http://sensip.asu.edu

ASU SenSIP A site of the NSF Net-Centric I/UCRC

The mission of the SenSIP (Sensor, Signal and Information Processing) Industry Consortium is to perform use-inspired research and train students in sensor and information systems, digital signal and image processing, wireless communications, networks, and multimedia.

Applications addressed include information processing, software systems, integrated

sensing, biomedicine and genomics, defense and homeland security, sustainability and

environmental technologies, speech/audio processing and telephony, imaging and video

systems, low power realizations, real-time implementations, smart stages, interactive

media, and vehicular sensing.

Sen IPSensor Signal and Information

Processing Industry Consortium

http://sensip.asu.edu

Net Centric

The SenSIP Industry Consortium http://sensip.asu.edu

The SenSIP IndustryConsortium

NSF I/UCRC Site

DirectorAndreas Spanias

Industry Advisory Board (IAB)Martin Woolf, Chair (Raytheon)

Ahsan Aziz (National Instruments)Chung-Fu Chang (Lockheed Martin)

Debbie Vogel (Sprint Communications)Brian Mears (Intel Corporation)

Doug Olsen (Acoustic Technologies)Byung K. Yi (LG)

Arts, Media and

Engineering

A. KelliherT. RikakisP. Turaga

Adaptive Sensing

ResearchA. Papandreou-

Suppappola

Low Power Systems

C. Chakrabarti

DSPC. Chakarabarti

L. KaramA. Spanias

A. Papandreou-Suppappola

P. Turaga

Dynamical Systems

Y. Lai

Signal Processing

for CommunicationsC. Tepedelenlioglu

Java SystemsT. DumanL. KaramA. Spanias

A. Papandreou-SuppappolaK. Tsakalis

Multimedia NetworksM. Reisslein

A. Richa

Biomedical SP

L. IasemidisL. KaramZ. Lacroix

A. Papandreou-Suppappola

Adaptive ControlsK. Tsakalis

Image & Video

ProcessingL. KaramP. Turaga

CommunicationsSystemsT. Duman

C. Tepedelenlioglu

Information Networks

J. ZhangY. Zhang

Speech & Audio

SystemsA. Spanias

Applied MathA. Gelb

R. RenautT. Taylor

B. Welfert

AZ Bio/BMEJ. He

L. IasemidisN. Tao

Multidisciplinary Activities Industry Members

Research Laboratories

Recreated PMS

The SenSIP Industry Consortiumhttp://sensip.asu.edu http://sensip.asu.edu

Message from the SenSIP Consortium Director

On behalf of the SenSIP faculty and the Ira A. Fulton Schools of Engineering (IAFSE) administration, we welcome you to the Sensor Signal and Information Processing (SenSIP) Center. SenSIP originated as an IAFSE research cluster with signal processing and communications faculty from the Department of Electrical Engineering in 2004. IAFSE cluster funding supported activities across disciplines with faculty seeking a common research and education agenda in sensor theory and applications. New contracts and grant opportunities brought new membership to SenSIP from the Biodesign

Institute and the Schools of Mathematics and Statistics, Mechanical and Aerospace Engineering, Computer Science and Engineering, and Biomedical Engineering. Sponsored collaborative programs in defense, industry and education brought together researchers and visitors from other universities including University of Cyprus, ETH, Imperial College, Johns Hopkins University, University of Michigan, Polytechnic University of Milan, University of New Mexico, Prairie View A&M, Princeton University, Purdue University, University of Washington in St. Louis and several other leading institutions.

SenSIP launched an industry consortium with focus areas in digital signal processing (DSP), wireless communications, sensor systems, information networks, and applications in multimodal sensing, real time systems, and sensor networks. The industry consortium is directed by A. Spanias and has seven members, namely, Acoustic Technologies, Intel Corporation, National Instruments, LG Communications, Lockheed Martin, Raytheon Missile Systems, and Sprint Communications. The SenSIP Consortium has recently been funded by the NSF I/UCRC program. SenSIP will collaborate with the Net-Centric I/UCRC in Dallas, Texas.

We invite SenSIP consortium membership from local and national industry with benefits that include:

n results from student research projects,n privileged access to state-of-the-art research through SenSIP reports,

journal and conference preprints,n faculty consulting,n continuing education,n technical seminars with distinguished speakers,n doctoral and master student portfolios,n software and hardware tools, andn member passwords to privileged SenSIP research and education

content.

