IEEE DEST 2013 tGov presentation (Transformational Government: Sustainable Infrastructure => Sustainable Health Care)

eHealth
“The Future Service Model for Home & Community Health Care”
© Copyright EPR-forum, 2013
Presenter: Hans A. Kielland Aanesen, CEO EPR-forum
OASISTGF, BCM and CAM
SEEDWorkshop 24. July – Menlo Park, California, USA

The Needed Change of Thinking to Achieve a Sustainable Public Sector in relation to the value added by the National Industies
Most Government
Authoreties are still
here !
The challenge is
to achieve this.
Transformation of
Public Governance to tGov
( eGov 2.0 OASIS TGF )
tGov:Transformational Government

Neutral ”Super Structures ” Interact through common ”Traffic Rules” defined by several International and National Actors
Publish/Deploy:
- Standards
Produce/Develop:
- Standards
- Spesifications
Organize Super Structures:
- Super Structure SW ( Open Source )
- Application / Implementation / Registers
- Certification
- Competance (XML-exchange Legislation)
UNIVERSITIES / RESEARCH INSTITUTIONS:
NONE COMMERSIAL USERS
& ORGANIZATIONS:
COMMERSIAL USERS :
???
???
Interaction of Actors
Information Exchange Standardization

Citizen
interests
Business
interests
PublicCommunity
Interests
( Security / Justice / Governance )
- Service Oriented
- Infrastructures
- ”Traffic Rules”
The 3 Fundamental Groups of Interest & Roles regarding HOLISTIC THINKING:
Quality of Service is the Public Community’s responsibility
IEEE DEST SEED approach: What about Socio-Economic Sustainability & LongTerm Investment vss Annual Budgets ?

Learn from previous lack of standardization ?
Or make new mistakes ?
Public Interaction needs “open” XML-protocols
and not many parallel Infrastructures !
• Internet/Intranet/Bus-protocols
• Internet Banking
• Public Health network
• Public Emergency Network
• Smart Grid ( Energy Network )
• Broadcasting Networks
• Military Networks
• etc
Info. Interaction: Differ INFRASTRUCTURE (Public Governance) from SERVICES ( Business)
Info-Interaction Reform Require 5 Aspects to consider !
1. Common National Communication Infrastructures
2. Shared Data
3. Abstract Common and Open Service Models handling Information exchange
4. Traditional SW programs/Platforms
5. Executing legislated public services and buying Equipment
Need a split between 1,2 and 3 (Public Governance) and 4 and 5 (Business)

Security Entertainment Energy Food Health
Interoperability in the Infrastructure Layers
Top Level Server: Interexchanging & Service driven Super Structure
Infrastructure: Internet / Intranet
(TCP/IP)
Infrastructure:
Process net / Ethernet
Node 1: Node n:
Server n:
Legacy / ExpertSystem
Multi functional
User Interfaces :
Mobil, PDA/Pad, LapTop,
PC ,Touch Screen etc
Flexible
and
Open
User Interface:
OS independency
( Cross Platform based )
Infrastructure:
Process net / Ethernet
Node 1: Node n:
Server 1:
Legacy / ExpertSystem
HYBRID SYSTEM ARCITECHTURE: Define INFRASTRUCTURE & TRAFFIC RULES before implementing SERVICE SOLUTIONS
Common ”Traffic Rules” (red arrows) a must to achieve Interaction, Integration and Reusability

With main Focus on Strengthening the Frontline Services
OASISTGF Change inThinking: Citizens from passive CLIENTS to active OWNERS of the legislated Public Services
• Integrated Service Planning & Reporting ( ISR )
• Work Description(Procedures based on Best Practice) / Reporting / Inspection
• Access Control by mobile phone SIM-card ( Digital Signature)
PublicGovernance transforms from eGov to tGov through OASISTGF :
Major Reductions in Bureaucratic and Unnecessary Public GOVERNANCE layers to Strengthen the Frontline Service
Executer’s ability to act by help of SELF-MANAGEMENT and increase the Service Quality Assurance and Supervision by help
of the Frontline’s Hand Hold Organizers as Smart Phones and Tablets
National “Best Practice”
Procedure Register:
The Actors in the new
FRONTLINE-services:
( Autonomic Interaction)
Service Channels organized through Frontline Services:
tGov - OASIS TGF
To days “Silo” organization:
?
Self Service & Self Management !

