A collaborative Design for Usability approach supported by Virtual Reality and a MultiAgent SystemWord格式.docx

A collaborative Design for Usability approach supported by Virtual Reality and a MultiAgent SystemWord格式.docx

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35

Amobileagentplatformfordistributednetworkandsystemsmanagement 

JournalofSystemsandSoftware,Volume82,Issue2,February2009,Pages355-371

DamianosGavalas,GeorgeE.Tsekouras,ChristosAnagnostopoulos

36

Rô

ledechacundanslefonctionnementd’unservicederé

animation 

Ré

animation,Volume19,Issue3,May2010,Pages212-220

G.Janvier,D.André

37

Network-enabledrapidenvironmentalassessment:

Architecturesfornear-real-timedatacollectionandfusion 

JournalofMarineSystems,Volume78,Supplement1,November2009,PagesS408-S414

AlessandroBerni,DiegoMerani,MichelLeonard,MichelRixen

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AbstractAbstract|Figures/TablesFigures/Tables|ReferencesReferences

Abstract

Advancedcommunicationandinformationprocessingtechniquescanbeappliedtounderwaterresearchtoenablenewwaysofenhancingreal-timeexperimentaloutcome.ThispaperpresentssolutionsdevelopedtosupporttheDynamicsoftheAdriaticinRealTime（DART）seatrials,conductedbetweenNURCand26internationalpartnersin2006,whichwerecharacterizedbylargeshore–ship–shoredataexchangerequirements,inexcessof1 

GB/day.Thethree-pillarapproachadopted（basedonnetworkinfrastructure,informationinfrastructure,context-baseddatamanagement）involvestheseamlesscombinationofdifferentcommercial-off-theshelfcomponents（369 

kb/s2-waysatellitelink,1 

Mb/sunidirectionalsatellitelink,molecularsequencereductioncompressionandcaching）andrequiredthedevelopmentofqualityofservicetoolsandpolicies,totranslatescientificneedsfromnaturallanguagetoconfigurationfiles.Resultsshowedthepossibilityoftransferring,overa27-dayperiod,morethan40 

GBofdata,meetingexperimentalrequirementswithminimalexpense:

thevariablecostassociatedtothetransmissionof1 

MBofdatawasintheorderof10Eurocentsusingatwo-wayVerySmallApertureTerminal（VSAT）systemandof40EurocentsusingDigitalVideoBroadcastingSatellite（DVB-S）unidirectionalservice.AlthoughthesolutionpresentedreferstoaspecificRapidEnvironmentalAssessment（REA）trial,itsapplicationisnotconstrainedtoREAonly.Theflexiblecombinationoftechnologicalcomponentsandwell-provendatamanagementmethodologiesallowsitsapplicationtoabroaderrangeofscientificproblemsassociatedwithnear-real-timeexchangeoflargedatasets.

ArticleOutline

1.Introduction

1.1.Observationalandmodellingrequirements

2.Informationdomainsandnetworkinfrastructure

2.1.Ship–shorelinks

2.1.1.SupplementingshipboarddatalinksusingDVB-SbroadbandInternet

2.2.Dynamicbandwidthallocationandqualityofservice

3.Informationinfrastructure

4.Context-baseddatamanagementconsiderations

5.Discussionofresults

6.Conclusionsandfurtherwork

Acknowledgements

References

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38

Anefficientframeworkofemergencyresponsetofacilitatedisasterrecoveryforfire-damagedmedicalequipment–Casestudyatalargemedicalcentreafterafire 

SafetyScience,Volume49,Issue5,June2011,Pages727-734

Chia-HungChien,Sung-NienYu,Yi-YouHuang,Fok-ChingChong

Themajorroleofdisasterrecoverymanagementistorapidlyrestorethechaoticconditiontonormal,whichincludesmitigation,preparedness,response,andrecovery.Toreducesecondarydamageandloss,therecoveryprocessmustbefacilitated.Informationtechnologies（includingnetwork,web-based,computer,andrelatedsoftwaretools）speeduptheworkprocesstorapidlydeliverdisasterinformationtotherelateddepartment.Inthispaper,weshareanexperiencethatusedaframeworkofemergencyresponse,includingasimplepre-operatingprocessandaweb-basedinformationsystem,toeffectivelymanageandcontroldamagedmedicalequipmentafterafireaccidentinahospitaloperatingroom.Thisweb-basedinformationsystemwasbuiltinonly2 

weeksandwasusedtomanagealargeamountofmedicalequipmentaffectedbythefire.Sincethen,iteffectivelypreventedtheinterruptionofclinicalworkat22clinicalunitsbysupportingthereconstructionactivities.

