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catalog abstract ""In Bluetooth: Connect Without Cables, two leading Bluetooth implementers explain the Bluetooth standard more clearly than it's ever been explained before. Even better, they place Bluetooth in context, covering global markets, applications, complementary technologies, connection to WAP, even leading-edge system design and development issues. Whether you're a systems designer, developer, manager, marketer, or customer, Bluetooth: Connect Without Cables shows you exactly how to exploit Bluetooth for simple, seamless, intuitive wireless communications - starting now."--Jacket.".
catalog contributor b11959006.
catalog contributor b11959007.
catalog contributor b11959008.
catalog created "c2001.".
catalog date "2001".
catalog date "c2001.".
catalog dateCopyrighted "c2001.".
catalog description ""In Bluetooth: Connect Without Cables, two leading Bluetooth implementers explain the Bluetooth standard more clearly than it's ever been explained before. Even better, they place Bluetooth in context, covering global markets, applications, complementary technologies, connection to WAP, even leading-edge system design and development issues. Whether you're a systems designer, developer, manager, marketer, or customer, Bluetooth: Connect Without Cables shows you exactly how to exploit Bluetooth for simple, seamless, intuitive wireless communications - starting now."--Jacket.".
catalog description "1.1 Bluetooth's Origins 2 -- 1.2 Bluetooth SIG 2 -- 1.3 Aims 4 -- 1.4 Protocol Stack 5 -- 1.5 Security 12 -- 1.6 Applications and Profiles 12 -- 1.7 Using Bluetooth 13 -- 1.8 Management 16 -- 1.9 Test and Qualification 18 -- 1.10 Bluetooth in Context 19 -- Protocol Stack Part 1 Bluetooth Module -- 2 Antennas 25 -- 2.1 Radiation Pattern 25 -- 2.2 Gains and Losses 27 -- 2.3 Types of Antennas 28 -- 2.4 On-chip Antennas 30 -- 2.5 Antenna Placement 30 -- 3 Radio Interface 32 -- 3.2 Frequency Hopping 33 -- 3.3 Modulation 33 -- 3.4 Symbol Timing 34 -- 3.5 Power Emission and Control 34 -- 3.6 Radio Performance Parameters 35 -- 3.7 Simple RF Architecture 35 -- 3.8 RF System Timing 38 -- 3.9 Blue RF 39 -- 4 Baseband 41 -- 4.2 Bluetooth Device Address 42 -- 4.3 Masters, Slaves, and Piconets 42 -- 4.4 System Timing 45 --".
catalog description "4.5 Physical Links: SCO and ACL 48 -- 4.6 Bluetooth Packet Structure 49 -- 4.7 Packet Types and Packet Construction 57 -- 4.8 Logical Channels 58 -- 4.9 Channel Coding and Bitstream Processing 59 -- 4.10 Timebase Synchronisation and Receive Correlation 62 -- 4.11 Frequency Hopping 63 -- 5 Link Controller 65 -- 5.2 Link Control Protocol 65 -- 5.3 Link Controller States 67 -- 5.4 Link Controller Operation 70 -- 5.5 Piconet Operation 78 -- 5.6 Scatternet Operation 82 -- 5.7 Master/Slave Role Switching 84 -- 5.8 Low-power Operation 86 -- 5.9 Baseband/Link Controller Architectural Overview 87 -- 6 Audio 91 -- 6.2 Audio Transports in the Protocol Stack 92 -- 6.3 Quality and Bandwidth 92 -- 6.4 SCO Links 93 -- 6.5 Audio CODECs 94 -- 6.6 Audio Subsystem 97 -- 6.7 Audio Data Formats and HCI 99 -- 6.8 Implementation 100 -- 7 Link Manager 101 --".
catalog description "7.1 LMP Protocol Data Units (PDUs) 102 -- 7.2 Link Management Channel 102 -- 7.3 Link Setup 103 -- 7.4 LMP Link Shutdown 104 -- 7.5 Role Change 105 -- 7.6 Control of Multi-slot Packets 107 -- 7.7 Security 108 -- 7.8 Low-power Modes 108 -- 7.9 Power Control 108 -- 7.10 Quality of Service 110 -- 7.11 Information Messages 110 -- 7.12 Supported Features 110 -- 7.13 LMP Version 111 -- 7.14 Name Request 111 -- 7.15 Test Mode 112 -- 8 Host Controller Interface 115 -- 8.1 HCI Packet Types 117 -- 8.2 HCI Transport Layer 120 -- 8.3 Flow Control 123 -- 8.4 Configuring Modules 126 -- 8.5 Inquiring: Discovering Other Bluetooth Devices 130 -- 8.6 Inquiry Scan: Becoming Discoverable 132 -- 8.7 Paging: Initiating Connections 135 -- 8.8 Page Scan: Receiving Connections 136 -- 8.9 Sending and Receiving Data 140 -- 8.10 Switching Roles 142 -- 8.11".