OASIS BCM-EPR SC ( eFolder ISR )
Motivation Time People
Specifications Schema
Workflow
Contract
Data/Codes Services/Functions Network
Source: OASIS BCM Lubash Pyramid
Core
Components WSDL
XForms
Transport
Routing, Packaging
Collaboration Partner
Agreements- CPA
SOAP/XMPP
MSH
Messages
Roles
Collaboration Partner
Profiles - CPP
Nouns
Events
Template
engine
Rules
Verbs
Content Assembly
Mechanism - CAM
BP Specification Schema
BPSS
Process
(OASIS CAM , BCM , SAML, ebSOA, BPEL …………………. )
EPR-eFolder
Templates:
Organizing and
Orchestrating
Loosely coupled
applications
(ebXML,WS)
“Object”=
Semantic Interoperability Standards Stack

CATALOG
services
exposing
Loosely coupled
applications
WS & ebXML
Shared & Persistent DATA in Legacy & Expert systems
TOA (Technology & Platform Oriented Architecture )
The new way of doing SW Engineering by the users in real time
Service
management/
Practitioners:
Super Structure:
Installation Implementation
/Use
Needs
Requirements
Procurement
DYNAMISKE
INTERAKTIVE
TEMPLAT-modeller
Adoption,
integration
CAM TEMPLATE
Register:
CAM TEMPLATE
=
f( WS,ebXML)
DYNAMISKE og
INTERAKTIVE
STYREKORT-modeller
CAM TEMPLATE
Rule Engine
DYNAMIC
and INTERACTIVE
CAM Template
Models
SOA (Service Oriented Architecture)
OASIS CAM/BCM Model driven architecture in Real Time:

Access Super Structure Portal:
S Service Management organized by User driven Template-Folders
Legacy/ Expert Systems With different business logic
3: Service manager:
CAM Template constructor:
Spesification:
Missing Application in Sub-
systems(models)
4: Portal & System Developer:
Portal & Legacy system programming
1: Service Receiver:
Citizens
2: Service Practitioners:
Adm. og Service employees:
EPR-eFolder Service Access has 4 main Role groups

( eFolder Container with Work folder & TEMPLATE Steering cards )
Dokumentkort
Styrer tilgang til blankett- og
dokumentmaler samt arkiverte
Dokumenter.
Dokumentkort
Dokumenter.
Dokumentkort
Dokumenter.
Dokumentkort
Dokumenter.
Dokumentkort
Dokumenter.
Content card
( Document card)
Template functions
Workflow card
( Procedure card)
Dokumentkort
Dokumenter.
Dokumentkort
Dokumenter.
Dokumentkort
Dokumenter.
Dokumentkort
Dokumenter.
Dokumentkort
Dokumenter.
Task card
(Service card)
Templates:
Access Service Portal:
Phase
Templates
Arbeidsmappe
( Opprettes når ny bruker eller ny process )Arbeidsmappe
( Opprettes når ny bruker eller ny process )Work Folder
Role
Single Sign-On portal:
Demo
EPR-eFolder Service Management

Body Sensors
(A standard handled by OASIS BCM-EPR SC and EPR-forum )
Services inYour Hand
The EPR-eDevice Standard ©

