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What is the Internet of Things? - An Economic Perspective
RFID Adoption Issues: Analysis of Organizational Benefits and Risks
EPCIS-based Supply Chain Visualization Tool
Sensor Profile Requirements for Sensor Network Capability Information in the EPCglobal Network
Efficient Novel Anti-Collision Protocols for Passive RFID Tags
Toward Designing Provably Secure Cryptographic Protocols for RFID Tags
A Mutual Authentication Protocol for RFID Using IDEA
Anti-Collision Issue Analysis in Gen2 Protocol - Anti-collision issue analysis considering capture effect
MobileIoT Toolkit: Connecting the EPC Network to Mobile Phones
RF Tag with RF and Baseband Communication Interfaces for Product Lifecycle Management
APriori: A Ubiquitous Product Rating System
Supporting a Mobile Lost and Found Community
The Potential of the EPC Network to Monitor and Manage the Carbon Footprint of Products
Simulation Study on the Effect of Sensor Information in Supply Chains of Perishable Goods
Why RFID Adoption and Diffusion takes Time: The Role of Standards in the Automotive Industry
Understanding the Impact of Emerging Technologies on Process Optimization: The Case of RFID Technology
Integrating RFID Readers in the Enterprise IT – Overview of Intra-organizational RFID System Services and Architectures
Wireless Sensor Networks
Connecting Mobile Phones to the Internet of Things: A Discussion of CompatibilityIssues between EPC and NFC
Deckard: A System to Detect Change of RFID Tag Ownership
An Authentication Framework for Integrating RFID Systems
Use of the Shrinking Generator in Lightweight Cryptography for RFID
Facilitating RFID Development with the Accada Prototyping Platform
The Dual Ownership Model
The EPC Business Collaboration Framework
Probabilistic Approach for Location-Based Authentication
Publishing and Discovering Information and Services for Tagged Products
Architecture Development for Sensor Integration in the EPCglobal Network
Anti-collision Scheme Analysis of RFID System
On-Chip Antenna Designs for UHF RFID
A Low Voltage Low Power RF/Analog Front-end Circuit for Passive UHF RFID Tag
Adiabatic Circuit Applied for LF Tag
4.7pJ/pulse 7th Derivative Gaussian Pulse Generator for Impulse Radio UWB
A Simple Dual-frequency Antenna Design for RFID Tag
Design and Testing of A Small Passive UHF RFID Tag for Metallic Item Identification
Making Radio Frequency Identification Visible – A Watchdog Tag
Efficient frequency sharing of baseband and subcarrier coding UHF RFID systems
Technology Selection for Identification Applications
Adoption and Diffusion of RFID Technology in the Automotive Industry
Features, Identity, Tracing, and Cryptography in Product Authentication
Operating Appliances with Mobile Phones –Strengths and Limits of a Universal Interaction Device
EPC Identifiers for aerospace
Automatic ID Systems: Enablers for Track and Trace Performance
Track and Trace Case Studies Report
Data Synchronization Specification
Lifecycle ID and Lifecycle Data Management
RFID, Privacy and the Perception of Risk: a strategic framework
Improving the performance of retail stores subject to execution errors: coordination versus RFID technology
Security Assessment of EPCglobal Architecture Framework
RFID Tag-Reader Mutual Authentication Scheme Utilizing Tag\'s Access Password
Enhanced Mutual Authentication Protocol for Low-cost RFID
Enhancing Security of EPCGlobal Gen-2 RFID against Traceability and Cloning
Managing Risk Perceptions of RFID
One Time Codes
Security and Authentication Primer
From Identification to Authentication
Product Specific Security Features Based on RFID Technology
The Potential of RFID and NFC in Anti-Counterfeiting
Improving the safety and security of the pharmaceutical supply chain
Strengthening the Security of Machine-Readable Documents
A Low Cost Solution to Authentication in Passive RFID Systems
Security in Low Cost RFID
Elliptic Curve Cryptography
Definition of Terms used by the Auto-ID Labs in the Anti-Counterfeiting White Paper Series
Scheme of Truly Random Number Generator Application in RFID Tag
Security Scheme for RFID Tag
EPC System for Safe & Secure Supply Chain and How it is applied
The impact of Auto-ID technology on process performance –RFID in the FMCG supply chain
Flagship Project Anti-Counterfeiting & Secure Supply Chain
The Impact of Inventory Inaccuracy on Retail Supply Chain Performance: A Simulation Study
An Adoption Strategy for an Open RFID Standard - Potentials for RFID in the Automotive Aftermarket
RFID—The Opportunity for Logistics Service Providers
From Operations to Strategy: The Potential of RFID for the Automotive Industry
The Impact of Product Identity on Industrial Control Part 1: “See More, Do More…”