We look forward to a strong industry-university research and education partnership.

Andreas Spanias SenSIP Center DirectorNSF Net-Centric I/UCRC Site

Message from the IAFSE Dean

Paul C. Johnson

On behalf of the Ira A. Fulton Schools of Engineering it is my pleasure to introduce the SenSIP Industry Consortium brochure. The consortium evolved from the signal processing and communications group in Electrical Engineering. Planning started in 2003 after a series of successes by core faculty in the area including five prestigious NSF Career awards and several DARPA and industry grants and contracts. With the emergence of networked sensing as an application of great interest to industry and government agencies, the group was expanded to include faculty from Mathematics and the then newly founded Biodesign Institute.

Collaborative research with the Arts, Media and Engineering School, the Biodesign Institute, the Schools of Chemistry, Computer Science, Mathematics, and Bioengineering, as well as the bioelectronics and biosensors, and solid state research centers are highlighted on the SenSIP web page.

Annual SenSIP open houses featuring faculty presentations, student research posters, and invited industry and government leaders laid the foundation for a successful SenSIP industry consortium. The SenSIP industry consortium has seven paying national industry members. The consortium recently received federal funding from the NSF industry university collaborative research center (I/UCRC) program and became an NSF I/UCRC in 2010. The Ira A. Fulton Schools of Engineering is very proud of SenSIP’s successes and looks forward to even greater accomplishments and visibility forthcoming as it carries forward its plan to promote industry-university research collaborations.

Paul C. Johnson, Ph.D.Dean

Ira A. Fulton Schools of Engineering

The SenSIP Industry Consortium http://sensip.asu.edu

Synopsis

The objective of the Sensor Signal and Information Processing (SenSIP) Industry Consortium is to develop a research and education partnership with local and national industry. This partnership will focus on the development of new signal/information processing algorithms, tools, and software for integrated sensor systems. The primary objective is the development of new methods for extracting, parameterizing, transmitting, and classifying information from heterogeneous sensors and sensor networks. The faculty involved in SenSIP have a track record of funded programs in areas associated with the SenSIP mission and are actively establishing industry collaborations that promote cutting-edge application-driven research in these areas. The creation of intellectual property and trained workforce from this program will contribute to several important federal and state initiatives including biomedical, sustainability, defense, and border control. Some specific application-driven problems to be examined include:

• detectionandtrackingalgorithmsforsensors

• sourcelocalizationwithmicrophonearrays

• motiondetectionwithcameraarraysensors

• algorithmsforwaveformdesignforradarandsonarsensors

• sensorinformationprocessingforintrusionandbordersecurity

• signalprocessingforbiologicalandchemicalsensors

• informationanddecisionnetworksforsensorarrays

• acousticscenecharacterization

• data-mininginsensorsystems

• de-noisingandpatternclassificationforchemicalsensors

• wirelesssensornetworks

• signalanalysisfornanosensorsandMEMS

• realtimedigitalsignalprocessing

• speech,audio,andvideocoding

• multimediasignalprocessingandmultimedianetworks

• MIMOsystemsandchannelcoding

• genomicsignalprocessing

• biomedicalsignalanalysis

• softwaresystemsforsensors

• WiMAXand4Gsystems

• wirelessdigitalcommunications

• informationtheory

• reductionoffalsealarms

• artsandmediaapplications

• braindynamics

• dynamicalsystems

The SenSIP Industry Consortiumhttp://sensip.asu.edu http://sensip.asu.edu

SenSIP Faculty and Areas of Research• ChaitaliChakrabarti:LowPowerArchitectures• TolgaDuman:WirelessCommunications,ChannelCoding• DavidFrakes,MRIBio-imaging• AnneGelb:Edgedetectionandimagereconstruction,MRIandPET• JosephHui:Networks,OpticalNetworks• LeoIasemidis:BrainDynamics• LinaKaram:Image/VideoProcessingandCoding• Ying-ChengLai,DynamicalSystems• AntoniaPapandreou-Suppappola:Waveform-Processing,Time-FrequencyAnalysis• StephenPhillips,MEMSbiosensors• MartinReisslein:Networksforstreamingdataandmedia• RosemaryRenaut:Numericalanalysis,3Dvisualizationofthebrain• AndreasSpanias:Speech/MultimediaDSP,AdaptiveAcousticSensing• KostasTsakalis:AdaptiveControl• TomTaylor:Stochasticprocesses,filteringdynamicalsystems• CihanTepedelenlioglu:SignalProcessingforCommunications,Multicarriersystems• NJTao:Nano-biotechnology,electrochemicalsensing• PavanTuraga,MotionEstimation• BrunoWelfert:Wavelets• GuoliangXue:Networkingandbioinformatics,sensornetworks• JunshanZhang:InformationTheory,Ad-HocNetworks• YanchaoZhang:NetworkSecurity