•ABB
•Ademco
•AMP
•Analog devices ( Domosys Corporation)
•Caddx Controls
•Chamberlain Group
•Cutler-Hammer
•Diablo Research Corporation
•Dr. Ken Wacks ( MIT )
•Ericsson
•Full House Control
•Generel Electric (Homenet)
•Honeywell
•HP ( Compaq Computer Corporation)
•Hypertek
•IBM
•Intel
•InteliHome
•Intellon Corporation
•Interactive Media Systems
•ISO/IEC JTC1 SC25 WG1 Home Electronic System
•IT & Integration ( IT & Process )
•Leviton
•Lucent Technologies
•Microsoft
•Molex
•Panasonic Technologies
•Philips
•Siemens
•Smart Corporation ( Microsoft + GE )
•Tecom
•The Training Department
•Thomson Consumer Electronics
•XLSynergy
EPR-eDevice Open standard:
NEW XML-UTILIZATION OF THE STANDARD:
(Building blocks in EPR-eDevice CAM Dictionaries)
The standarized functional models of Nodes is nowTransferred to
RealTime XML-models ( mirrored processable eDevice CAMTemplates)
interacting with a Service Management Access Portal processing
Scenario based workflow CAMTemplates as response on defined
deviation in eDevice sensors.
NEARLY 30 YEARS OF FUNCTIONAL STANDARDIZATION: (1984- 2013 )
The Interoperability standard of electronic network based equipment is derived
from the ANSI/CEA-721 work developed and specified over the last 30 years by
more than 400 companies, organizations and individual persons as:
( ”Mirroring – standard” )
Functional XML-modeling of Network eDevices (Nodes)

Social Network:
From Blood
NANO-based Health condition sensors:
Waste water
from WC
Waste water
from Sink
Meal preparation & Environmental control :
Stove Other Kitchen equipment
Refridge
&
Freezer
Interactive TV
Entertainment & Social activeties:
Game, Video
Music, Radio
IP cameras
Energy with Environmental control:
Heater
Washing&Drying
machines
Heat pump
Dish-
washer
EL-meter
Lighting
system
Ventilation
Appl. Groups:
( Functional Profiles)
0x General
1x Audio/Video
2x Lighting
3x Communication
4x HVAC
5x Utility
6x Security
7x Appliance
8x Convenience
9x Food
10x Health
x = sub groups
Security & Environmental control:
IP cameras
Access control
Smoke detectors Motion
detector
Work Instructions & Reporting:
SmartPhone as Work Organizer &
Control unit ( Self Management )
Health Condition Monitoring:
Body and Environmental sensors
and Self service and Self Diagnostic
Service Practitioners: Service Receiver:
HomeApplication Areas - Application Groups – Network EPR-eDevices

EPR-eDevice : WS Modeling building elements
EL-meter
21C
HVAC
User
requirements ?
Video Phone
Interactive TV
01 Node Control
02 CX Control
03 Data Chan. Rx
04 Data Chan. Tx
05 Binary Control
06 Binary Sensor
07 Analog Control
08 Analog Sensor
09 MultiPosition Control
0A MultiPosition Sensor
0B Matrix Output
0C Multiplane Output
0D Ganged Analog Ctrl
0F Meter
10 Display
11 Medium Transport
13 Dialer
14 Keypad
15 List Memory
16 Data Memory
17 Motor
19 Synthesizer-Tuner
1A Tone Generator
1C Counter/Timer
1D Clock
0x Universal
1x Audio/Video
2x Lighting
3x Communication
4x HVAC
5x Utility
6x Security
7x Appliance
8x Convenience
9x Food/Meal
Ax Medical/Health
b Boolean data (On/Off)
c Letters (ASCII text)
n Numbers ( Integer )
d Binary data (Hex bytes)
SETOFF
SETON
GETVALUE
GETARRAY
SETVALUE
SETARRAY
ADD
INCREMENT
SUBTRACT
DECREMENT
COMPARE
COMPARE_I
COPYVALUE
SWAP
EXIT
ALIAS
INHERIT
DISINHERIT
IF
DO
WHILE
REPEAT
BUILD
Interoperability layers: (Application modeling+CAL)
Appl. Groups: (CX) Appl. Fuctions: (OB) Appl. Variables: ( IV) CAL methods:
Control = System Output signal
Sensor = System Input signal

