1. พิสุทธิ์ ไพบูลย์รัตน์
National Electronics and Computer Technology Center
National Science and Technology Development Agency
กรณีศึกษาปัจจัยความสาเร็จ
ของการใช้ ICDT ในระดับพื้นที่
Expert Consultant FAO, e-Agriculture Strategy
Expert Consult to Yunus Center, Thailand
ที่ปรึกษาโครงการอนุรักษ์พันธุกรรมพืช อันเนื่องมาจาก
พระราชดาริฯ
24. สถานภาพการเกษตรไทย
เราจะทาวิจัยไปทาไม?
• Aging society การก ้าวเข ้าสู่สังคมผู้สูงวัยของประเทศ
โดยเฉพาะประชากรในกลุ่มนี้ที่ประกอบอาขีพการเกษตร
• Young generation is out of farm ลูกหลานเกษตรกร
(บางส่วน) ไม่สืบต่ออาชีพเกษตร
• Lack of skill labors ขาดแคลนแรงงานที่มีประสบการณ์ในอาขีพ
เกษตรเฉพาะทาง
• แรงงานในภาคการผลิตหายาก และมีค่าใช ้จ่ายที่สูงขึ้น
25. สถานภาพการเกษตรไทย
อะไรคือสิ่งที่จะตอบโจทย์เหล่านี้?
• Higher cost of production ปัจจัยการผลิตที่ราคาสูงขึ้น
• Still need chance to change ขาดโอกาสในการเข ้าถึงเทคโนโลยีที่
เหมาะสม เฉพาะทาง-เฉพาะพื้นที่
• Lack of appropriate agricultural infrastructure ขาดการลงทุน
โครงสร ้างพื้นฐานที่จาเป็นสาหรับภาคการผลิต
• Production clustering need to be highly support ขาดแรงกระตุ้น
ในการรวมกลุ่มเพื่อบริหารจัดการข ้อมูลและทรัพยากรร่วมกัน
• Gap on mindset between government agecies and
farmers/communities ช่องว่างของความคิดและความต ้องการ
ระหว่างรัฐและเกษตรกร
26. ทิศทางของการเกษตรไทย
challenge and opportunity
• Production clustering...together we plan, buy and sell
need new mindset and new business design with more
input in platform services on information technology, farm
mechanics, appropriated infrastructures, skill labors
training facilities and accountable management
• Farmers Academy การสร ้าง skill labors, foreman,
manager ในภาคเกษตร เป็นสถาบันเฉพาะทางด ้านวิชาชีพบน
ฐาน area based, problem based (non-academic degree)
40. Reduce cost of
production and raising quality of
life
by appropriated
information & communication
technology for farm management
Farm data management,
Information Technology for
GAP Assessment,
Ubiquitous Sensors Networks
ICT package
for Crop
Production
Government: Department of Seri-culture, Rice Department, Department of Agriculture
Technology University, Asian Institute of Technology,
Private Sectors: Koerner Agro, Orchid Exporter Association, Fruit & Vegetable Export Association,
Farmers Association: Rice Seed Production Group(Saraburi, Supanburi, Pitsanulok),
Longan Growers Association, GAP/Organic Rice Grower Association
International Collaboration: FAO, NARO, JAXA, Consortium(APAN, AFITA, SRII) Agriculture Research
Development Agency, Department of Fisheries
Universities: Mae Jo University, Kasetsart University, , Prince of Songkla University
Rajmongkol
Field server
Sensors network
Mobile application
Voice recognition
Ontology
Knowledge Engineering
Big Data management
UAV
Photonic
Image Processing,
DSS
IT Enabling
41. Brand & Trust for Thai Agricultural
Products, Information Integration
between G2G, and G2C, Boosting
GAP Certification Farms
Mobile GAP Assessment System,
IT Package for Traceability System,
ICT package
for Quality
Assessment
Mobile application,
Sensors for quality control,
E-Nose,
RFID,
QR code,
Moisture measurement sensors,
Image processing,
Photonic,
IT Enabling
Government: Department of Seri-culture, Rice Department, Department of Agriculture
Agriculture Research Development Agency, Department of Fisheries
Universities: Mae Jo University, Kasetsart University, , Prince of Songkla University
Rajmongkol Technology University, Asian Institute of Technology,
Private Sectors: Koerner Agro, Orchid Exporter Association, Fruit & Vegetable Export
Association,
Farmers Association: Rice Seed Production Group(Saraburi, Supanburi, Pitsanulok),
