLC-based Networks for the Smart GridTanguy Ropitault (Telecom Bretagne, France); Alejandro Lampropulos (Institut TELECOM /TELECOM Bretagne, France); Alexander Pelov (Institut Mines-Telecom / Telecom Bretagne,France); Ramanuja Vedantham (Texas Instruments Inc., USA); Philippe Chiummiento (ITRON,France); Laurent Toutain (Telecom Bretagne, France)pp. 452-457

ColorCast: Deterministic Broadcast in Powerline Networks with UncertaintiesYvonne-Anne Pignolet (ABB Corporate Research, Dättwil, Switzerland); Stefan Schmid (T-Labs & TUBerlin, Germany); Gilles Tredan (LAAS-CNRS, France)pp. 458-463

Network Simulation for Powerline Protocols with Direct Code Execution Applied to DLC®-3000SFN

Jörg Deutschmann and Andreas M. Lehmann (University of Erlangen-Nürnberg, Germany);Johannes Hampel (iAd GmbH, Germany); Johannes Huber (University of Erlangen-Nuremberg,Germany)pp. 464-468

Narrowband power line communications for medium voltage smart gridsGiovanni Artale (Università di Palermo, Italy); Antonio Cataliotti (University of Palermo, Italy);Valentina Cosentino (Università di Palermo, Italy); Dario Di Cara (National Research Council,Institute of Intelligent System for Automation, Italy); Riccardo Fiorelli (STMicroelectronics, Italy);Salvatore Guaiana (Università di Palermo, Italy); Nicola Panzavecchia and Giovanni Tinè (NationalResearch Council, Italy)pp. 469-474

S2-6: AMI and demand response

Trusted Neighborhood Discovery in Critical InfrastructuresNorman Göttert, Nicolai Kuntze, Carsten Rudolph and Khan Ferdous Wahid (Fraunhofer SIT,Germany)pp. 976-981

Efficient Generation and Distribution of CRLs for IEEE 802.11s-based Smart Grid AMI NetworksKemal Akkaya (Florida International University, USA); Khaled Rabieh (Tennessee TechnologicalUniversity, USA); Mohamed M E A Mahmoud (Tennessee Tech University, USA); Samet Tonyali(Southern Illinois University Carbondale, USA)pp. 982-988

A Risk Assessment Tool for Advanced Metering InfrastructuresTawfeeq Shawly, Jun Liu, Nathan Burow and Saurabh Bagchi (Purdue University, USA); RobinBerthier and Rakesh B. Bobba (University of Illinois at Urbana-Champaign, USA)pp. 989-994

OpenADR 2.0 Deployment Architectures: Options and ImplicationsUlrich Herberg, Daisuke Mashima, Jorjeta Jetcheva and Sanam Mirzazad-Barijough (FujitsuLaboratories of America, USA)pp. 782-787

A Non-convex Alternating Direction Method of Multipliers Heuristic for Optimal Power FlowSeungil You and Qiuyu Peng (California Institute of Technology, USA)pp. 788-793

S3-7: Special Session: Co-Simulation for Smart Grids

Extensible Co-Simulation Framework for Electric Vehicle Charging Infrastructure TestingMario Faschang (Vienna University of Technology and SIEMENS Austria, Austria); Martin Nöhrer(AIT Austrian Institute of Technology GmbH, Austria); Johannes Stöckl and Friederich Kupzog (AIT- Austrian Institute of Technology, Austria)pp. 182-187

Implementation of Agent-based Power Flow Coordination in AC/DC Grids using Co-SimulationPlatform

Davood Babazadeh (KTH Royal Institute of Technology, Sweden); Mohammad Nazari (KTH TheRoyal Institute of Technology, Sweden); Muhammed Hassan Fidai (The Royal Institute ofTechnology, Sweden); Moustafa Chenine (KTH Royal Institute of Technology, Sweden); MehrdadGhandhari (Royal Institute of Technology, Sweden); Lars Nordström (Royal Institute of Technology,KTH, Sweden)pp. 188-193

Integrated Smart Grid Simulations for Generic Automation Architectures with RT-LAB andmosaik

Martin Büscher (OFFIS - Institute for Information Technology, Germany); Arno Claassen andMatthias Kube (OFFIS, Germany); Sebastian Lehnhoff (University of Oldenburg & OFFIS - Institutefor Information Technology, Germany); Klaus Piech and Sebastian Rohjans (OFFIS, Germany);Stefan Scherfke (OFFIS – Institute for Information Technology, Germany); Cornelius Steinbrink andJorge Velásquez (OFFIS, Germany); Francois Tempez and Yahia Bouzid (OPAL-RT Europe, France)pp. 194-199

A Distributed Optimal Energy Management Strategy for MicrogridsWenbo Shi (University of California, Los Angeles, USA); Xiaorong Xie (Tsinghua University, P.R.China); Chi-Cheng Chu and Rajit Gadh (University of California - Los Angeles, USA)pp. 200-205

Testbed Evaluations of a Controlled-Delivery Power GridRoberto Rojas-Cessa (New Jersey Institute of Technology, USA); Vinitmadhukar Sahasrabudhe(NJIT, USA); Eugene J Miglio, IV (New Jersey Institute of Technology, USA); Divya Balineni andJustin Kurylo (NJIT, USA); Haim Grebel (New Jersey Institute of Technology, USA)pp. 206-211

S5-3: Data Management and Forecasting

A Simple Model-Driven Approach to Energy DisaggregationGuoming Tang and Kui Wu (University of Victoria, Canada); Jingsheng Lei (Shanghai University ofElectric Power, P.R. China); Jiuyang Tang (National University of Defense and Technology, P.R.China)pp. 566-571