catalog description "Connectionless Signalling 263 -- 14.7 TCS Call States 263 -- 15 Applications: The Bluetooth Profiles 265 -- 15.1 Structure of Profiles 266 -- 15.2 Generic Access Profile 267 -- 15.3 Serial Port Profile 269 -- 15.4 Dial up Networking 271 -- 15.5 FAX Profile 273 -- 15.6 Headset Profile 274 -- 15.7 LAN Access Point Profile 277 -- 15.8 Generic Object Exchange Profile 279 -- 15.9 Object Push Profile 281 -- 15.10 File Transfer Profile 282 -- 15.11 Synchronisation Profile 283 -- 15.12 Intercom Profile 284 -- 15.13 Cordless Telephony Profile 285 -- 15.14 Benefits of Profiles 286 -- Protocol Stack Part 3 Cross Layer Functions -- 16 Encryption and Security 291 -- 16.1 Key Generation and the Encryption Engine 293 -- 16.2 Secret Keys and PINs 298 -- 16.3 Pairing and Bonding 299 -- 16.4 Starting Encryption 307 -- 16.5 Security Modes 309 -- 16.6".
catalog description "Future 433 -- 24 Bluetooth Market 436 -- 24.2 Market Pull and Technology Push 436 -- 24.3 Market Segments 439 -- 24.4 Success in the Marketplace 441 -- 24.5 Enabling Technologies and Components 442 -- 24.6 Consumer Products 443 -- 24.7 Bluetooth Brand 445 -- 25 Future Developments 447 -- 25.1 New Bluetooth Profiles 447 -- 25.2 Bluetooth Profile Working Groups 448 -- 25.3 Coexistence with Other Wireless LAN Specifications in the ISM band 453 -- 25.4 Bluetooth in Japanese 3G Handsets/UDI 453 -- 25.5 Bluetooth Version 2.0 453.".
catalog description "Includes bibliographical references (p. 479-481) and index.".
catalog description "Power Control 142 -- Protocol Stack Part 2 Bluetooth Host -- 9 Logical Link Control and Adaptation Protocol 147 -- 9.1 Multiplexing Using Channels 148 -- 9.2 L2CAP Signalling 149 -- 9.3 Establishing a Connection 152 -- 9.4 Configuring a Connection 156 -- 9.5 Transferring Data 158 -- 9.6 Disconnecting and Timeouts 160 -- 9.7 Connectionless Data Channels 162 -- 9.8 Enabling and Disabling Incoming Connectionless Traffic 163 -- 9.9 Handling Groups 164 -- 9.10 Echo and Ping 165 -- 9.11 Get Information 167 -- 9.12 L2CAP State Machine 169 -- 9.13 Implementation-dependent Issues 170 -- 10 RFCOMM 172 -- 10.1 Serial Ports and UARTs 173 -- 10.2 Types of FRCOMM Devices 173 -- 10.3 FRCOMM Frame Types 174 -- 10.4 Connecting and Disconnecting 175 -- 10.5 Structure of FRCOMM Frames 177 -- 10.6 Multiplexor Frames 181 -- 10.7 Service Records 189 -- 11".
catalog description "Radio Transmitter Test 380 -- 20.4 Loopback Test 383 -- 21 Qualification and Type Approval 385 -- 21.1 Bluetooth Qualification 386 -- 21.2 Bluetooth Interoperability Testing 393 -- 21.3 Regulatory Type Approval 394 -- Bluetooth in Context -- 22 Implementation 399 -- 22.2 System Partitioning 400 -- 22.3 Hardware Integration Options 408 -- 22.4 Bluetooth as an IP Core 412 -- 22.5 ASIC Prototyping and FPGAs 416 -- 22.6 Making the Right Design Choices 417 -- 22.7 Radio Implementation 419 -- 23 Related Standards and Technologies 422 -- 23.2 What Are the Requirements? 422 -- 23.3 Infrared Data Association (IrDA) 423 -- 23.4 Digital Enhanced Cordless Telecommunications (DECT) 424 -- 23.5 IEEE 802.11 426 -- 23.6 HomeRF Working Group (HRFWG) 428 -- 23.7 IEEE 802.15 and the Wireless Personal Area Network (WPAN) 430 -- 23.8 HIPERLAN 431 -- 23.9 MMAC 433 -- 23.10".