Collaborators and Advisors

• Glen Abousleman, General Dynamics• BertanBakkaloglu,ECEE,ASU• MaheshBanavar,ECEEASU• VisarBerisha,RaytheonMissileSystems• FarokhBastani,UTDallas• AviCagan,Biodesign,ASU• AditiChattopadhyay,AIMScenter,ASU• BruceCochran,GeneralDynamics• JeannieFalcon,NationalInstruments• StephenGoodnick,ECEE,ASU• MichaelGorryl,ECEE,ASU• ShawnHogberg,Motorola• HeatherIrish,ECEE,ASU• KrishnaKavi,Net-CentricI/UCRC,NorthTexas• AislingKelliner,SchoolofArts,MediaandEngineering• KiDongLee,LGCommunications• MaryMurphy-Hoye,IntelCorporation• GopalNair,Matrix4Systems

• SayfeKiaei,IAFSEAssociateDeanforResearch,ASU• NarayanKovalli,SchoolofECEE,ASU• AthanasiosManikas,ImperialCollege• GeorgeMaracas,ECEE,ASU• StephenMiller,HemisphereGPS• JohnMitchell,DirectorofCorporateEngagement• ZacharyNelson,NationalInstruments• StephenPhillips,ECEE,ASU• MariosPolycarpou,KIOSCenter,UCy• JohnScott,LockheedMartin• NiteshShah,RaytheonMissileSystems• DanSheen,LockheedMartin• DavidStruble,Raytheon• HariSundaram,SchoolofArts,MediaandEngineering,ASU• SethSuppappola,AcousticTechnologies• JeffTian,SMU• TrevorThornton,ECEE,ASU• EricYeatman,ImperialCollege

SenSIP faculty, collaborators, students and friends

The SenSIP Industry Consortium http://sensip.asu.edu

Become a member of SenSIP Industry Consortium.Benefits:

• Costeffectiveandreducedoverheadresearch.• Projectsco-defined/co-advisedbyindustrymembersandfaculty;provisionsforindustryto

participate in these committees.• ConsortiumstudentsspendtimebothatASUandindustrysite;Arrangementscanbemade

for students to spend time at industry site.• Privilegedaccesstostudentportfolios;Studentpapersandvitaeaccessibleonlyto

consortium members.• IndustrymemberstaponSenSIPfacultyexpertise;ASUknowledgebaseinsignal

processing, communications, sensor networks, software and hardware, speech, video and multimedia systems.

• Accesstoalgorithms/tools/documentsusefultotheindustrycommunity.• TheSenSIPconsortiumcancreatecustomizedspecialtopics/independentstudycoursesfor

the industry members. • SenSIPfacultyorganizeandgiveseminarsontopicsdefinedbyindustrymembers.• Onehalfdayshortcourseperyearontopicscoveredbyourfaculty.• RestrictedSenSIPWebsiteaccessavailableonlyforindustrymemberswithrepositoryof

software tools.• Conferencereportsfromconferencevisitsintargetareas.• Organizelocalworkshopsonsensors,DSP,multimedia,wirelesscommunications,andother

sub-areas defined by industry.• Membershipintheindustryadvisoryboardwhereindustrymembersdefineresearch

directions, policies, and bylaws.• Industry-friendlyIPArrangement;Resultsofsharedresearchavailabletomembers;royalty

free non-exclusive IP rights on shared research.• Recruitingadvantagebydevelopingrelationshipswithstudentsatanearlystage.• Programinvolvesovertwentyfacultywithfullresearchfacilities.• Membershippermitsindustrydirectedresearchprojects.

