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Rüdiger Breitschwerdt Aileen Collier Rick Iedema Oliver Thomas
Collaborative Design of
Process-Aware Information Systems on Handheld Devices for Mobile Health Workers
Living Lab Business Process Management Research Report, Nr. 7, Oktober 2013
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www.living-lab-bpm.de
Living Lab Business Process Management Research Report
Herausgegeben von
Prof. Dr. Oliver Thomas Universität Osnabrück Fachgebiet Informationsmanagement und Wirtschaftsinformatik Katharinenstraße 3, 49074 Osnabrück Telefon: 0541/969–4810, Fax: –4840 E-Mail: [email protected] Internet: http://www.imwi.uos.de/ Bibliografische Information der Deutschen Nationalbibliothek
Die Deutsche Nationalbibliothek verzeichnet diese Publikation in der Deutschen National-bibliografie; detaillierte bibliografische Daten sind im Internet über http://dnb.d-nb.de abrufbar.
ISSN 2193–777X
Zitationshinweis
Breitschwerdt, R.; Collier, A.; Iedema, R.; Thomas, O. (2013): Collaborative Design of Pro-cess-Aware Information Systems on Handheld Devices for Mobile Health Workers. In: Thomas, O. (Hrsg.): Living Lab Business Process Management Research Report, Nr. 7, Osna-brück, Living Lab BPM e.V. Das Werk einschließlich aller seiner Teile ist urheberrechtlich geschützt. Jede Verwertung ist ohne Zustimmung des Living Lab Business Process Management e.V. unzulässig. Das gilt insbesondere für Vervielfältigungen, Übersetzungen, Mikroverfilmungen und die Ein-speicherung und Verarbeitung in elektronischen Systemen.
Copyright © 2013 Living Lab Business Process Management e.V. Living Lab Business Process Management e.V. Universität Osnabrück Katharinenstraße 3 49074 Osnabrück www.living-lab-bpm.de
Collaborative Design of Process‐Aware Information Systems on Handheld Devices for Mobile Health Workers
RüdigerBreitschwerdt1,AileenCollier2,3,RickIedema3,OliverThomas1
1ChairinInformationManagementandInformationSystems,UniversityofOsnabrück
Katharinenstraße3,49074Osnabrück,Germany{ruediger.breitschwerdt|oliver.thomas}@uni‐osnabrueck.de
http://www.imwi.uos.de/
2FlindersUniversity,PalliativeandSupportiveServices,RepatriationGeneralHospitalGPOBox2100,Adelaide5001
[email protected]://www.flinders.edu.au/
3UniversityofTechnology,SydneyJonesSt.,Building10,Level5Broadway,NSW2007,Australia
[email protected]://www.centreforhealthcom.org/
Services increasingly gain importance but the usage of corresponding guide‐lines in field scenarios hasnot beenparticularly supportedby IT.This paperwill suggest an approach to process‐aware information systems on portabledevicesintegratingtheusersthusaddressingthischallenge.Scenariosforjointmodelinganddevelopmentconsidering therequirementsof fieldservicepro‐viderswillbe studied tomeet thedemandedspecifics forworkflow tool sup‐portorrepresentation.Findings includeaweb‐basedmodeling toolselection,are evaluated with a use case in Australian palliative community nursing topresentexperiencesgenerallyworthwhileforsuchacollaborativeinitiative.
Keywords: Process modeling, Process‐aware information system, Workflow,Fieldservice,Palliativecare.
1 Introduction
Thedemandformobileservicesrisessteadilyandaffiliatedperformancequalitydependsagreatdealontheavailabilityofinformation(SherryandRatzan2012).Thatiswhytheuseofmoderninformationtechnology(IT)haspotentials:notonlytoavoid/correctmis‐takesbutalsotoimproverelationstotheclientortosupportdecisionsthusboostingout‐comes;forinstancewithawidelyavailableinformationbasisandhenceresultinginanac‐celeratedorientationforserviceproviders(Varshney2007;Akessonetal.2007;BatesandBitton2010).Therefore,manyinitiativesattempttoraiseefficiencyandqualityusingIT–alsoinfieldscenarios(Jhaetal.2008).Withadequatemodelingandelectronicprovisionofworkflowinformation,processqualitycouldbesupportedintheseenvironments(BergandToussaint2003).