catalog description "Security Architecture 309 -- 17 Low-power Operation 314 -- 17.1 Controlling Low-power Modes 315 -- 17.2 Hold Mode 315 -- 17.3 Sniff Mode 318 -- 17.4 Park Mode 321 -- 17.5 Low-power Oscillator 330 -- 18 Quality of Service 332 -- 18.1 Requesting QOS 335 -- 18.2 QOS Violations 340 -- 18.3 Flushing and Delays 341 -- 18.4 Link Supervision 343 -- 18.5 Broadcast Channel Reliability 344 -- 18.6 Data Rates and Packet Types 345 -- 19 Managing Bluetooth Devices 351 -- 19.1 Link Configuration and Management 352 -- 19.2 Device Manager Architecture 363 -- 19.3 Security Management 367 -- 19.4 Integrating Applications 368 -- 19.5 Accounting Management 369 -- 19.6 Capacity 370 -- 19.7 User Interface Design 370 -- Test and Qualification -- 20 Test Mode 375 -- 20.1 Activating Test Mode 375 -- 20.2 Controlling Test Mode 378 -- 20.3".
catalog description "Service Discovery Protocol 191 -- 11.1 SDP Client/Server Model 192 -- 11.2 SDP Database 193 -- 11.3 Browsing SDP Records 199 -- 11.4 Universally Unique Identifiers (UUIDs) 200 -- 11.5 SDP Messages 202 -- 11.6 Service Discovery Profile 215 -- 12 Wireless Access Protocol 218 -- 12.1 WAP Forum 219 -- 12.2 WAP Stack 220 -- 12.3 PPP Links 221 -- 12.4 WAP Clients and Servers 224 -- 12.5 Suspend and Resume 227 -- 12.6 Service Discovery 228 -- 12.7 WAP Interoperability 229 -- 12.8 Using WAP 229 -- 13 OBEX and IrDA 231 -- 13.1 OBEX in the Bluetooth Stack 232 -- 13.2 Object Model 234 -- 13.3 Session Protocol 236 -- 14 Telephony Control Protocol 245 -- 14.1 TCS Signalling 247 -- 14.2 Call Establishment Signalling 250 -- 14.3 Call Clearing Signalling 256 -- 14.4 DTMF Signalling 257 -- 14.5 Wireless User Group (WUG) Signalling 258 -- 14.6".
catalog extent "xx, 495 p. :".
catalog hasFormat "Bluetooth.".
catalog identifier "0130898406".
catalog isFormatOf "Bluetooth.".
catalog issued "2001".
catalog issued "c2001.".
catalog language "eng".
catalog publisher "Upper Saddle River, N.J. : Prentice Hall PTR,".
catalog relation "Bluetooth.".
catalog subject "004.6/2 21".
catalog subject "Bluetooth technology.".
catalog subject "Computer network protocols.".
catalog subject "TK5103.3 .B73 2001".
catalog subject "Telecommunication Equipment and supplies.".
catalog subject "Wireless communication systems Equipment and supplies.".
catalog tableOfContents "1.1 Bluetooth's Origins 2 -- 1.2 Bluetooth SIG 2 -- 1.3 Aims 4 -- 1.4 Protocol Stack 5 -- 1.5 Security 12 -- 1.6 Applications and Profiles 12 -- 1.7 Using Bluetooth 13 -- 1.8 Management 16 -- 1.9 Test and Qualification 18 -- 1.10 Bluetooth in Context 19 -- Protocol Stack Part 1 Bluetooth Module -- 2 Antennas 25 -- 2.1 Radiation Pattern 25 -- 2.2 Gains and Losses 27 -- 2.3 Types of Antennas 28 -- 2.4 On-chip Antennas 30 -- 2.5 Antenna Placement 30 -- 3 Radio Interface 32 -- 3.2 Frequency Hopping 33 -- 3.3 Modulation 33 -- 3.4 Symbol Timing 34 -- 3.5 Power Emission and Control 34 -- 3.6 Radio Performance Parameters 35 -- 3.7 Simple RF Architecture 35 -- 3.8 RF System Timing 38 -- 3.9 Blue RF 39 -- 4 Baseband 41 -- 4.2 Bluetooth Device Address 42 -- 4.3 Masters, Slaves, and Piconets 42 -- 4.4 System Timing 45 --".