Building the SenSIP Industry Consortium Membership

2/2007 8/2007 10/2007 12/2007 1/2008 9/2008 1/2009 6/2009 12/2009 7/2010 6/2011

SenSIPAgreementsSigned

SenSIP Open HouseInvitation to Industry Partners

Recreated PMS

Finalized AgreementAzTE OVPR IAFSE

AcousticTechnologiesSignsAgreement

RaytheonSignsAgreement

NationalInstrumentSignsAgreement

LockheedSignsAgreement

IntelSignsAgreement

NSFI/UCRC

LGSignsAgreement

SprintSignsAgreement

The SenSIP Industry Consortiumhttp://sensip.asu.edu http://sensip.asu.edu

Security and Defense Applications• IntegratedSensingSystems• SensorNetworks• Radar,Sonar,andArraySignalProcessing• WaveformDesign

Multimedia Systems• SpeechProcessing• ImageandVideoCoding• ComputerGamesand

video Summarization 4G Network Applications and Smart Stages

• AlgorithmsforArts,Media,and Entertainment

• ComputerMusic

Biomedical Applications• Biosensors• BiometricsandDataMining• GenomicSignalProcessing• MRIApplications• DNAAnalysis• BrainDynamics

Communications and Signal Processing• DigitalSignalProcessing• WirelessCommunications• SignalProcessingfor

Communications• Sourceand

Channel Coding• LowPowerAlgorithms• SoftwareDefinedRadio• DSPforBiosensing• DataMining

Wireless Systems• InformationTheoryandNetworks• MultimediaNetworks• MIMOSystems

and Adaptive Antennas

• ModulationandCoding Systems

• AntennaSystems• 4GSystems• NetworkSecurity

Algorithms, Hardware and Software Systems• DSPChipsandFPGAs• JavaSystemsandJ-DSP• MATLABSimulationsand

Testbeds• Javaforcontrollingsensor

networks• iOSandAndroid

programming• DynamicalSystems• AdaptiveControls• ChaosTheory

Research areas

The SenSIP Industry Consortium http://sensip.asu.edu

Contact:

Andreas SpaniasDirector, The SenSIP Industry Consortium Room GWC 440School of Electrical, Computer and Energy Engineering Arizona State UniversityTempe,AZ85287-5706Phone4809651837Fax4809658325sensip@asu.edu

The SenSIP Industry Consortium received funding from the National Science foundation (NSF) to become a national Industry / University Collaborative Research Center (I/UCRC) under the NSF Net-Centric umbrella. Sponsored in part by NSF I/UCRCAwards0934418and1035086andbyindustrymembers.

Industry Consortium Projects• EchoCancellation,AcousticTechnologies• SoftwareforNewOSCIStandardInterfacing,Intel

Corporation• DSPAlgorithmsandSoftwareforSensors,National

Instruments• WaveformDesignforRadar,LockheedMartin• RadarSignalProcessing,RaytheonMissileSystems• SensorNetworks,LG• 4G/WiMaxResearch,SprintCommunications

Federal and Industry projects• NIH:ChemicalSensors,(withUC-Riverside)• AFOSRMURI:AdaptiveWaveformDesignforFull

Spectral Dominance• NSFFRG:MathematicalFoundationsofMRI• NSFNeTS-WNCollaborativeResearch:Channel-

Aware Distributed Scheduling• ONRMURI:CapacityandTransmitter/Receiver

Design for UWA Channels• STTR:MIMOSignalingforUnderwater

Communications • Seagate:BitPatternedMediaRecording• NSF:IGERT:AnArts,SciencesandEngineering

Initiative for Experiential Media• NSFPhase3:Java-DSPSoftwareDevelopment• NSF,PlanningGrant,SenSIPConsortium• NSFEXP:DSPAlgorithmsforSiliconIon-Channel

Sensors• NSFCCF,BiomedicalInnovationsUsingAgile

Sensing • NSFCollaborativeGrant,AnAstronomical-

Calibrated Time Scale• GlobalEngagementProject:UniversityofCyprus

KIOScenterandASUSenSIPCenter• NIH:TooltoIntegrateGenomicandProteomicData

of Aging• NIH-CollaborativeGrant,WearableNanosensor

Array• NSF:CSR-EHS:Hardware/SoftwareCo-

Exploration of Scalable Software Defined Radio• GeneralDynamics:ImageandVideoCompression

and Transmission Technologies• SunMicrosystems:SunFireV880ServerforVideo

Trace Project• FiveNSF:CAREERAwardsinSignalProcessing

and Communications• NSFIndustry/UniversityCollaborativeResearch

Center (I/UCRC)