Longan Growers Association, GAP/Organic Rice Grower Association
International Collaboration: FAO, NARO, JAXA, Consortium(APAN, AFITA, SRII)
42. Reduce production lost from
natural disaster and pests
Pest tracking & warning system,
Agriculture weather forecasting,
Mitigation procedure for seasoning
Shift,
,
ICT package
for Agriculture
Risk Reduction
IT Enabling
Government: Department of Seri-culture, Rice Department, Department of Agriculture
Agriculture Research Development Agency, Department of Fisheries
Universities: Mae Jo University, Kasetsart University, , Prince of Songkla University
Rajmongkol Technology University, Asian Institute of Technology,
Private Sectors: Koerner Agro, Orchid Exporter Association, Fruit & Vegetable Export Association,
Farmers Association: Rice Seed Production Group(Saraburi, Supanburi, Pitsanulok),
Longan Growers Association, GAP/Organic Rice Grower Association
International Collaboration: FAO, NARO, JAXA, Consortium(APAN, AFITA, SRII)
Telemetering system,
Simulation model,
DSS,
Sensors network,
GIS/RS,
Water management system
UAV
43. New generation of farmers,
Increasing number of knowledge
Workers, and facilitators
Agriculture advisory,
Knowledge services,
Village that Learn,
ICT package
for Empowerment
of Agricultural
Knowledge Workers
Telemetering system,
Simulation model,
DSS,
Sensors network,
GIS/RS,
Water management system,
Knowledge engineering,
Ontology,
Speech recognition,
Knowledge
Engineering
Government: Department of Seri-culture, Rice Department, Department of Agriculture
Agriculture Research Development Agency, Department of Fisheries
Universities: Mae Jo University, Kasetsart University, , Prince of Songkla University
Rajmongkol Technology University, Asian Institute of Technology,
Private Sectors: Koerner Agro, Orchid Exporter Association, Fruit & Vegetable Export Association,
Farmers Association: Rice Seed Production Group(Saraburi, Supanburi, Pitsanulok),
Longan Growers Association, GAP/Organic Rice Grower Association
International Collaboration: FAO, NARO, JAXA, Consortium(APAN, AFITA, SRII)
44.
45. Sensor data
of Agr-Machines
ISO11783
移動監視SNS
Smartphones
Faming Data Field Data
Sensor Networks
Such As Field Server
Others
UAV
Satellites
etc.
API API API API
API （Application Interface）
CLOP: CLoud Open Platform in agriculture
New Apps
and
Businesses
Developing
New Businesses
Consortium
Decision Support
System GAP
Precision Farming
Models
Applicayions
47. New design for
smarter tropical greenhouse
New farm and orchard
management
New approaches for
Rice and field crops
production
Appropriated technologies
Tropical greenhouse
orchard
Paddy, field crop
70. XaaS – agricultural services
Platform as a Services
Data as a Services
Information as a services
Knowledge as a Services
71. A new innovation on agricultural services design for social business
Technology for
nursery
management
Farm mechanization
Services
Farm mapping
Geo Spatial Analysis
Zoning
Farm mechanization
services
Fertilizer services
Farm
mechanization
Precision farming
Phenomics
Mobile App.
GAP assessment
Farm mechanization
Map services
Quality
Seed /
ต้นพันธุ์
Land
preparation
Farm
management
Harvesting,
post-
harvesting
& logistics
Planting
Production value chain
Market &
Consumers
management
Social network
Traceability
72. Co-creation
Value in context
Absorb variety
Services offering
Services design
Business
canvas
Services
blueprint
Physical
evident
Guiding
principle
Package
of Offering
Innovation
Technology
Input
Platform/
Knowledge
As a services
A new innovation on agricultural services design for social business
