2014 NSF Early Career Professionals Workshop on Exploring New Frontiers in Cyber-Physical Systems -CFP Submissions
Last NameFirst NameOrganizationPaper TitleEmail Address
AnandDhananjayNISTDeveloping Intrinsic Security in Cyber-physical Systems by Leveraging Precise Clock Synchronizationdhananjay.anand@nist.gov
BeckerAaronBoston Children's Hospital/ Harvard Medical SchoolHierarchal Control of Intelligent Agents for Cyber Physical Systemsaaron.becker@childrens.harvard.edu
BighamianRaminUniversity of MarylandClosed-Loop Medication Therapeutic Systems: An Ultimate Solution to Deliver Goal-Directed Therapyr.bighamian@gmail.com
ChattopadhyayIshanuCornell UniversityMassively Distributed Computational Intelligence For A Self-organizing Power Gridic99@cornell.edu
ChoiDae-HyunTexas A&M UniversityA Framework for the Impact Analysis of Data Quality/Integrity/Privacy in Cyber-Physical Electric Energy Systemcdh8954@neo.tamu.edu
CichellaVenanzioUniversity of Illinois at Urbana-ChampaignWhat If Robots Could Tango? cichell2@illinois.edu
DimitrovVelinWorcester Polytechnic InstituteTowards a Modeling Framework for Shared Control Cyber Physical Systemsvdimitrov@wpi.edu
DirafzoonAlirezaNorth Carolina State UniversityCyborg-Insect Networks for Mapping of Unknown Environmentsadirafz@ncsu.edu
EnyiohaChinwenduUniversity of PennsylvaniaCascading failures in Cyber-Physical Networks: Research Challengescenyioha@seas.upenn.edu
GhasemalizadehOmidVirginia TechHybrid could-based platform to improve ride metrics of a vehicleomidg@vt.edu
HaoJianyeMITAlloy-based Game-theoretic Framework for Analyzing Security Issues in Small-scale Smart Grid Systemsjianye@mit.edu
JohnsonBrianNational Renewable Energy LaboratoryAn Integrated Approach to Design and Analysis of Intelligent Future Energy Systemsbrian.johnson@nrel.gov
JunSeungkookState University of New York at BuffaloCPS:  Home-based Rehabilitation system for knee deficient patientsseungjun@buffalo.edu
KangEunsukMIT An Assurance Framework for Secure Cyber-Physical Systemseskang@mit.edu
KhanaferAliUniversity of Illinois at Urbana-ChampaignEfficient Information Spread Control in Cyber-Physical Systemskhanafe2@illinois.edu
KimRobin University of Illinois at Urbana–ChampaignTowards the Smart Railway: Interactive Wireless Smart Sensor Systems for Structural Health Monitoring of Railroad Bridgeskim491@illinois.edu
KimJunsungCarnegie Mellon UniversityDependable Cyber-Physical Systems: a Software-based Approachjunsungk@cmu.edu
LeeMin KyungCarnegie Mellon UniversityDesigning for Successful Human Collaboration with Cyber-Physical Systemsmklee@cs.cmu.edu
LesserKendraUniversity of New MexicoStochastic Reachability for Safety Verification of Cyber-Physical Systemslesser@unm.edu
LivingstonScottCaltechSystems-level Programming Environments for Roboticsslivingston@cds.caltech.edu
LoosSarahCarnegie Mellon UniversityConnecting Safety Verification with Implementable Hybrid Programssloos@cs.cmu.edu
M. RouhaniOmidCornell UniversityAn Advanced Traveler General Information System om67@cornell.edu
MacCurdyRobertCornell UniversityData-driven Wildlife Ecology, Habitat Management and Environmental Sensingrbm7@cornell.edu
MatlackCharlieUniversity of WashingtonTechnology and Human Behavior Change: An Example in Household Water Treatmentcmatlack@uw.edu
McEvoyMichaelUniversity of Colorado at BoulderCyber-physical Materials: Computational Meta-Materialsmichael.mcevoy@colorado.edu