Development of a Prototype PML Server for an Auto-ID Enabled Robotic Manufacturing Environment
Methodologies for Integrating Auto-ID Data with existing Manufacturing Business Information Systems
Executive Briefing. Public Policy: Understanding Public Opinion
Integration of Auto-ID Tagging System with Holonic Manufacturing Systems
Towards the 5˘ Tag
Compliance and Certification: Ensuring RFID Interoperability
Physics and Protocols in Radio Frequency Identification
RFID Data Capture and its Impact on Shelf Replenishment
The Role of the Auto-ID enabled Product Information in a Product’s Usage: A Maintenance Example
PML Core Specification 1.0
Ubiquitous Computing: Why Auto-ID is the Logical Next Step in Enterprise Automation
EPC™ Tag Data Specification
Beyond the EPC™ – Making Sense of the Data Proposals for Engineering the Next Generation Intelligent Data Network
The Electronic Product Code™ (EPC™) as a Meta Code
Micronetwork Interfaces for RFID Tags: A New Paradigm for Reader-Tag Communication
RFID as Consumer Empowering Technology – Unique Opportunities for RFID Deployment in Japan
Internet and Auto-ID Architecture
A Field Experiment Report: Publishing of an Auto-ID Enabled Book
RFID in China
The Auto-ID Calculator: An Overview
Prediction, Detection, and Proof: An Integrated Auto-ID Solution to Retail Theft
Object Location – Pose Identification using Automatic Identification and Distributed Sensing
UHF Identity Tag Action Group: Scope and Deliverables
On the Future of RFID Tags and Protocols
Optimize the Power Consumption of Passive Electronic Tags for Anti-collision Schemes
Economic Benefits of EPC™ in Pharmaceuticals
Routes for Integrating Auto-ID Systems into Manufacturing Control Middleware Environments
EPC™ Information Service – Data Model and Queries
Demystifying RFID: Principles & Practicalities
Auto-ID Use Case: Food Manufacturing Company Distribution
Auto-ID Use Case: Improving Inventory Visibility in a Retail Company – Impact on Existing Procedures and Information Systems
Auto-ID Use Case: Improving Differential Item Pricing in a Retail Company – Impact on Existing Procedures and Information Systems
Auto-ID Use Case: Improving Usage and Tracing of Rework Pieces in a Global Food Manufacturer – Impact on Existing Procedures and Information Systems
The Auto-ID Automation Laboratory: Building Tomorrow’s Systems Today
Coupling Relations in RFID Systems II: Practical Performance Measurements
Coupling Relations in RFID Systems
Change Readiness Guide: Project Management Edition
The Promise of Auto-ID in the Automotive Industry
The Auto-ID Transformation: Succeeding in a large-scale change effort
Securing the Pharmaceutical Supply Chain
Fresh Food – Dynamic Expiration Dates Using Auto-ID Technology and Analytic Shelf Life Models
Manufacturing Cost Simulations for Low Cost RFID systems
HF Identity Tag Action Group: Scope and Deliverables
860MHz–930MHz Class 0 Radio Frequency Identification Tag Protocol Specification Candidate Recommendation, Version 1.0.0
Savant™ Guide
The Use of the Electronic Product Code™
Vibratory Assembly Update: Part Transportation Mechanics Analysis
Solving the Reader Collision Problem with a Hierarchical Q-learning Algorithm
An Analysis of the Department of Defense Supply Chain: Potential Applications of the Auto-ID Center Technology to Improve Effectiveness
Reasoning about Uncertainty in Location Identification with Auto-ID
The Role of Product Identity in End-of-Life Decision Making
PML Server Developments
Auto-ID in Materials Handling
Auto-ID Based Control Demonstration. Phase 2: Pick and Place Packing with Holonic Control
If You Build It, They Will Come: EPC™ Forum Market Sizing Analysis
Auto-ID in the Box: The Value of Auto-ID Technology in Retail Stores
Business case study. Auto-ID Fare Collection at the MBTA
Why Technical Breakthroughs Fail: A History of Public Concern with Emerging Technologies
Survey of Languages, Specifications and Standards for Database and Network Communication
13.56 MHz ISM Band Class 1Radio Frequency Identification Tag Interface Specification: Recommended Standard, Version 1.0.0
EPC-256: The 256-bit Electronic Product Code™ Representation
860MHz–960MHz Class I Radio Frequency Identification Tag Radio Frequency& Logical Communication Interface Specification Recommended Standard, Version 1.0.0
Technical memo. Auto-ID Business Use-Case Framework (A-Biz). Despatch Advice Use-Case
Technical memo. Auto-ID Business Use-Case Framework (A-Biz). Background
Executive Briefing. Options for Regulation of the EPC™ Network
Applying Auto-ID to Reduce Losses Associated with Product Obsolescence
Applying Auto-ID to Reduce Losses Associated with Shrink
EPC™ Forum Survey
Auto-ID’s Three R’s: Rules and Recipes for Product Requirements
The University of Cambridge Auto-ID Centre from 2001–2003
