11 Cell-phone Based iDART Clinic Application for.
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Transcript of 11 Cell-phone Based iDART Clinic Application for.
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Cell-phone Based Cell-phone Based iDART Clinic ApplicationiDART Clinic Application
forfor
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IntroductionIntroduction
About Cell-Life About Cell-Life iDARTiDART
intelligent Distribution of Anti-Retroviral Treatmentintelligent Distribution of Anti-Retroviral Treatment
The problem we addressThe problem we address ARV dispensing problems in resource constrained ARV dispensing problems in resource constrained
areasareas
The SolutionThe Solution Cell-phone based ARV distribution and monitoring Cell-phone based ARV distribution and monitoring
applicationapplication
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Process
Pharmasist
Patients
DeliveriesRemote service point
Deliveries
Patients
Patients
Patients
Patients
PatientsRemote service point
Physical network
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OutcomesOutcomes
Our project hopes to achieve:Our project hopes to achieve: An iDART clinic application that is An iDART clinic application that is
deployed on a cell-phone.deployed on a cell-phone. A client-server relationship between the A client-server relationship between the
pharmacy server and a cell-phone(s).pharmacy server and a cell-phone(s). A wider distribution of ARV dispensing A wider distribution of ARV dispensing
software.software. A greater reach for the pharmacist. A greater reach for the pharmacist.
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ConsiderationsConsiderations
Usability of interface on a mobile phoneUsability of interface on a mobile phone SecuritySecurity
Sensitive dataSensitive data Cell-phone theftCell-phone theft Authentication Authentication
Availability of network coverageAvailability of network coverage Ongoing research on mobile technologiesOngoing research on mobile technologies Ethical considerationsEthical considerations
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RisksRisksRiskRisk MitigationMitigation
Apps not compatible on Apps not compatible on Multiple platformsMultiple platforms
Compile list of compatible Compile list of compatible phonesphones
Poor adaptation to systemPoor adaptation to system Participatory designParticipatory design
Delay in design sessionsDelay in design sessions Use of design personasUse of design personas
App. does not fit a particular App. does not fit a particular clinic’s processesclinic’s processes
Modular implementationModular implementation
Overlooking previous workOverlooking previous work consultationsconsultations
Hardware theftHardware theft Tight monitoringTight monitoring
Network coverageNetwork coverage Use store-and-forward Use store-and-forward methodsmethods
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Resources Programming environment
• J2ME on Series60 platform• Carbide.j with Eclipse for development• Mobile Emulator like Nokia Prototype SDK
Equipment• Camera phone – Nokia N Series• Zebra label printer for pharmacy • PC with development software, cables and bluetooth.
People• Cell-Life supervisors – Sarah Brown, Melissa Loudon• Cell-Life Mobile Application developers – Kieran Sharpey-
Schafer, Rashid Limbada • Pharmacist at Desmond Tutu HIV Centre
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Work allocation
Storedata DB proxy
iDARTdatabase
Camera API
Barcode software
Label printer
Barcodecamera
Mobile Comm. protocol
Clinic application
Raw data
Application Interface
Chimbala’s section
Alfred’s section
- dependency
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TimelineMay June July August September October
29 06 13 20 27 03 10 17 24 01 08 15 22 29 05 12 19 26 02 09 16 23 30 07 14 21 28
Setup mobile environment
25/5 bg. Chapt.
31/7 design. Chapt.
1/8 prototype demos
24/9 exp. writeup
Create barcode
DB proxy
Legend:Alfred’s partChimbala’s partCombined partDeadline
1/10 impl. Chapt.
19/10 final report
Integrate mod.
Test barcode
Test sending
Experiment writeup
Print barcode
Receive DB data
Test application
Compile first mobile app
Design barcode encoding
Design comm. store and forward
Consolidate designs
Prototype Application
Write report
date.
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Conclusion
Project to deliver a cell-phone based ART distribution application
Divided into two sections; scanning and network communication
Questions?
THANK YOU!!!