EPR-eDevice Modeling OBJECTS/Components (Symbols)
01 Node Control
03 Data Ch.Rx
02 Context Control
04 Data Ch.Tx
1
0 05 BinaryControl
06 Binary Sensor
1
0
07 Analog Control
08 Analog Sensor
0F Meter
09 MultiPosControl
0A MultiPosSwitch0A MultiPosSensor
0B MatrixControl
11 MediumTrans
10 Display XXXXX
YYYYY
13 Dialer
14 Key Pad
19 Synth/Tuner
15 ListMemory
16 DataMemory
17 Motor
1D Clock
0A MultiPosSwitch1C Counter/Timer
XY Object name
Object Class
Object Network category
Message to Object Message from Object
1A ToneGen.
( Model elements made by OASISTemplate eDevice Dictionary)

EPR-eDevice product model example: Thermostat(default)
7. april 2010
EPR-eDevice product: Thermostat functional model(mirrored SW block diagram)
(01)00: Universal
Global House keeping information
(01)
(02)
01 Node Control
DeviceID,address,CX-list (00,40,41,42,63) etc
OB-list(01,02) etc
02 Context Control
(03)41: Environmental Sensor
Measuring Temperature & Humidity Values
(01)
OB-list(02,08,08)
(02)
(03)
02 Context Control
08 Analog Sensor
Inside Temperature, ”C
Demand,kW
08 Analog Sensor
Inside Humidity , %RH
(02)40: Environmental Zone
Define Environmental Sensor objects
(01)
(02)
( 03)
( 04)
(05)
(06)
02 Context Control
OB-list(02,14,0A,05,07,07)etc
09 MultiPosControl
Zone Mode
Zone Status
1
0 05 BinaryControl
Fan Control
07 Analog Control
Heat Setting, ”C
07 Analog Control
Cool Setting,”C
(04)42: Environmental Status
Status picked from Environmental Sensor
(01)
OB-list(02,07,07)
(02)
(03)
02 Context Control
07 Analog Control
Current Zone Temp,”C
07 Analog Control
Current Zone Hum,%RH
(05)63: Security Partision Control
Security Partision Status Vektor and battery
(01)
OB-list(02,15,0A)
(02)
(03)
02 Context Control
15 ListMemory
Partision Status Vector from CX:62
Battery Status

XML-based OASIS CAM TEMPLATE modeling.
OASIS CAM-editor http://www.cameditor.org
CAM-dictionaries:
- EPR eDevice Templating
- EPR eFolder Templating
EPR-forum starts Education inTemplating Methodology at BI from medio 2013:

EPR-eDevice Thermostat Template
7. april 2010

Generated Mind Map of EPR-eDevice Thermostat Template
7. april 2010

Interoperable EPR-eDevice Application Areas:
CareTech© portal: Care Flat for Nurse Education . HiBu Science Lab in Drammen, Norway
/Smart Homes/Buildings/Greenhouses & Smart Grid
GymTech© portal: Member handling, Body Condition monitoring &Scenario Controlled Smart Building
Smart Greenhouses: ( FoodeOn© ) Real Time Hydroponic agriculturecontrolled system Smart Grid: The new Vehicle in Smart Grid optimization ( www.vsg.no )

Body Sensors
Welfare technology integrated in Home services will be an important contribution
to Care services and how to Delay or Prevent disabilities in the future!
EPR-forum Interaction project: «TheWelfare & HealthCare Challenges» http:/omsorgsteknologi.no
Home
Server
Demo
”Services inYour hand ”
with real ”Open” standards:
OASISTGF/BCM/CAM – EPR SC and EPR-forum
Together with Quality:
- PREVENTION ( Diet, Exercise )
- DIAGNOSIS ( Nano-technology )
-TREATMENT ( Medication, Best Practice )
- PROCEDURES (Work processes, Best Practice )
- ENVIRONMENTALCONTROL ( Deviation control )
with SCENARIO COMPOSING
”My Home is my CASTLE”

