My Account Details
ISBN10: 0071442995 | ISBN13: 9780071442992
ISBN10: 0071442995
ISBN13: 9780071442992
Step 1 . Download Adobe Digital Editions to your PC or Mac desktop/laptop.
Step 2. Register and authorize your Adobe ID (optional). To access your eBook on multiple devices, first create an Adobe ID at account.adobe.com. Then, open Adobe Digital Editions, go to the Help menu, and select "Authorize Computer" to link your Adobe ID.
Step 3. Open Your eBook. Use Adobe Digital Editions to open the file. If the eBook doesn’t open, contact customer service for assistance.
Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product. TAG THE HOTTEST GROWTH IN WIRELESS With a predicted $10-billion market over the next decade, RFID (Radio Frequency Identification) is a booming new wireless technology with an eager new audience—retailers. From global giant Wal-Mart down, RFID is being adapted to track inventories via microchip-tagged products. Popular technology writer Steven Shepard's RFID gives you an inside look at the entire arena, from the technology's staggering capabilities and potential, through insightful coverage of issues from vendors, implementation, and monitoring, to possible technical conflicts, market forecasts, and security. A must-read for both technical types and retailers, this book's need-to-know contents include: Defining RFID • Underlying Technologies • Technological Competitors • Future RFID Applications • RFID/3G/Bluetooth Coexistence • Implementation • Potential Roadblocks • RFID Security • RFID Chips, Readers, and Applications Sets • Short- and Long-Term Forecasts
PART ONE. BUSINESS ENABLERS Supply Chains: A Brief Overview The ServicePlus Story The History of Barcodes The 1790 Census From Census . . . to Groceries Tracking the Railroads Back to Groceries Barcodes . . . Up Close and Personal Encoding Details Digit Encoding in UPC A UPC Version E The Application Identifier Beyond Groceries Conclusion RFID History Pre-RFID: The Arrival of Radar First Deployments: Chain Home Radar Post-Radar Development Efforts The First RFID Tag: Mario Cardullo Later Developments In Summary PART TWO. RFID IN DETAIL Typical RFID System Components Transponders Passive vs. Active Transponders Operating Frequencies Frequency Attributes Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
The ServicePlus Story The History of Barcodes The 1790 Census From Census . . . to Groceries Tracking the Railroads Back to Groceries Barcodes . . . Up Close and Personal Encoding Details Digit Encoding in UPC A UPC Version E The Application Identifier Beyond Groceries Conclusion RFID History Pre-RFID: The Arrival of Radar First Deployments: Chain Home Radar Post-Radar Development Efforts The First RFID Tag: Mario Cardullo Later Developments In Summary PART TWO. RFID IN DETAIL Typical RFID System Components Transponders Passive vs. Active Transponders Operating Frequencies Frequency Attributes Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
The 1790 Census From Census . . . to Groceries Tracking the Railroads Back to Groceries Barcodes . . . Up Close and Personal Encoding Details Digit Encoding in UPC A UPC Version E The Application Identifier Beyond Groceries Conclusion RFID History Pre-RFID: The Arrival of Radar First Deployments: Chain Home Radar Post-Radar Development Efforts The First RFID Tag: Mario Cardullo Later Developments In Summary PART TWO. RFID IN DETAIL Typical RFID System Components Transponders Passive vs. Active Transponders Operating Frequencies Frequency Attributes Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Tracking the Railroads Back to Groceries Barcodes . . . Up Close and Personal Encoding Details Digit Encoding in UPC A UPC Version E The Application Identifier Beyond Groceries Conclusion RFID History Pre-RFID: The Arrival of Radar First Deployments: Chain Home Radar Post-Radar Development Efforts The First RFID Tag: Mario Cardullo Later Developments In Summary PART TWO. RFID IN DETAIL Typical RFID System Components Transponders Passive vs. Active Transponders Operating Frequencies Frequency Attributes Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Barcodes . . . Up Close and Personal Encoding Details Digit Encoding in UPC A UPC Version E The Application Identifier Beyond Groceries Conclusion RFID History Pre-RFID: The Arrival of Radar First Deployments: Chain Home Radar Post-Radar Development Efforts The First RFID Tag: Mario Cardullo Later Developments In Summary PART TWO. RFID IN DETAIL Typical RFID System Components Transponders Passive vs. Active Transponders Operating Frequencies Frequency Attributes Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Digit Encoding in UPC A UPC Version E The Application Identifier Beyond Groceries Conclusion RFID History Pre-RFID: The Arrival of Radar First Deployments: Chain Home Radar Post-Radar Development Efforts The First RFID Tag: Mario Cardullo Later Developments In Summary PART TWO. RFID IN DETAIL Typical RFID System Components Transponders Passive vs. Active Transponders Operating Frequencies Frequency Attributes Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