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Ammenwerthetal.(2010)requestcontemporarydataaccessmeansasanecessityforusableITinfrastructure.PositiveresultsforfieldserviceworkersusingmobileITapplica‐tionsaredescribedbyLegneretal.(2011),Birkhoferetal.(2007).AlthoughmobileITso‐lutionshavebeenexisting foryears (Tachakraetal.2003), therestill isdemand in fieldscenarios (Pryss et al. 2011;Wälivaara et al. 2009). Todate,most of portable solutionshavebeenanalyzedorevaluatedfor‘immobile’scenarios,e.g.inhospitalsordoctors’prac‐tices(Chatterjeeetal.2009;Breitschwerdtetal.2011).
FieldenvironmentsasinhomecareorambulancesstilllackIT‐supportedworkflows.There,correspondingstandardsandguidelinesdoexistandprovideinformationonindi‐cation,symptomsandexecutionofcareactivitiesormedication(SchoenbaumandGottlieb1990).Aportabletoolintuitivelyrepresentingthemmissesatthepointofcare:Ambulantproviderswouldthusbesupportedtoefficientlydeliverhighquality.Clientsshouldalsoprofit from the improved availability of – e.g. evidence‐based – information(Breitschwerdtetal.2011;Sadeghietal.2011).
It is explored subsequently how process‐oriented support can be realized tomeetmobile serviceproviders’need,here in thehealth arena.Consideringprospectiveusers’perspectiveshouldherebygenerateacceptance(Legneretal.2011).Therefore,welookatrelatedwork(chap.2)beforedefining(3),executing(3.1‐3.3),evaluating(4)anddiscuss‐ing(5)ourapproach.
2 Related Work
Process‐orientation represents an important instrument for ensuring quality (Lenz andReichert 2007). Breitschwerdt et al. suppose information deficits of mobile healthcareproviders regarding mandatory workflows. Modeling them could help with generatingadded value like achieved inmobile service industries also focusing on complex caringprocessesanddocumentation(Walter2009).Technicalfieldserviceprovidersareseeninanalogy(Breitschwerdtetal.2011;Rügge2007;Rügge2003;PicotandSchmid2007)be‐causeofsimilar(Winston1980)work(esp.complex‘maintenance’).
Here,theauthorsfocusontreatmentprocesses:prevention,diagnosis,therapy,nurs‐ing/ care and other client‐centered workflows. Compared to administrative processesthey are of higher complexity and therefore offermorepotential for support (Lenz andReichert2007).Standardslikeexpert‐consentedorevidence‐basedguidelinesarisemoreandmoreamongst them.Thesestandardizationeffortsare challengingbutcanbe facili‐tatedbyIT(Pedersenetal.2011).Inturn,theyrepresentabasisforIT‐supportedexecu‐tion(Kaiseretal.2011). IT, though,needstobe integrated further intoservicedelivery:workflowrepresentationshelpbetteriftheyarenotsimplypublishedonline,butembed‐dedusingprocess‐oriented systems. Thosehelpwith defining and setting standards re‐ducingcostswithoutalossofquality(BergandToussaint2003).Also,theyorganizetheinformationprovidedalongtheworkflowandaretobeflexiblyadjusted.Thatfunctionali‐ty is attributed to process modeling respectively process management tools (Lenz andReichert2007;Reichert2011;BenDhiebandBarkaoui2012).Amongst them,toolsrun‐ningonmobiledevicescurrentlygainsignificance(Pryssetal.2011;Houyetal.2011).