Social Network:
© IT & IntegrationAS
From Blood
NANO-based Health condition sensors:
Waste water
from WC
Waste water
from Sink
Meal preparation & Environmental control :
Stove Other Kitchen equipment
Refridge
&
Freezer
Interactive TV
Entertainment & Social activeties:
Game, Video
Music, Radio
IP camras
Energy with Environmental control:
Heater
Washing&Drying
machines
Heat pump
Dish-
washer
EL-meter
Lighting
system
Ventilation
Appl. Groups:
0x General
1x Audio/Video
2x Lighting
3x Communication
4x HVAC
5x Utility
6x Security
7x Appliance
8x Convenience
9x Food
10x Health
x = sub groups
Security & Environmental control:
IP camras
Access control
Smoke detectors Motion
detector
Work Instructions & Reporting:
SmartPhone as Work Organizer &
Control unit ( Self Management )
Health Condition Monitoring:
Body and Environmental sensors
and Self service and Self Diagnostic
Service Practitioners: Service Receiver:
HomeApplication Areas - Application Groups – Network EPR-eDevices

Web Access Portal:
(Web services technology)
- UDDI ( XML Device and Scenario Catalogs)
- WSDL ( Peer = XML Device/Scenario models)
- SOAP /XMMP ( XML message protocols)
INTERNET / INTRANET
WEB Browsers: Thin Clients (OS independent Client User Interface GUI)
SOA Front Office
Portal + UDDI catalog
(WSDL/TEMPLATE-models of eDevices + Scenarios)
PROCESS - SERVER
Home server
Interface
- Ethernet
- Firewire
- USB
- Bluetooth
- CAN
- X10
- DALI
- KNX/EIB
- RFID
- Zigbee
- Lon
- SCP/CEBus
- PowerBus
- MOD bus
- MDB
- etc
PROCESS NET
Bus controlled eDevices:
EPR-eFolder/EPR-eDevice Access structure

INTERNET/INTRANET
- Bluetooth
- RFID
- Zigbee
- IR
- etc
PROCESS NET
Bus controlled eDevices:
PROCESS - SERVER
Personal server
4G Interface
WEB Browsers: Thin Clients (OS independent Client User Interface GUI)
Web Access Portal:
(Web services technology)
- UDDI ( XML Device and Scenario Catalogs)
- WSDL ( Peer = XML Device/Scenario models)
- SOAP /XMMP ( XML message protocols)
SOA Front Office
Portal + UDDI catalog
(WSDL/TEMPLATE-models of eDevices + Scenarios)
Service
management/
Practitioners:
EPR-eFolder/EPR-eDevice Wireless Network sensors

© IT & IntegrationAS
• Integrated Service Planning & Reporting (EPR-ISR)
• Work Description (Procedures based on Best Practice) / Reporting / Inspection
• Access Control by mobile phone SIM-card ( Digital Signature)
Steering cards:
( CAMTemplates )
User Interface:
Service Receiver: Service Practitioners:
Demo 4G mobile Smart Phone
EPR-eFolder Service Receiver & Service Practitioners

EPR-eFolder Scenario OASIS BCM/CAM Template Examples:
(Scenario adaption/composing)
”Scenario Composing”
Driven by Health care
practitioners!
Interaction between
Working processes &
Routines as response on
Deviation Handling by
ENVIRONMENTAL
TECHNOLOGY
TEMPLATES examples spesified by Health care Practisioners for individual people with Dementia:
Tracing a person:
Fall/movement of a person:
Medication:
Access control:
Condition Monitoring:
Tracking an object:
Sosial Security:
APPS:

Body Sensors
www.tGov.no
Read more at EPR-forum Interaction project «The Welfare & Health Care Challenges»
http://omsorgsteknologi.no/
Services in your Hand
Thank’s for Attension !
HiBu-Lab access

IEEE DEST 2013 tGov presentation (Transformational Government: Sustainable Infrastructure => Sustainable Health Care)

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