Bayesian Linear State Estimation using Smart Meters and PMUs Measurements in DistributionGrids

Luca Schenato (University of Padova, Italy); Grazia Barchi and David Macii (University of Trento,Italy); Reza Arghandeh (University of California, Berkeley & California Institute for Energy andEnvironment, USA); Kameshwar Poolla (University of California at Berkeley, USA); Alexandra vonMeier (California Institute for Energy and Environment & UC Berkeley, USA)pp. 572-577

Residential Smart Grids: Before and After the Appearance of PVs and EVsFabian Uriarte and Robert Hebner (University of Texas at Austin, USA)pp. 578-583

TMQ: Threat Model Quantification in Smart Grid Critical InfrastructuresSaman Zonouz (Rutgers University, USA); Luis Garcia (University of Miami, USA)pp. 584-589

The comparison of medium-term energy demand forecasting methods for the need of microgridmanagement

Tymoteusz Hossa (Poznan University of Economics & Faculty of Informatics and ElectronicEconomy, Poland); Agata Filipowska and Karol Fabisz (Poznan University of Economics, Poland)pp. 590-595

CB: Coffee Break

S1-9: Grid Communication Techniques

Optimal Wireless Energy Charging Policy for a Mobile Node in Smart Grid EnvironmentDusit Niyato, Yang Zhang and Ping Wang (Nanyang Technological University, Singapore); Dong InKim (Sungkyunkwan University (SKKU), Korea)pp. 475-480

Cooperative Closed-loop MIMO Selective Transmissions in a HV EnvironmentOlufemi James Oyedapo (McGill University, Canada); Baptiste Vrigneau (University of Rennes 1 &INRIA/IRISA CAIRN, France); Rodolphe Vauzelle (University of Poitiers, France)pp. 481-486

Smart Satellites in Smart GridsDonald Chang (Spatial Digital Systems, USA); Joe Lee (SDS, Inc., USA); Tzer-Hso Lin (SDS, USA)pp. 487-492

Statistical Analysis of Broadband Underground Medium Voltage Channels for PLC ApplicationsFabio Versolatto (University of Udine & WiTiKee Srl, Italy); Andrea M Tonello (University of Udine &WiTiKee srl, Italy); Carlo Tornelli (RSE, Italy); Davide Della Giustina (A2A Reti Elettriche SpA, Italy)pp. 493-498

A Novel Statistical Approach of Path Loss Mapping for Indoor Broadband Power LineCommunications

Mohammad Heggo (University of Liverpool, Egypt); Xu Zhu and Yi Huang (University of Liverpool,United Kingdom); Sumei Sun (Institute for Infocomm Research, Singapore)pp. 499-504

S3-8: Power Distribution Networks

Signal-Anticipating in Local Voltage Control in Distribution SystemsJeries Shihadeh (University of Colorado, Boulder, USA); Seungil You (California Institute ofTechnology, USA); Lijun Chen (University of Colorado at Boulder, USA)pp. 212-217

Decentralized Stochastic Programming for Real and Reactive Power Management inDistribution Systems

Mohammadhafez Bazrafshan and Nikolaos Gatsis (The University of Texas at San Antonio, USA)pp. 218-223

Power Line Communication Network for a Customer-End AC Grid in an LVDC DistributionSystem

Antti Pinomaa and Jero Ahola (Lappeenranta University of Technology, Finland); Antti Kosonen(Lappeenranta University of Technology & Institute of Energy Technology, Finland); Pasi Nuutinen(Lappeenranta University of Technology, Finland)pp. 224-229

Optimization of the power quality monitor number in smart gridYuxin Wan and Junwei Cao (Tsinghua University, P.R. China); Huaying Zhang (Shenzhen PowerSupply Co. Ltd, P.R. China); Zhengguo Zhu and Senjing Yao (Shenzhen Power Supply Co. Ltd., P.R.China)pp. 230-235

Power-Efficient Operation of Wireless Heterogeneous Networks using Smart GridsMingyi Hong (University of Minnesota, USA); Hao Zhu (University of Illinois, USA)pp. 236-241

S4-7: Demand Side Management

Demand-Aware Price Policy Synthesis and Verification Services for Smart GridsToni Mancini (Università di Roma 1, Italy); Federico Mari and Igor Melatti (University of Rome "LaSapienza", Italy); Ivano Salvo and Enrico Tronci (Sapienza University of Rome, Italy); Jorn Gruber,Barry Hayes and Milan Prodanovic (Institute IMDEA Energy, Spain); Lars Elmegaard (SEAS-NVE,Denmark)pp. 794-799

Optimal Design of Serious Games for Demand Side ManagementThanasis Papaioannou (Center for Research and Technology Hellas, Greece); Vassiliki Hatzi (CERTHand University of Thessaly, Greece); Iordanis Koutsopoulos (Athens University of Economics andBusiness and CERTH & CERTH, Greece)pp. 800-805

Modeling of Dynamics in Demand Response for Real-time PricingIchiro Maruta and Yusuke Takarada (Kyoto University, Japan)pp. 806-811

Integration of V2H/V2G Hybrid System for Demand Response in Distribution NetworkYubo Wang, Omar Sheikh and Boyang Hu (University of California, Los Angeles, USA); Chi-ChengChu and Rajit Gadh (University of California - Los Angeles, USA)pp. 812-817

Aggregated Residential Load Modeling Using Dynamic Bayesian NetworksMaria Vlachopoulou (Microsoft, USA); George Chin (PNNL, USA); Jason Fuller (Pacific NorthwestNational Laboratory, USA); Shuai Lu (PNNL, USA)pp. 818-823

Closing: Closing Remarks