Munoz MunozAlejandraCarnegie Mellon UniversityA Tool for Sustainable Residential Water Management in Architectural Design Deliveryamunoz@cmu.edu
NaderiYousofNortheastern UniversityNext Generation Cyber-Physical Systems Utilizing RF-Powered Computingnaderi@coe.neu.edu
NewtonBenUniversity of North Carolina at Chapel HillEfficient Management of a High-Capacity Airborne Network of Commercial Aircraftbn@cs.unc.edu
ParandehgheibiMarziehMIT Robustness of Interdependent Cyber-Physical Networksmarp@mit.edu
RasouliMohammadUniversity of MichiganAbstraction and Layering for Electricity Marketsrasouli@umich.edu
RasouliMohammadUniversity of MichiganElectricity Markets with Strategic Agents Possessing Asymmetric Informationrasouli@umich.edu
RozoLauraUniversity of DelawareAdapting Fault Resilience Granularity to Overcome Varying Failure rates in CPSlrozo@udel.edu
SahaIndranilUC Berkeley and UPennCompositional Synthesis of Multi-Robot Motion Plans via SMT Solvingsaha.indra@gmail.com
SchabKurtUniversity of Illinois at Urbana-ChampaignImprovement of Physical-Layer Communication Technology at the Mobile-User Level with Reconfigurable Antennask.schab@gmail.com
SeoJunUniversity of PennsylvaniaCyber-Physical Systems for Material Handlingjuse@seas.upenn.edu
Shoaib Umar Politecnico di  TorinoHuman Robotic Communication System for Health Careumar.dudhra@gmail.com
SwaminathanMeenupriyaNortheastern University Galvanic Coupled Cyber-Physical Body Sensor Networkmeenu@ece.neu.edu
TaheriShahyarVirginia TechCloud-Integrated Infrastructure for Automotive Cyber-Physical Networks (ACPN)taheri@vt.edu
Tavafoghi JahromiHamidrezaUniversity of MichiganMechanism Design for Strategic Multi-Agent CPStavaf@umich.edu
VozarSteveJohns Hopkins UniversityModeling Humans in the Teleoperated Robot System Loopsvozar@jhu.edu
WangHsueh-Cheng MITEnvironmental Text Spotting for the Blind Using a Body-worn CPShchengwang@gmail.com
WengYangCarnegie Mellon UniversityGraphical Model for Cyber-Physical Systems: The Case of State Estimation in Electric Power Systemsyangweng@andrew.cmu.edu
WensingPatrickThe Ohio State UniversityCyber-Physical Systems: Exploiting Morphological Diversity for Multi-Agent Intelligencewensing.2@osu.edu
WhitsittSeanUniversity of ArizonaAutomatic Verification of Dynamic Constraints in LTI Control Systems Through Model Transformationswhitsitt@email.arizona.edu
WongLawsonMITModel Mismatch, Attention, Refinement, and Learning in Synergistic Cyber-Physical Systemslsw@csail.mit.edu
WuCathyUC BerkeleyComputation for Efficient Autonomous Mobility-on-Demandcathywu@eecs.berkeley.edu
YinXiangUniversity of MichiganSynthesis of Decentralized Supervisors for Cyber-Physical Systemsxiangyin@umich.edu
YongSze ZhengMassachusetts Institute of TechnologySafety Hybrid Control with Intention Inference for Semi-autonomous Cyber-Physical Transportation Systemsszyong@mit.edu
YoonHyungchulUniversity of Illinois at Urbana-ChampaigniRescue: Emergency Response System using Smartphonesyoon.illinois@gmail.com
ZhangJiaxingNortheastern University The Next Generation Transportation Infrastructure Performance Inspection: A CPS approachjxzhang@ece.neu.edu
ZhouFengGeorgia Institute of TechnologyUser Behavior Modeling for Smart Cyber-Physical Services Through Vehicular Social Networksfzhou35@gatech.edu

 

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