Process‐aware information systems (PAIS) supportworkflows based on underlyingprocessmodelsthuspreservinguserrequirementsandconfidenceinreliable,correctsys‐temoperationsbefore itsdeployment (Mansetal.2010).PAISprovideallphasesof theworkflowlifecycle,i.e.itsspecificationanddesign,developmentandconfiguration,valida‐tion test and implementation (Reichert2011;Mansetal.2010).Onmobiledevices they
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can be key for integrating such support into field service delivery like ambulant care(Pryssetal.2010;Pryssetal.2011;Breitschwerdtetal.2011).
3 Approach to Collaborative Realization in a Field Scenario
Awell‐definedprocedureisnecessarytoeventuallyachieveanimprovementforthisfield:Integratingdesign‐orientedmethodologiesforbothinformationsystems,ase.g.inHevneretal.(2004),Hevner(2007),Österleetal.(2010)andhealthcare(Rouse2009)ispursued,here:weconductiterativerevisionsthusapproachingtofindinnovativeproblemresolu‐tionsby
1. definingmethodsto
2. identify, describe problems in application domain as in the context of field serviceprovidershere,beforewe
3. createandevaluateourartifactsolutionsbasedontheprevioussteps.
Figure1.Guidelines,algorithmsorlegalaspectsneedtoberepresentedinprocessmodelsforex‐pert/userfeedbacksothattransferofvalidprocessestouserinterfacesofaPAISsucceeds
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Asmethodsserveanalogy,focusgroups,theintegrationofworkshop‐basedandvirtu‐alenduser feedback fordevelopmentofartifacts likerequirements,processmodelsandsystems.Applicationscenarios (Frank2010;BergandToussaint2003)and– forevalua‐tion–ausecaseanalysis(Mouttham2012)inchapter4wereusedtochecktheviabilityofour solutions. The challenges described throughout the previous chapters – here e.g.guidelinestoberepresentedinmodelsforsolutiondevelopment(seeFig.1)–andthere‐quirementsascollected inchapter3.1aretheproblemstobeaddressed.Sinceeffective‐nessofITisacomplexcollaborativeachievement(LenzandReichert2007;Moutthametal.2012;Anetal.2009),weconsideredjointdesign,developmentand(test)usage(com‐bined:creation)concerningsoftwareanddeviceswiththeusers(e.g.byfeedback‐enabledworkflowmodeling).During thewholeapproachwe involve them forcollaborativesolu‐tionconception(Anetal.2009;vandeKaranddenHengst2009;Lee2007;Pedersenetal.2011;Ammenwerthetal.2010).
3.1 Approach to Collaborative Realization in a Field Scenario
The profile of stationarywork scenarios as per Pryss et al. (2011) has certain require‐ments also valid for field service delivery, e.g. synchronization, “physical problems likebrokenconnectionsormal‐functioningdevices(…)tobehandledbythesupportinginfra‐structure,butwithoutburdeningusers”.Buttheylacksomespecificonesdifferingmostlyregarding additionalmobility and information needs demanded (Chatterjee et al. 2009;Breitschwerdtetal.2011).AnalogtoPryssetal.(2011),weelicitedrequirementsR1‐R11(seeTable1)byscrutinizingdifferentfieldapplicationscenarios,e.g.of
communitynurses
paramedics,
rescuestaffactingindisastermanagementor
specifichomecareproviders(e.g.physicaltherapistsvisitingpatientsathome).