Auto-ID on the Move: The Value of Auto-ID Technology in Freight Transportation
Auto-ID on Demand: The Value of Auto-ID Technology in Consumer Packaged Goods Demand Planning
Auto-ID on the Line: The Value of Auto-ID Technology in Manufacturing
RFID Systems, Security & Privacy Implications
Towards RFID Peformance Benchmark Tests
Multi-Band, Low-Cost EPC Tag Reader
The Virtual Electronic Product Code
Smart Medicine, The Application of Auto-ID Technology to Healthcare
Auto-ID Center Field Trial: Phase I Summary
Technical Memo. A Comparison of the Electronic Product Code Identification Scheme & the Internet Protocol Address Identification Scheme
Technical Memo. On the design of Globally Unique Identification Schemes
Technical Memo. Physical Mark-Up Language Update
Technical Manual. The Object Name Service Version 0.5 (Beta)
Technical Manual. The Savant Version 0.1 (Alpha)
Executive Briefing. Auto-ID Center of 2003. Steps Towards Delivering the Future
Executive Briefing. Towards an Approach to ‘Intellectual Property’
Focus on the Supply Chain: Applying Auto-ID
Focus on Retail: Applying Auto-ID to Improve Product Availability at the Retail Shelf
The Need for a Universal Smart Sensor Network
Auto-ID Based Control Demonstration. Phase 1: Pick and Place Packing with Conventional Control
A Study of Factors Affecting the Design of EPC Antennas & Readers for Supermarket Shelves
Auto-ID on Delivery: The Value of Auto-ID Technology in the Retail Supply Chain
Auto-ID Across the Value Chain: From Dramatic Potential to Greater Efficiency & Profit
Executive Briefing. The University of Cambridge Auto-ID Centre from 2001–2003 Going Global
Information Visibility And Its Effect On Supply Chain Dynamics
A Proposal for a Standard Process for the Auto-ID Center
The Compact Electronic Product Code. A 64-bit Representation of the Electronic Product Code
The Reader Collision Problem
The Physical Markup Language, Core Components: Time and Place
Integrating the Electronic Product Code (EPC) and the Global Trade Item Number (GTIN)
The Physical Markup Language
The Electronic Product Code (EPC). A Naming Scheme for Physical Objects
The Networked Physical World, Proposals for Engineering the Next Generation of Computing, Commerce & Automatic-Identification
An O(log n) Randomized Resource Discovery Algorithm
Efficient Memoryless Protocol for Tag Identification
The Graticule Coordinate Code
Assessing the benefits of Auto-ID Technology in the Consumer Goods Industry
Product Driven Supply Chains
The Intelligent Product Driven Supply Chain
Auto-ID Based Control An Overview
UHF Band RFID Readability and Fading Measurements in Practical Propagation Environment
Recovering value from “End-of-Life” Equipment. A case study on the role of product information
Improving Product Recovery Decisions through Enhanced Product Information
Auto ID— 21st Century Supply Chain Technology
Evaluating and Optimizing Power Consumption of Anti-Collision Protocols for Applications in RFID Systems
Low-Cost RFID Systems: Confronting Security and Privacy
EPC Network Architecture
Standardization Requirements within the RFID Class Structure Framework
On Ghost Reads in RFID Systems
Packaging and RFID: Incorporating RFID in the Real World
An Overview of Location and Identity Technologies
Evaluation of a MEMS Based Theft Detection Circuit for RFID Labels
The Reader Collision Problem in RFID Systems
Analysis of Constraints in Small UHF RFID Tag Design
Radio frequency identification: technology, applications and impact
A Small Passive UHF RFID Tag for Livestock Identification
An HF/UHF RFID Analogue Front-end Design and Analysis
Fabrication and Modeling of Schottky Diode Integrated in Standard CMOS Process
System Modeling and Simulation of RFID
Traceability System for Disclosure—A Case of Consumer Empowerment Strategy
Networked RFID in Industrial Control: Current and Future
From Pallet to Shelf: Improving Data Quality in Retail Supply Chains Using RFID
Business Impact of Pervasive Technologies: opportunities and Risks
Networked RFID Systems in Product Recovery Management
The Potential of RFID for Moveable Asset Management
Information management in the product lifecycle — The role of networked RFID
A Ubiquitous Computing Environment for Aircraft Maintenance
Extending the EPC Network —The Potential of RFID in Anti-Counterfeiting
Towards an Approach to «Intellectual Property»
Applying Auto-ID to the Japanese Publication Business
The Auto-ID Lab St. Gallen / Zürich has won the “EHI Science Award for Cooperation 2010”, awarded by the EHI Retail Institute.
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TwiPhone, a prototype application for Android mobile phones which shares call logs and text messages on Twitter.
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