The Application Identifier Beyond Groceries Conclusion RFID History Pre-RFID: The Arrival of Radar First Deployments: Chain Home Radar Post-Radar Development Efforts The First RFID Tag: Mario Cardullo Later Developments In Summary PART TWO. RFID IN DETAIL Typical RFID System Components Transponders Passive vs. Active Transponders Operating Frequencies Frequency Attributes Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Conclusion RFID History Pre-RFID: The Arrival of Radar First Deployments: Chain Home Radar Post-Radar Development Efforts The First RFID Tag: Mario Cardullo Later Developments In Summary PART TWO. RFID IN DETAIL Typical RFID System Components Transponders Passive vs. Active Transponders Operating Frequencies Frequency Attributes Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Pre-RFID: The Arrival of Radar First Deployments: Chain Home Radar Post-Radar Development Efforts The First RFID Tag: Mario Cardullo Later Developments In Summary PART TWO. RFID IN DETAIL Typical RFID System Components Transponders Passive vs. Active Transponders Operating Frequencies Frequency Attributes Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Post-Radar Development Efforts The First RFID Tag: Mario Cardullo Later Developments In Summary PART TWO. RFID IN DETAIL Typical RFID System Components Transponders Passive vs. Active Transponders Operating Frequencies Frequency Attributes Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Later Developments In Summary PART TWO. RFID IN DETAIL Typical RFID System Components Transponders Passive vs. Active Transponders Operating Frequencies Frequency Attributes Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
PART TWO. RFID IN DETAIL Typical RFID System Components Transponders Passive vs. Active Transponders Operating Frequencies Frequency Attributes Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Transponders Passive vs. Active Transponders Operating Frequencies Frequency Attributes Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Operating Frequencies Frequency Attributes Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Form Factors Smart Cards Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Close-Coupling Smart Cards A Brief Aside: Inductive vs. Capacitive Coupling Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Proximity-Coupling Smart Cards Part 1: Physical Device Parameters Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Part 2: RF Characteristics Part 3: Initialization and Collision Control Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Manchester Encoding Transponder Selection Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Collision Management in Action The REQB Frame The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
The ATQB Frame Slotted Aloha: How It Works The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
The Air Interface: Data Communications Protocols Initiating Data Transmission Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Application Protocol Support Layer by Layer Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Layer Seven: The Application Layer Layer Six: The Presentation Layer Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Layer Five: The Session Layer Layer Four: The Transport Layer Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Layer Three: The Network Layer Layer Two: The Data Link Layer Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Layer One: The Physical Layer OSI Summary 107The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
The OSI Model and the RFID Interface Vicinity-Coupling Smart Cards ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
ISO 15693 Part One: Physical Device Characteristics ISO 15693 Part Two: RF Power, Data Transfer, and FrameStructures Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
Data Transfer: Downstream, Reader to Card Data Transfer: Upstream, Card to Reader A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
A Brief Aside: RFID Readers Enterprise Resource Planning (ERP) The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
The ERP Process Summary RFID Security Considerations Key Security Considerations Privacy Concerns
RFID Security Considerations Key Security Considerations Privacy Concerns
Privacy Concerns
Need support? We're here to help - Get real-world support and resources every step of the way.
Top