Theywereconfirmedduringconsecutive twohour focusgroupsessions(Tongetal.2007;vandeKaranddenHengst2009):oneinlate2011withtwelve(physicians,nurses,therapists,managers,ITadministrators)thenoneinearly2012withfive(nurses,manag‐erswithnursingbackground,ITadministrator)staffofAustraliancommunityhealthcareproviders(Tongetal.(2007)setaminimumoffour,vandeKaranddenHengst(2009)ofsix participants) from the Sydneymetropolitan area. Afterwards, we refined themwithfourITdevelopersholdingaB.Sc.degreeinInformationSystemsandaparamedicwithaMaster degree of the same subject. Finally,we categorized themas perMoutthamet al.(2012)foreasierallocationduringfurtherdevelopmentefforts.Therequirementsalsore‐flect(cp.R9)thatambulantserviceprovidersasusersareoftenontheflyandvirtuallyin‐teract with coworkers via mobile devices (Mouttham et al. 2012; Breitschwerdt et al.2011).
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Table1.RequirementsidentifiedforPAISinfieldscenario
No. CategoriesaccordingtoMoutthametal.(2012)
Enduserrequirements Sampleconsequencesfordevelo‐pment
R1 Processes Intuitivelyunderstandablerepresentationofprocess‐esandinstancesistobesupported.
Deliberateselectionofprocessmodelinglanguage.
R2 Processes Processesinsystemmustbecomplianttomedicalguidelines,pathways,etc.
Useofstandardized/recom‐mendedprocesses.
R3 Processes/Data
Attachingdatatoexecutedprocessinstancesforpost‐processing,esp.viafree‐textentryfields,needstobepossible.
Enablingdatatransferwithoth‐ersystemsoftheprovider.
R4 Data Dataisexchangedcompat‐iblywithstandardinterfac‐es.
Datacreated/processedshouldbee.g.DICOM,HL7‐compliantforintegrationintoenterprisearchitecture.
R5 Data Systemconceptionfollowsdatasecurityandprivacyrequiredbypatient,care‐giverandlaw.
Thesystemconceptionneedstoconsiderdifferentnationallawsinaninternationalsetting.
R6 Data/Technology
interoperability
Thesystemenablesarti‐fact‐based(back‐)officeprocessing.
Offeringe.g.‘print‐to‐PDF’func‐tionality.
R7 Data/Technology
interoperability
Easyinvite‐functionalityforsharingpatient‐relateddatawithauthorizedper‐sonsmustbeprovided.
User/roleconceptanddatase‐curityaccordingtolegalre‐strictionsapplying.
R8 Technologyinteroperability
Theinstallationandupdateofthesoftwareiseasyandfast.
Softwareversiondeploymentprocedureneededfortesting.
R9 Technologyinteroperability
Thesystemrunsbestpos‐siblyplatform‐independentonstationaryandmobiletouch‐screendevices.
Certainadequateoperatingsys‐temsneedtobeconsidered.
R10 Technologyinteroperability
Thesolutionneedstobelowcostsincefundingcrit‐icalinthedomain,especial‐lyitsambulantscenarios.
Useofexistingsystemstobepursued(individualsolutionscostly):Freeoropensourcesoftwaremightbepreferred.
R11 Technologyinteroperability
Asupportandmaintenanceconceptisrequired.
Administratorrolesandeventlogginghavetobeconsidered,apotentialhandovertothepro‐vider’sITserviceprepared.
3.2 Process Representation for Conceptual Modeling
Modeling as a necessary step during requirements engineering means abstracting andcapturing theessence for facilitating the interactionwith theusers (BergandToussaint
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2003).Anadequateprocessmodeling languageasabasicprerequisitealsohelpswithasuccessfulimplementatione.g.of(clinical)pathwaysorguidelines(Reichert2011;Junetal.2012).Forintegratinghealthcareprocessknowledgeintoinformationsystems,ithastobe computer‐interpretably or even formallymodeled for executable usage (Kaiser et al.2011;Mansetal.2010).That“translation” intosuchaconceptualmodel isstillcomplexfroman interdisciplinary (here:healthcarevs. informationsystems)domainperspectiveanddifficultsinceitneedstobecompleteforsuccessfulimplementation(Mans2010;BergandToussaint2003).
