1. Porting a Clinical Mobile Device Application from iPhone to Android using Online Collaboration:a Case Study using NeuroMind Jonathan C. Lau, MEng, MD Candidate, Queen’s University Pieter Kubben, MD, PhD, Maastricht University
2. Objective To present our experiences porting a clinical mobile device application, NeuroMind, from iPhone to Android Successes we’ve obtained Challenges of online collaboration
3. Outline What is NeuroMind? Our Collaboration Why Android? Project Planning Project Development Challenges Future Work
4. Outline What is NeuroMind? Our Collaboration Why Android? Project Planning Project Development Challenges Future Work
5. NeuroMind A mobile device application developed originally for the iPhone by Dr. Kubben Specifically designed as clinical resource for: medical students neurology / neurosurgery residents neurologists / neurosurgeons Available on the AppStore as free download Details at: http://blog.digitalneurosurgeon.com
11. Collaboration After two readers emailed @DigNeurosurgeon about NeuroMind on Android, he broadcasted the following message on Twitter: Link to his blog Concluded that it was outside of his current priorities to port NeuroMind to Android But should anyone be interested, to contact him
12. Collaboration In touch by email that day Agreed on initial plan: To develop framework in Android SDK Add same content as on iPhone (HTML) Tentative deadline for working application: Six months from our initial contact (Time of Medicine 2.0 Congress)
13. Outline What is NeuroMind? Our Collaboration Why Android? Project Planning Project Development Challenges Future Work
21. Project Planning Email July: get Dictionary example working experiment with changing content in example August-September: expand example with working database in background that is used for loading data have the user go to a detail screen that displays the data (title, description, content) if the user clicks the item in the TableView October: Populate app with actual content and continue testing November: prepare conference material and release Nov-Dec: release and post about it
22. Project Planning Obtaining an Android phone Not absolutely necessary: well-documented software from Google for virtual device Bought used HTC Magic online Obtaining an “iProduct” to evaluate NeuroMind Borrowed an iTouch from colleague
23. Outline What is NeuroMind? Our Collaboration Why Android? Project Planning Project Development Challenges Future Work
24. Project Development Software Development Environment Original goal to try developing using Android SDK Eclipse Platform: Free open-source software Designed for development of Java applications Android SDK available with virtual device for testing mobile device applications
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26. Project Development Enter Appcelerator Titanium Mobile 1.4 Released July 26, 2010 Open source platform for developing native mobile and desktop applications using web technologies Support for multiple platforms: iPhone and Android support since June 2009 iPad support since April 2010 Blackberry support in beta
27. Project Development Significant progress with Appcelerator1.4 release (September/October 2010) Preliminary Android NeuroMind released: October 23, 2010 (ahead of schedule!) Coincided with release of Surgical Neurology International mobile application see conference presentation by Kubben et al.
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30. Challenges In Medicine 2.0 context: Selected Group of Stakeholders: Neurosurgeons and neurologists Neurosurgery and neurology residents Medical students interested in clinical neuroscience Collaboration: Limited to specialized # of stakeholders who also had interest in mobile device application development Likely did not take advantage of expertise of greater community as well as we could have
31. Challenges Collaborator Idiosyncrasy or “Compatibility” between collaborators Different Platforms: Lack of virtual device on non-Apple products for product development Different Software Development Environments: Eclipse Java environment Appcelerator Titanium Time: Clinical duties, other research priorities, time difference
32. Challenges Maintaining Collaboration We know Medicine 2.0 is useful for initiation of collaboration (intermediation/apomediation) but how do we maintain effective collaboration over time?
33. Challenges Collaboration in Software Development Tracking Project Milestones Social Media: Twitter, Google Wave 37signals Basecamp Tracking Software Changes Redmine: web-based project management + bug-tracking tool Trac Appcelerator?
34. Challenges Collaboration in Content Tracking Content Changes (neurodss.com) Currently using Google Docs Alternatives: Wiki
35. Outline What is NeuroMind? Our Collaboration Why Android? Project Planning Project Development Challenges Future Work
36. Future Work Design, Development, Maintenance, Testing User Interface (iOS, Android, RIM, Windows 7) Appcelerator has many advantages: Content / Layout nuances decided by others Software development largely outsourced Can focus on content building There are disadvantages too: Dependence on support provided by company and their roadmap for development Professional version $199/developer/month
37. Future Work Collaboration in Content Mobilize other stakeholders? ?Authority to edit ?Authority to edit from mobile device Ability to rate entries Ability to ask for new entries Peer-review Aside: need to support multiple mobile platforms to ensure widest participation
38. Future Work Multiple Versions of NeuroMind? Decision support version for clinicians Education version for medical students Integration with Neurosurgery 2.0 framework?
41. Conclusions While our software development deviated from our original design, a product was released ahead of schedule for Android Online collaboration can be effective but the tools used are context dependent and depend also on project scale and direction Having the opportunity to discuss in person at this meeting will greatly assist with facilitating our continued collaborations
42. Acknowledgements Dr. Pieter L. Kubben (@DigNeurosurgeon) Maastricht University Queen’s University, Kingston, ON, Canada Dr. Richard Resnick Dean of the Faculty of Health Sciences for funding Undergraduate Medical Education Office
1. Anatomical pictures (with legend)2. Differential diagnosis (as text and mindmap !!)3. The WHO Safe Surgery checklist items4. Many relevant score and grading systems (by topic)5. Surgical Neurology International info page6. An overview of updates in each new version
TODO imagesI started using Twitter relatively late
IDC and appcelerator(international data corporation)Survey of mobile application developers
http://www.gartner.com/it/page.jsp?id=1466313Will not contribute to the Apple versus Google other than to say this...By definition android available to 3rd party hardware makers(supply constraints to iPhone, otherwise perhaps more sales)
But have released source code to open-source community at: waveprotocol.org
(going well but slowly...)
(also beta Blackberry support); we had known about it since we had first tried, but was quite limited at first; by mid-August
Ultimately a preliminary version was released ahead of scheduleBut the path toward reaching our milestones was not what either of us had in mind
Ultimately a preliminary version was released ahead of scheduleBut the path toward reaching our milestones was not what either of us had in mind
Could involvement of greater community of mobile device developers early on have helped?Could mobilization of greater community of stakeholders to assist with content development be an option?
Twitter: I question its effectiveness for maintaining reliable collaboration due to broadcasting of messages; unreliably received by other stakeholders
For this reason need application to work on multiple platforms to guarantee wide-participation
For this reason need application to work on multiple platforms to guarantee wide-participation