Strategic Innovation: Converging Themes
in
Auto ID Sensor Networks
Dr Shoumen Palit Austin Datta
School of Engineering
Massachusetts Institute of Technology
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Systems-based problems
(not “tool” driven)
A hammer only looks for nails!
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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ASN is a broad spectrum ICT platform that has
the depth and breadth to enhance applications
where auto id and sensing contributes to decision
support systems for real-world problems.
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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In this strategy the objective is not to use any one
specific tool but to improve the decision making
process in systems where confluence of multiple
technologies (auto id using various types of RF
and remote sensing) offers value and may help
create innovative products, services, applications.
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Manufacturing
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Manufacturing
Energy
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Manufacturing
Energy
Security
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Manufacturing
Energy
Security
Healthcare
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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M
E
S
H
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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M
E
S
H
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Agriculture
Inventory
M
Retail
E
S
H
Forecasting
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Agriculture
Inventory
Inventory
M
Retail
Forecasting
Sourcing
E
Ecology
S
H
Security
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Agriculture
Inventory
Inventory
M
Retail
Forecasting
Sourcing
Law
E
Ecology
Customs
S
Security
Risk
H
Ports
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Agriculture
Inventory
Inventory
M
Retail
Forecasting
Sourcing
Law
E
Ecology
Customs
Identify
S
Security
Risk
Metabolism
H
Ports
Monitor
Response
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Agriculture
Inventory
Inventory
M
Retail
Forecasting
Sourcing
Law
E
Ecology
Customs
Identify
S
Security
Risk
Metabolism
H
Ports
Monitor
Response
Value Chain Network
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Agriculture
Inventory
Inventory
M
Retail
Forecasting
Sourcing
Law
E
Ecology
Customs
Identify
S
Security
Risk
Metabolism
H
Ports
Monitor
Response
Value Chain Network
Supply Chain and Logistics Operations
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Agriculture
Inventory
Inventory
M
Retail
Forecasting
Sourcing
Law
E
Ecology
Customs
Identify
S
Security
Risk
Metabolism
H
Ports
Monitor
Response
Value Chain Network
Supply Chain and Logistics Operations
Intelligent Decision Support
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Agriculture
Inventory
Inventory
M
Retail
Forecasting
Sourcing
Law
E
Ecology
Customs
Identify
S
Security
Risk
Metabolism
H
Ports
Monitor
Response
Value Chain Network
Supply Chain and Logistics Operations
Intelligent Decision Support
Enterprise Systems
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Sensors for Temperature, Humidity, Nitrates
Visibility of objects in supply chain
Track and Trace of Food Supply Chain
Receiving and Distribution
Temperature of Perishables in transit
Soil and Fertiliser Analysis
Animal and Farm Waste
Biofuels
Agriculture
Inventory
M
Retail
Forecasting
Real-time data in supply chain
Data Analytics
Reduction of out-of-stock
Metrics
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Sensors for Temperature, Humidity, Nitrates
Visibility of objects in supply chain
Track and Trace of Food Supply Chain
Receiving and Distribution
Temperature of Perishables in transit
Soil and Fertiliser Analysis
Animal and Farm Waste
Biofuels
Value Chain Network
Agriculture
Supply Chain and Logistics Operations
M
Intelligent Decision Support
Enterprise Systems
Retail
Value Chain Network
Inventory
Supply Chain and Logistics Operations
Intelligent Decision Support
Forecasting
Enterprise Systems
Real-time data in supply chain
Data Analytics
Reduction of out-of-stock
Metrics
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Optimizing inventory to demand
Biofuels: Biodiesel, Ethanol, Methane
Retrobiosynthesis of Pentanol
Metabolic Engineering
Inventory
Sourcing
E
Ecology
Environmental Monitoring:
Security
Gas Sensors
[1] Sensors: Water Quality, Leachate, Dumps
[2] Biosensors: microbial flora in water
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Optimizing inventory to demand
Value Chain Network
Biofuels: Biodiesel, Ethanol, Methane
Inventory
Supply Chain and Logistics Operations
Enterprise Systems
Environmental Monitoring
Supply Chain and Logistics Operations
E
Intelligent Decision Support
Ecology
Value Chain Network
Sourcing
Intelligent Decision Support
Security
Enterprise Systems
Gas Sensors
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Real-time law enforcement
Advance Shipping Notice
Bill of Loading Manifest
Inspection
Law
Customs
S
Risk
Ports
Continuous risk analytics
NVOCC Network
Risk alert communication
Logistics
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Real-time law enforcement
Advance Shipping Notice
Bill of Loading, UCR
Inspection
Release
Value Chain Network
Law
Supply Chain and Logistics Operations