Meanwhile,standardprocessmodelinglanguageslikeBusinessProcessManagementNotation(BPMN)havebecomewidespreadalternativesforconceptualmodelingandanal‐ysesofworkflows(Peleg2011;BeckerandJaniesch2008;Petersenetal.2010).However,theauthorshaveonlybeenawareeitherofusagecontexts instationaryscenariosornotspecificallyforambulantcare(Pryssetal.(2010),Pryssetal.(2011)analyzevariousfielddomainsatonce).CorrespondingtoR1,weproposetheuseofBPMNsolelyfortheseenvi‐ronments:thislanguageissupposedtobeeasilyunderstandableevenforusersinexperi‐enced with or beginners in modeling (OMG 2006), such as field service providers likecommunitynursesorparamedics.Atthesametime,it isadvocatedandpreferred,e.g.toUML, for servicemodeling (HeßandMeis2011).Therefore,weuseBPMN tobridgebe‐tweenconceptualizationandimplementationoftheprocessesfortheusersneedingtoun‐derstandthem.Workflowrepresentationthusenhancedmakestreatmentsmoretranspar‐ent for stakeholders other than the aforementioned ones: this would concern patients,theirrelativesand–asasynergy–designersofotherdomain‐specificsupportingsystemsrespectivelysolutions(Kaiseretal.2011).Thatiswhyanintuitivenotationmattersespe‐ciallyformodelrepresentation.
3.3 Alternative Toolset Options
Theoutcomesof carecanbeenhancedwhen implementingworkflows into (clinical) in‐formationsystemssothattheyareenabledtoprovideadvancedmechanismsasrequiredbyindividualdecisionsupportorcaredelivery(Kaiseretal.2011).AsPryssetal.empha‐size, the IT infrastructure for such an approach must be user‐friendly for proper con‐figurationofprocesses,services,devicesorapplications(2011).
Todate,atleast70differenttoolssupportBPMN(OMG2012)thusfulfillingR1.Con‐sideringfinancialrestrictions(R10)andthedemandedmobility(R9)asparamount,cost‐/time‐saving(R8)andwebbrowser‐basedtoolsdeployableonsmallportabledevices likesmartphonesorpad/tabletPCs(Breitschwerdtetal.2011)werelookedfor.
Yanetal.(2011)recommendOryxassuchaBPMNtool.Sincenolongeronlinetoday(seewww.oryx‐project.org),weanalyzedbothSignavio(academic.signavio.com)originat‐ingfromOryx(KunzeandWeske2010)andits‘derivate’Activiti(activiti.org).NoneoftheothertoolsanalyzedinYanetal.(2011)iscapabletosupportweb‐basedmodeling.Sowesearchedthegiven70incomprehen‐sivemannerforanyotherfulfillingthatcharacteristicandidentifiedsuitesofOracleBPMSuite(www.oracle.com/us/technologies/bpm/suite/),Rigrr (rigrr.rapilabs.com), Inubit (www.inubit.com/en/inubit‐suite.html), IYOPRO(www.iyopro.com),Cordys(www.cordys.com/bpms‐business‐process‐management‐suite),EMC Documentum xCP (www.emc.com/products/detail/software/xcp‐business‐process‐management.htm), SkeltaBPM.NET(www.skelta.com/products/bpm/overview.aspx),ProcessMaker(www.processmaker.com)andjBossBRMS (www.redhat.com/products/jbossenterprisemiddleware/business‐rules/).However,mostof themhavenotbeensup‐portinguseof their full functionalitiesonmobiledevices, so far; theyonlyofferprocess
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design,notexecutionviabrowser,too(seeTable2withfeaturesrelevantfortherequire‐mentsidentified).
