This document discusses plans for a digital cluster in Thailand focused on digital technology and smart cities for healthcare and surveillance. It proposes bringing together multidisciplinary research collaborations on an open digital platform and AI platform to leverage large-scale data and real-world computing. Example projects highlighted include a mobile surveillance system, smart hospital technologies like bed posture classification, car sharing analysis, and an EV driver assistance system. Potential partners mentioned include hospitals, universities, tech companies and organizations in Thailand, Japan and elsewhere. The goal is high impact research, new businesses and capacity building through open sharing of standardized data, resources and knowledge.

1. RUN Digital Cluster
Digital Technology and
Smart City for Healthcare and City Surveillance
15 March 2017

2. What to do? How to do?
To gain High and
Sustainable Impact
With New Business and
Capacity Building

3. โปรแกรมเมอร์ขาดตลาด 1,000,000
คนไทยแลนด์ 4.0 สะดุด
(ฐานเศรษฐกิจ - 8 มีนาคม 2560)
http://www.thansettakij.com/2017/03/08/133452
Thailand 4.0
Data
Science
Big Data
Analytics
Text
Analytics
Fintech
Machine
Learning
Deep
Learning
Knowledge
Science
Language
Engineering
IoT
Data
Mining
Data
Surveillance

4. ประเทศไทยเข้าสู่สังคมผู้สูงอายุแล้ว
ค่าเฉลี่ยของประชากรทั่วโลก 12%
ประเทศไทยจะเข้าสู่สังคมผู้อายุอย่างยิ่งยวด (>21%) ในปี 2563

5. Objectives
• Bring in the multidisciplinary research collaboration
on digital platform
• Leverage the research in the very large scale of data
and real world computing environment
• Outreach out the digital opportunity to real sector
implementation
• Share standardized data to gain more concrete
knowledge and experience
Co-Research and Resource Sharing for
Capacity Building and New Business Development

6. Goal
• Open Digital platform for research and service
• Open AI platform for intelligent service
development
• Competitive Digital technology research and
Business potential development

7. Co-Research

8. SIIT – FOMM – Bangchak

9. SIIT EV Driver Assist
122:03:00:00:81:07:29:07:FF:F1
513:1D:1E:02:00:57:9D:9E:00
123:00:00:00:00:00:00:00:00
503:E0:02:5A:0C:00:00:00:10
123:00:00:00:00:00:00:00:00
504:98:02:65:0C:00:00:00:90
123:00:00:00:00:00:00:00:00
501:9D:02:6E:0C:00:00:00:D0
123:00:00:00:00:00:00:00:00
501:8D:02:6E:0C:00:00:00:50
111:2A:8F:0B:9A:03:00:28:02
502:D0:02:6C:0C:00:00:00:D0
215:00:00:00:00:00:00:00:00
CAN1 & 2
ISO11989.2
CORE Bluetooth
built in
IOS Device
DECODER
Tracking Distance
Display on IOS Device
SIIT EV
IOS application (calculated)
- Power Consumption
- Battery Remain and Distance Range
- Distance (km)
- Cost EV vs Gasoline (Baht)
- CO2 Emission EV vs Gasoline (kg)
GPS
Data from FOMM EV
- Battery Level
- Electric Current & Voltage
- Speed Wheel Rotation
Drive Trip Drive Summary
To improve accuracy

10. Car Sharing

11. Car Sharing and Driving Behavior Analysis

12. Mobile Surveillance System

13. Banphaeo Hospital, Sawangkanives, AIVS, JICA

14. Mimamori System
Configuration for hospital use

15. Bed Posture Classification by Neural
Network and Bayesian Network
Target class
Out of bed
94.1 5.9 0.0 0.0 0.0
output
Sitting
4.3 93.7 0.2 1.7 0.1
Lying down
0.0 0.9 95.4 1.1 2.7
Lying left
0.0 0.1 0.5 99.3 0.1
Lying right
0.0 11.1 13.9 0.0 75.0
Outofbed
Sitting
Lyingdown
Lyingleft
Lyingright
Pl
Wl
Pr
Wr
O
S
L
LL
LR
Sensor
Posture
O S L
LL
LROut of bed On the bed
1
0.26
0.38
0.07
0.54
0.38
0.13
0.19
0.62
0.73
0.08
0.62

16. Resource Sharing

17. SMART CITY RESEARCH CONCEPT
Secure Data Over VPN
Data Communication Infrastructure
(Mesh Network)
LTE-A, WiMAX, WiFi, Low Power WAN, PAN
Smart Hospital & Emergency Response
Smart Car
Smart Home
Smart Life with Wearable Devices
Smart Data Security Gateway
Smart HPC Cloud Smart Call Center for Drowsiness Driver’s Alert
Smart Surveillance
Monitoring
Smart Health Monitoring
Drive Log and Real time VDO
Health Sensors Data
Smart Sensors Data
Algorithm
- HPC GPU computing
- Deep Learning
- Big data analytics
- predictive health care
- face detection,
tracking
Algorithm
- Deep Learning
- Big data analytics
- IOT security and Anomaly Detection
Smart City for Healthcare and
City Surveillance

18. New Business and
Capacity Building

19. Open Digital Platform

20. Open AI Platform

21. MQTT
Broker
Web UI
IoT Platform (Private Infrastructure)
Big Data Analysis Platform (High Performance Computing with GPU Computing server)
Smart IoT Network communications
Smart Sensors (IoT nodes)
4G/5G/LoRaWAN/NerveNet
GPU with
PASCAL Architecture
Deep Learning
Users
Smart City Surveillance System Smart Traffic informing system
IoT Platform

22. Plan
R&D via Local, Regional and International
Collaboration
• Digital health information monitoring
system for Elderly Care
• Smart city model on healthcare and
City Surveillance
• Smart Eco-friendly Mobility

23. Potential Partners
• โรงพยาบาลบ้านแพ้ว
• โรงพยาบาลแพทย์รังสิต
• จังหวัดพระนครศรีอยุธยา
• Haup car
• DTAC
• CAT Telecom
• FOMM
• AIVS
• LEXER
• Hitachi
• Keio University
• Nagasaki University
• Omotenashi ICT Association
• AI Center, AIST

24. RUN Digital Contact Person
Dr. Virach Sornlertlamvanich (Chair)
SIIT, Thammasat University, Thailand
virach@gmail.com, virach@siit.tu.ac.th