Enterprise Systems
Supply Chain and Logistics Operations
S
Intelligent Decision Support
Risk
Value Chain Network
Customs
Intelligent Decision Support
Ports
Enterprise Systems
Continuous risk analytics
NVOCC Network
Risk alert communication
Logistics
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Asset ID
Real-time Remote Sensing
Patient ID
Metabolomics Assessment
Prescription ID
Pharmaceutical ID
Identify
Metabolism
H
Monitor
Response
Patients
Nurse-Physician Network
Emergency
Hospital-Home Communication
Ambulatory Support
Real-time Sense and Respond System
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Asset ID
Real-time Remote Sensing
Patient ID
Metabolomics Assessment
Prescription ID
Pharmaceutical ID
Value Chain Network
Identify
Supply Chain and Logistics Operations
Monitor
Value Chain Network
Supply Chain and Logistics Operations
H
Intelligent Decision Support
Enterprise Systems
Metabolism
Intelligent Decision Support
Response
Enterprise Systems
Patients
Nurse-Physician Network
Emergency
Hospital-Home Communication
Ambulatory Support
Real-time Sense and Respond System
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Agriculture
Inventory
Inventory
M
Retail
Forecasting
Sourcing
Law
E
Ecology
Customs
Identify
S
Security
Risk
Metabolism
H
Ports
Monitor
Response
Value Chain Network
Supply Chain and Logistics Operations
Intelligent Decision Support
Enterprise Systems
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Manufacturing
Energy
Security
Healthcare
Value Chain Network
Supply Chain and Logistics Operations
Intelligent Decision Support
Enterprise Systems
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Technology
Application
Application
Value
Value
Partners
Partners
Test
Test
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
32
Technology
Application
Application
Value
Value
Partners
Partners
Test
Test
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Technology
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Technology
RF
GPS
Sensors
Networks
Protocols
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Technology
RF
GPS
Sensors
Networks
Protocols
FF RFID (125KHz, 13.56 MHz, 902MHz)
Ultrawideband (UWB)
FF Readers
Software Defined Radio (SDR Readers)
GPS
Sensors (mems, nano, micro-analyzer, EKG)
Sensor Network (scalability, power, MANET)
Network Transmission as Computation Cost
Protocols (802.11b, 802.15.4, 802.16a)
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Technology
RF
GPS
Sensors
Networks
Protocols
Application
Application
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Technology
Application
Application
RF
GPS
Sensors
Networks
Protocols
Use Case
Scenario
Benefits
System
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
38
Technology
Application
Application
RF
GPS
Sensors
Networks
Protocols
Use Case
Scenario
Benefits
System
Value
Value
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Technology
Application
Application
Value
Value
RF
GPS
Sensors
Networks
Protocols
Use Case
Scenario
Benefits
System
Current
Enhancement
Transformation
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
40
Technology
Application
Application
Value
Value
RF
GPS
Sensors
Networks
Protocols
Use Case
Scenario
Benefits
System
Current
Enhancement
Transformation
Partners
Partners
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
41
Technology
Application
Application
Value
Value
Partners
Partners
RF
GPS
Sensors
Networks
Protocols
Use Case
Scenario
Benefits
System
Current
Enhancement
Transformation
Industry
Academic
Organizations
Collaborations
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
42
Technology
Application
Application
Value
Value
Partners
Partners
RF
GPS
Sensors
Networks
Protocols
Use Case
Scenario
Benefits
System
Current
Enhancement
Transformation
Industry
Academic
Organizations
Collaborations
Test
Test
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
43
Technology
Application
Application
Value
Value
Partners
Partners
Test
Test
RF
GPS
Sensors
Networks
Protocols
Use Case
Scenario
Benefits
System
Current
Enhancement
Transformation
Industry
Academic
Organizations
Collaborations
Tools
Platform
Implementation
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Response
H
Enterprise Systems
Application
Application
Intelligent Decision Support
Value Chain Network
Supply Chain and Logistics Operations
Ecology
Forecasting
Retail
M
Inventory
Agriculture
Inventory
E
Security
Sourcing
Law
Risk
S
Ports
Customs
Monitor
Identify
Metabolism
Technology
Value
Value
Partners
Partners
Test
Test
RF
GPS
Sensors
Networks
Protocols
Use Case
Scenario
Benefits
System
Current
Enhancement
Transformation
Industry
Academic
Organizations
Collaborations
Tools
Platform
Implementation
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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Additional Information
• http://groups.google.com/group/shoumen/files?hl=en
See items
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Dr Shoumen Palit Austin Datta
Research Scientist, Engineering Systems Division, School of Engineering, MIT
Co-Founder & Research Director, Forum for Supply Chain Innovation, MIT
(former) Technology Board Member, Auto ID Center, MIT
http://supplychain.mit.edu/shoumen
Strategic Innovation in Auto ID Sensor Networks < Dr Shoumen Palit Austin Datta, School of Engineering, MIT > shoumen@mit.edu
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