1.1.Emergencymanagement

1.2.Informationtechnologyusedinemergencymanagement

1.3.AFiredisasterevent

1.4.Thecollectionanddistributionfordamagedmedicalequipments

1.5.Dataofdamagedmedicalequipmentswereprocessedtoinformationmanagement

2.Methods

2.1.Developmentflow

2.1.1.Pre-processing

2.1.2.Buildingthedatabase

2.1.3.Thearchitectureofweb-basedinformationsystem

2.1.3.1.Operationaldatabases

2.1.3.2.Webserver

2.2.Systemwebpages

2.3.Developmentkits

3.Results

4.Discussion

5.Conclusion

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Researchhighlights

►Anexperienceofdisasterrecoverymanagementwasprovidedforalargeamountoffire-damagedmedicalequipmentsinahospital.►Asimpleemergencyprocedurewasbuiltbyinformationtechnologywithlowcostandhighefficiency.►Anavailableoperatingprocedurecouldbeestablishedfortheemergencyresponsemanagementplanofmedicalequipmentsinahospital.

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AFrenchnetworkofbipolarexpertcentres:

Amodeltoclosethegapbetweenevidence-basedmedicineandroutinepractice 

JournalofAffectiveDisorders,InPress,CorrectedProof,Availableonline7December2010

ChantalHenry,BrunoEtain,FlavieMathieu,Auré

lieRaust,Jean-FrancoisVibert,JanScott,MarionLeboyer

Background

Bipolardisordersareamajorpublichealthconcern.Effortstoprovideoptimalcarebygeneralpractitionersandpsychiatristsareunderminedbythecomplexityofthedisorderanddifficultiesinapplyingclinicalpracticeguidelinesandnewresearchfindingstothespectrumofcasesseenindaytodaypractice.

Method

Anationalnetworkofbipolarexpertcentreswasestablished.Eachcentrehasestablishedstronglinkstolocalhealthservicesandprovidessupporttocliniciansindeliveringpersonalizedcareplansderivedfromsystematiccaseassessmentsundertakenatthecentre.

Results

Acommonsetofdiagnosticandclinicalassessmenttoolshasbeenadoptedateightcentres.Evaluationsareundertakenbytrainedassessorsandcross-centrereliabilityismonitored.Awebapplication,e-bipolar©

isusedtorecorddatainacommoncomputerizedmedicalfile.Anonymizeddataisenteredintoasharednationaldatabaseforuseinmulti-centreauditandresearch.

Conclusions

Insteadofofferingtreatmentadvicebasedonclinicalpracticeguidelinesrecommendationsforselectedsub-populationsofpatients（a‘top-down’approach）,theFrenchbipolarnetworkofferssystematic,comprehensive,longitudinal,andmulti-dimensionalassessmentsofcasesrepresentativeofgeneralbipolarpopulations.This‘bottom-up’strategymayofferamoreefficientandeffectivewaytotransferknowledgeandshareexpertiseasthereferrercanappreciatetherationaleunderpinningsuggestedtreatmentprotocolsandmorereadilyapplysuchprinciplesandapproachestoothercases.Thenetworkalsobuildsaninfrastructureforclinicalcohortandcomparative-effectivenessresearchonmorerepresentativepatientpopulations.

1.Introduction

2.Centredevelopment

2.1.Rationale

2.2.Siteselection

2.3.Workinggroupsandtraining

3.Centreactivity

3.1.Referralcriteriaandeligibilityforassessment

3.2.Datacollection:

electronichealthcarerecordsystemandnationaldatabase

3.3.Assessmentprocedureandreport

3.3.1.Pre-screening

3.3.2.Standardizedassessmentpackage

3.3.3.Follow-upassessments

3.3.4.Clinicalreport

3.4.Research:

scientificissues

Roleoffundingsource

Conflictofinterest

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Theroleofdesign-principlesindesigningcoursesthatpromotecollaborativelearninginhigher-education 

ComputersinHumanBehavior,Volume25,Issue5,September2009,Pages1067-1078

YaelKali,RachelLevin-Peled,YehuditJudyDori

Design-patternsanddesign-principlesrepresenttwoapproaches,whichelicitdesignknowledgefromsuccessfullearningenvironmentsandformulateitasdesignguidelines.Thetwoapproachesarefairlysimilarintheirstrategies,butdifferintheirresearchorigins.Thisstudystemsfromthedesign-principlesapproach,andexploreshowlearningisaffectedbycurriculum-materialsdesignedaccordingtotwomaindesign-principles:

（a）engagelearnersin