Activiti comprisesallnecessarycomponents toserveasacomprehensivePAIS itselfandrunsonmobileiOSdevices.Signaviodoesthelatter,too,butisamodelingtoolinthefirstplace.Incomparison,itdoesnotrequireanyuser‐driveninstallationandadditionallyoffersaroleconceptwithinviteoptions(cp.R7),print‐to‐PDF(cp.R6),commentingfea‐tures,automatedversioningandglossaryaswellassyntaxchecking.Thesefeaturesmakeitsuperiortoother,costliertoolsrunningonmobiledeviceslikefromCordysandInubit.Requirements2,4,5and11arerathernotaffectedbythetoolchosenandwerethereforenotconsideredinthissection.
Table2.Featuresofbrowser‐basedBPMNtoolsforPAISrealizationfieldenvironment
4 Evaluation
4.1 Case Study in Ambulant End‐of‐Life Care Scenario
Wehaveevaluatedourapproachbymeansofstudyingausecaseinthecontextofanin‐ternationalprojectintegratingbothresearchersfromInformationSystemsandHealthSci‐encedomains.Australiancommunitynursingproviderswereinvolvedasprospectiveus‐ersfromamobileservicefield.Sincepartofanintercontinentalinitiative,follow‐upsandwork(e.g.theworkflowmodeling)betweenoraftermeetingsonlyhappensviaphoneormostlyvirtuallybecauseoftimezonedifferencetoEurope.
Palliative care representsa complexdomaindealingwith individualphysical, social,psychologicalandspiritualneedsofpeopleintheprocessofdyingfromalife‐limitingcon‐
Feature
Signavio
Activiti
Rigrr
Cordys/Inubit
EMC/
Oracle
IYOPRO
ProcessMa‐
ker/jBoss
BRMS
Skelta
Workflowengine/supportsprocessexecutionasinstances(cp.R3)
no yes no yes yes yes;butnotinfreever‐sion
noornotviabrowser
notviabrowser
Clientinstallation(s)required(cp.R8)
no yes no yes yes yes yes yes
Specifiedcompati‐blewithmobileplatforms(cp.R9)
iOS iOS no yes no no no no
Freeware(cp.R10),notconsideringsupport
onlyforre‐search
yes yes no No yes(forfreeversion)
yes no
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dition (Moutthamet al. 2012; vonReibnitz andNussbaumer2011; Sadeghi et al. 2011).Recognizing death as the final stage of life, paramount goal is integrating holistic ap‐proaches toassessandensuretheconcernedpersons’qualityof life.Thiscomprisese.g.supportingthedyingandtheirrelativesaswellasprovidingrelieffromsymptoms/pain(KralikandvanLoon2011,pp.370‐371).
Per year, about 140,000Australians (most of them70 years or older) decease. Thedemographicallyagingpopulation(KralikandvanLoon2011,p.63:25%shareofthepop‐ulationolderthan65yearsby2040)andpatientssurvivingtheirchronicillnesseslongerwill increasetheneedfor(palliative)careadditionally(Moutthametal.2012;Gianchan‐dani2011).Eventodate,specialistend‐of‐lifecarecannotbeprovidedineverycase.Thatis why Australian initiatives, especially Palliative Care Australia(www.palliativecare.org.au), try to integrate it into generalist community nursing. Thistargetsthateachdying individualcanbe lookedafterbyprimarycareproviders,usuallycommunitynursesnottrainedforend‐of‐lifesituations,withinputfromspecializedstaffwhen/ ifnecessary.Affiliatedservices requiredhave tobeaddressedbydevelopmentofnovelprovisionmodels(KralikandvanLoon2011,pp.370‐371),toensurequalityespe‐cially fornursing inpatients’homes(Moutthametal.2012;SegalandLeach2011).Thissettingisinterestingfortworeasons:1.regularcommunitynursesneedtodeliverpallia‐tivecarebecauseofalackofcorrespondingspecialistnurses,2.everyhealthcareprofes‐sional is likely to face end‐of‐life situations (KralikandvanLoon2011,pp.373‐374). Inanycase,thecaregiversrequireadditionalinputtoreachanadequateskilllevel.
