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From Capsil Wiki
This website represents a catalogue of solutions in the form of WiKi entries (CAPSILs)
which describe interoperable ICT solutions to clinical requirements for Independant Living
that can then be deployed throughout the EU, US, and Japan for verification of the systems and testing of clinical hypothesis of new and proposed research programmes.
Each CAPSIL can act as an instructive entry point for a range of interested parties in independent living research, development and deployment.
For more details on the CAPSIL project visit our website or CAPSIL Overview.
These CAPSILs will enable clinicians and other care-givers to get the information they need to quickly and easily test solutions
for prolonging independent living within the many and various heterogeneous communities throughout the EU, the US, and Japan. The
CAPSIL’s will be moderated by an international collection of both ICT and clinical researchers initially composed of members
of the CAPSIL team, but eventually expanding well beyond.
Contents |
Introduction
- CAPSIL Overview
- CAPSIL Meeting London, UK
- CAPSIL Meeting Tokyo, Japan
- CAPSIL Meeting EU
- CAPSIL Meeting US
- CAPSIL Meeting other
CAPSILs
Wellbeing & Disease
- COPD (Chronic Obstructive Pulmonary Disease)
- Congestive Heart Failure or CHF
- Obesity
- Dementia
- Depression
- Osteoarthritis
- Parkinson's Disease
- Stroke
Prevention & Intervention
- Falls Prevention
- Stroke Rehab Management
- Weight Management
- Cognitive Training
- Social Connectedness
- Activity Monitoring
- Driving Assistance
- Robotics
- Continence
- Smoking Cessation
Technologies
- Sensors
- Data Processing (Software algorithms and data-mining techniques for sensors in healthcare)
- Standards
- Connectivity
- Digital Health Records
Other CAPSILs
- User Centered Design for Independent Living
- Privacy & Security
- Ethics
- Sports
- Business Models
- Government Policy
Types of CAPSIL
Capsil Workpackages
These CAPSILs relate to project workpackages and as such can be considered Linking Capsils which may be useful entry points by contrast to the many detailed Descriptive Capsils above.
- WP2 Body Sensor Networks
- WP3 Home and Mobile Systems
- WP4 Software and Interaction
- WP5 Clinical and Ethnographic Requirements
- WP6 Intervention Systems
- WP7 CAPSIL Strategy
Knowledge Sources
- White Papers
- ICT and Ageing Deployments
- Workshops, Conferences and Portals
- Journals and Books
- Research Groups and Consortia
- Initiatives and Funding
- Other Websites and Blogs
- Events
Scenarios
- Tom's Story - Tom is 75 working part time. He is living alone and has mild CHF, but his quality of life is enhanced with future technology.
- Sean's Story - Sean is living in Ireland
- Anna's Story - Anna is living in Italy
- Mitsuko and Setsuko's Story - Mitsuko and Setsuko are sisters living in Japan
- Jackie's Story - is living in UK, having moved from Scotland
- Other Sources - Visioning Scenarios from non-CAPSIL sources
Roadmap
Links
- CAPSIL Website
- CAPSIL Members
- CAPSIL News
- CAPSIL RSS Feed
- Health care in Japan
- Health care in the United States
- AAARP International 'Ageing Everywhere' interactive world map of age related statistics
Getting started
- Please note that this Wiki does not allow anonymous edits while the CAPSIL consortium is building the core CAPSILs. Please register or log in in order to create new or edit pages. Email the CAPSIL coordinator or capsil adminstrator if you need an account?
- Configuration settings list
- MediaWiki FAQ
- Aarons Sandbox
- A useful MediaWiki Cheat Sheet can be found here
Other Wiki Pages
- “Chip” Antenna
- Accsense
- Activities of daily living
- ALARM-Net
- Algorithms
- ANT
- Asbestos
- Atlas
- Automatic wearable fall detectors
- Berg Balance Scale (BBS)
- Biocompatability
- Biotex Project
- Books
- Broadband Proliferation
- BSN Node
- BTnode rev3
- Bulgaria
- California
- CardioNET MCOT three lead ECG monitoring system
- Cardionetics C.Net 5000
- Cardionetics C.Net5000 - 24-Hour Ambulatory ECG Monitor with Instant Analysis
- Chipcon CC1000
- CODA
- CodeBlue
- Communications
- Comparison of the internetwroking technologies
- Context Aware and Autonomic Sensing
- CONTEXT Project - Contactless Sensors for Body Monitoring Incorporated in Textiles
- Cost and Reimbursement
- CRICKET
- Data Mining and Trend Analysis
- Denial of Service Attacks
- Denmark
- Design Aspects of Body Sensor Networks
- Development Environments
- DSY25
- DSYS25
- Eavesdropping
- ECG
- Eco: Ultra-Wearable and Expandable Wireless Sensor Platform
- Ember
- EndoSure
- EnOcean
- European Reimbursement Situation
- Examples of Systems Demonstrating Biocompatability
- Examples of Systems Designed with Privacy & Security In Mind
- Examples of Systems Designed with Security and Reliability In Mind
- EyesIFXv1
- EyesIFXv2
- Finland
- FireFly
- FitSense BodyLAN
- Fleck
- Floor Vibration-based fall detectors
- Further detail on Healthcare Reimbursement in the USA
- GaitRite
- GE QuietCare system
- Germany
- Glacsweb
- Global Efforts Concerning Useability
- HL7 Message
- Hoarder Board
- How Organisations Attempt to Influence Public Policy
- IMOTE2
- Intel's HealthGuide
- Ireland
- IRIS
- IShoe
- Journals
- Kiwok AB - BodyKom SeriesTM ECG - Kiwok AB
- Lifeguard
- L-Node
- Low Power Antenna Design
- Medtronic Implantable Cardiovertor Defibrillator
- Memory
- MICA2
- MICAz
- Microcontroller
- Minnesota
- Modified Dipole Antenna
- MyHeart Project
- Nike and Ipod Rock and Run
- OFSETH - Optical Fibre Sesnors Embedded in to technical Textiles for Healthcare monitoring
- On-node Data Processing
- Other Websites
- Particles
- Patient and environment assessment
- Performance Oriented Balance and Mobility Assessment (POMA)
- PicoCricket
- Porcupine
- Power Supply
- Printed Circuit Whip, or “Stub”
- Privacy
- Privacy and Ethics
- Privacy Concerns of Wireless Sensor Networks
- Privacy, Security and Ethics
- Project STELLA - Stretchable Electronics for Large Area Applications
- Publications
- Radio Transceiver
- Reliability
- Reliability and Stability
- Reports
- RF and Body effects
- RF Emissions and Interference Aspects
- Risk factors
- Semi-Loop
- Sensing
- Sensor Fusion
- Sensor interfaces
- SHIMMER
- SHIMMER Wireless Sensor Platform
- Sweden
- TELOSB
- TELOSB/TMote Sky
- TELOSB/T-Mote/Sky Mote
- Texas
- The Helical (Coil)
- The Loop
- The Patch
- The Short PCB Stub
- The Short Whip
- The Slot
- The Spiral
- The structure of EMRs and EHRs and the boundaries of each
- The Timed Up and Go Test
- The Underpants that Could Save your Life
- The Veterans Administration
- TI CC2420
- T-Node
- TRIL Falls Gait Analysis Platform
- TRIL Gait Analysis Platform
- Tunstall Fall Sensor
- UK
- UK Government Intervention
- Useability
- User-activated alarms and pendants
- Vibering
- Video monitoring-based fall detectors
- Viterion TeleHealth Network
- Vivometrics Lifeshirt
- WEALTHY Project - WEARABLE HEALTH CARE SYSTEM FOR VITAL SIGNS MONITORING
- WEALTHY Project - Wearable Healthcare Systems for vital signs monitoring
- WEALTHY Project - Wearble Healthcare Systems for vital signs monitoiring
- WEALTHY Project - Wearble Healthcare Systems for Vital Signs Monitoring
- WeBee
- WeeBee
- Wilomena and Will's Story
- Wireless body area network of intelligent motion sensors for computer assisted physical rehabilitation
- Wireless Emissions and EMC
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