Also,(community)palliativecareisacollaborativeusagescenariowhereIT‐basedso‐lutionscanprovideasignificantdealofhelp(Johnstonetal.2012;Martinezetal.2009),notonlyininpatient(Ashetal.2012;Hongetal.2009)butevenmoreinremote(McCalletal.2008;Pitsillideset al.2006)outpatient settings (Sadeghi et al. 2011;Wälivaaraet al.2009).Australiaisavastlandandcommunitynurseseveninmetropolitanregionshavetotake rides from one patient to another for hours and use advanced mobile IT likesmartphonesandpadsonaregularbasis.Moutthametal.recommendedmobiledevicesaswellasuseofprocessandguidelinemodelsinthisenvironment,butnotconsideringcol‐laborative conception (2012). However, goal of this project had been to jointly modelworkflowsanddevelopaPAISforgeneralistcommunitynursestogettoknow,initiateandcontinueend‐of‐life careasper theLiverpoolCarePathway for theDyingPatient (Eller‐shaw andWilkinson 2003) (LCP; seewww.mcpcil.org.uk/liverpool‐care‐pathway/): thatmeansprovidinginformationanddecisionsupportonportabledevices,e.g.concerningdi‐agnosisofdying, guidelines for symptommanagement,painassessmentprompt,nauseaandvomitingpromptaswellasguidingthroughdatalikevitalsignstobecollected.
4.2 Results
Inordertochallengethefindingsofchapter3wecross‐checkedthemagainsttheafore‐mentionedproject.Theyprovednotonlymostlyvalidthroughout iterativepersonalandvirtualcollaborationwithpalliativecareprovidersincludinggeneralistcommunitynurses,specialistpalliativenurses,theirmanagementandITadministratorsoverseveralmonths.Wealsoassessedtheminaworkshopwithexpertsforinformationsystemdevelopment,nursingandITinfrastructure.
Thismostlyconfirmedtherequirements,butwithinterdependentpreferencesonthecase‐specificsignificanceforrealization(seeTable3).Someaspectsweremorenegligible,e.g.R11,thanothers.Alreadyforthemodelingphase,awebbrowserbasedtoolrequiringbasicallynotanyinstallationhadbeenmandatory.TheOryx‐basedtoolswerepreferredto
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theothersbecauseof their iOScompatibility.Activitiwith itspartlycomplex installationandmulti‐componentusagewasdenied,however.Therefore,Signaviowasusedformodel‐ing and commenting, even though not providing direct process execution as instances.ThusrequiringadditionaldevelopmenteffortstorealizethePAIS,aworkflowenginetobeconnectedandaway to transfer theprocessmodels therehad tobecomeupwith.ThiswasachievedbymeansofanexportfromSignavioviabpmn.xmlformatforfurtherhan‐dlinginthePAIS(seeFig.1forscreenshotsofsamplerealizationasan‘app’).
Table3.Evaluationifrequirementsinambulantscenario
No. Enduserrequirements Applicationsuccessfulincase
R1 Intuitivelyunderstandablerepresen‐tationofprocessesandinstancesistobesupported.
Yes,BPMNapprovedasprocessrepresen‐tation.
R2 Processesinsystemmustbecompli‐anttomedicalguidelines,pathways,etc.
Yes,ismaintainedbyuseofexpert‐consentedLCP
R3 Attachingdatatoexecutedprocessinstancesforpost‐processing,esp.viafree‐textentryfields,needstobepossible.
Yes,requested,butnotpossiblewithselect‐edtool,additionaldevelopmentforrealiza‐tionhastofollow.
R4 Dataisexchangedcompatiblywithstandardinterfaces
Yes,datacreatedwith/processedbysystemshouldbeHL7‐compliantforlatercouplingwithexistingclinicalinformationsystem.
R5 Systemconceptionfollowsdatasecu‐rityandprivacyrequiredbypatient,caregiverandlaw.
Yes,Australianlegislationneedstobeap‐plied;ifuseconsideredforothercountrypartneringintheprojectthataspecthastoberevisited.
R6 Thesystemenablesartifact‐based(back‐)officeprocessing.
Yes,‘print‐to‐PDF’functionalityrequired(featuredbySignavioduringmodeling,tobeimplementedinPAIS).
R7 Easyinvite‐functionalityforsharingpatient‐relateddatawithauthorizedpersonsmustbeprovided.
Yes,invitingcolleaguesandpatientrelativesrequired.Userandroleconceptexistinse‐lectedtool,additionaldevelopmentforreali‐zationinworkflowenginehastofollow.
R8 Theinstallationandupdateofthesoftwareiseasyandfast.
Yes,theusersdislikeinstallingsoftwarere‐spectivelysystemsmoreoftenoratall.De‐liveryviamostcommon‘app’storeswouldbewelcomed.
R9 Thesystemrunsbestpossiblyplat‐form‐independentonstationaryandmobiletouch‐screendevices.
Yes,especiallyAppleiOSoperatingsystemshouldbesupportedforusers’mobiledevic‐es.
R10 Thesolutionneedstobelowcostsincefundingcriticalinthedomain,especiallyitsambulantscenarios.
Yes,thesolutiontobedevelopedcannotbefundedadditionallybytheprovider.Onlyfreewaretoolswiththenlimitedfunctionali‐tycanbeselected.
R11 Asupportandmaintenanceconceptisrequired.
Yes,ahandovertoproviders’ITserviceforpost‐livesupportispursued,buttofulfillR10oflimitedsignificance.
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5 Discussion and Outlook
Wehaveelicitedrequirements,recommendedBPMNasacorrespondingprocessmodelingnotationincludingcorrespondingtoolsanddevelopedarepresentationapproach.
Thatwaspracticallychallengedbyapalliativecommunitynursingcaseaccordingtoaclinicalguideline.Thedegreeofintegrationofusersandtheirspecificneedswhilegener‐atingthesolutions,especiallymodelingtheworkflows,hasbeenadvancedregardingPAISconceptioninambulantscenarios.Someoftherequirementscouldbeaddressedbymeansofmobileapplicationsystemsrunningfreewareprocessmanagementtoolsforbothmod‐elinganddevelopingaPAIS.
Accordingtodesignscience,theevaluationshowsthatourapproachhasprovidedin‐sighttoaproblemoffieldservicedeliveryandsomemeasurestoaddressit.However,itisratheraqualitative‐argumentativeexperiencereportthananempiricalstudyfordemon‐stratingitspracticalusefulness.Morecaseswillbeneededtoproveitsoverallvalidity,pri‐oritizerespectivelydiscoveradditionalrequirementsormoresophisticatedwaystorepre‐senttheprocessesandtheirinstanceswithadequatetoolsupport.
Predefinedworkflowsrepresentsignificantroutinestofollow.However,theydependinteractivelyonsituation,mightalwaysbedecontextualized,incomplete,quicklyoutdatedandhave to be correctly interpreted (Berg andToussaint 2003). If this kind of process‐orientedsupportisprovidedviamobileITsystems,acceptanceofthesystemamongstus‐erslikecommunitynursesneedstobedetermined(Zhangetal.2010).Sameappliestotheclients’sidewhoaresuspiciousoftoolsforcorrectprovisionofservice(LenzandReichert2007)andwanttobeinvolvedmoreaboutproviders’ITuseintheirhomes(Wälivaaraetal.2009).Additionally,apositiveimpactontheoutcomeshastobeproven.Helpfulprovesthatmanyfieldserviceprovidersdoalreadyusemobiledevicesforprofessionalreasons:aPAISdeployedonthatcouldhelpwithlearninganddeliveringcertainservices(LenzandReichert2007)especiallyinundersuppliedmoreruralorvastareas.
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