catalog tableOfContents "4.5 Physical Links: SCO and ACL 48 -- 4.6 Bluetooth Packet Structure 49 -- 4.7 Packet Types and Packet Construction 57 -- 4.8 Logical Channels 58 -- 4.9 Channel Coding and Bitstream Processing 59 -- 4.10 Timebase Synchronisation and Receive Correlation 62 -- 4.11 Frequency Hopping 63 -- 5 Link Controller 65 -- 5.2 Link Control Protocol 65 -- 5.3 Link Controller States 67 -- 5.4 Link Controller Operation 70 -- 5.5 Piconet Operation 78 -- 5.6 Scatternet Operation 82 -- 5.7 Master/Slave Role Switching 84 -- 5.8 Low-power Operation 86 -- 5.9 Baseband/Link Controller Architectural Overview 87 -- 6 Audio 91 -- 6.2 Audio Transports in the Protocol Stack 92 -- 6.3 Quality and Bandwidth 92 -- 6.4 SCO Links 93 -- 6.5 Audio CODECs 94 -- 6.6 Audio Subsystem 97 -- 6.7 Audio Data Formats and HCI 99 -- 6.8 Implementation 100 -- 7 Link Manager 101 --".
catalog tableOfContents "7.1 LMP Protocol Data Units (PDUs) 102 -- 7.2 Link Management Channel 102 -- 7.3 Link Setup 103 -- 7.4 LMP Link Shutdown 104 -- 7.5 Role Change 105 -- 7.6 Control of Multi-slot Packets 107 -- 7.7 Security 108 -- 7.8 Low-power Modes 108 -- 7.9 Power Control 108 -- 7.10 Quality of Service 110 -- 7.11 Information Messages 110 -- 7.12 Supported Features 110 -- 7.13 LMP Version 111 -- 7.14 Name Request 111 -- 7.15 Test Mode 112 -- 8 Host Controller Interface 115 -- 8.1 HCI Packet Types 117 -- 8.2 HCI Transport Layer 120 -- 8.3 Flow Control 123 -- 8.4 Configuring Modules 126 -- 8.5 Inquiring: Discovering Other Bluetooth Devices 130 -- 8.6 Inquiry Scan: Becoming Discoverable 132 -- 8.7 Paging: Initiating Connections 135 -- 8.8 Page Scan: Receiving Connections 136 -- 8.9 Sending and Receiving Data 140 -- 8.10 Switching Roles 142 -- 8.11".
catalog tableOfContents "Connectionless Signalling 263 -- 14.7 TCS Call States 263 -- 15 Applications: The Bluetooth Profiles 265 -- 15.1 Structure of Profiles 266 -- 15.2 Generic Access Profile 267 -- 15.3 Serial Port Profile 269 -- 15.4 Dial up Networking 271 -- 15.5 FAX Profile 273 -- 15.6 Headset Profile 274 -- 15.7 LAN Access Point Profile 277 -- 15.8 Generic Object Exchange Profile 279 -- 15.9 Object Push Profile 281 -- 15.10 File Transfer Profile 282 -- 15.11 Synchronisation Profile 283 -- 15.12 Intercom Profile 284 -- 15.13 Cordless Telephony Profile 285 -- 15.14 Benefits of Profiles 286 -- Protocol Stack Part 3 Cross Layer Functions -- 16 Encryption and Security 291 -- 16.1 Key Generation and the Encryption Engine 293 -- 16.2 Secret Keys and PINs 298 -- 16.3 Pairing and Bonding 299 -- 16.4 Starting Encryption 307 -- 16.5 Security Modes 309 -- 16.6".
catalog tableOfContents "Future 433 -- 24 Bluetooth Market 436 -- 24.2 Market Pull and Technology Push 436 -- 24.3 Market Segments 439 -- 24.4 Success in the Marketplace 441 -- 24.5 Enabling Technologies and Components 442 -- 24.6 Consumer Products 443 -- 24.7 Bluetooth Brand 445 -- 25 Future Developments 447 -- 25.1 New Bluetooth Profiles 447 -- 25.2 Bluetooth Profile Working Groups 448 -- 25.3 Coexistence with Other Wireless LAN Specifications in the ISM band 453 -- 25.4 Bluetooth in Japanese 3G Handsets/UDI 453 -- 25.5 Bluetooth Version 2.0 453.".
catalog tableOfContents "Power Control 142 -- Protocol Stack Part 2 Bluetooth Host -- 9 Logical Link Control and Adaptation Protocol 147 -- 9.1 Multiplexing Using Channels 148 -- 9.2 L2CAP Signalling 149 -- 9.3 Establishing a Connection 152 -- 9.4 Configuring a Connection 156 -- 9.5 Transferring Data 158 -- 9.6 Disconnecting and Timeouts 160 -- 9.7 Connectionless Data Channels 162 -- 9.8 Enabling and Disabling Incoming Connectionless Traffic 163 -- 9.9 Handling Groups 164 -- 9.10 Echo and Ping 165 -- 9.11 Get Information 167 -- 9.12 L2CAP State Machine 169 -- 9.13 Implementation-dependent Issues 170 -- 10 RFCOMM 172 -- 10.1 Serial Ports and UARTs 173 -- 10.2 Types of FRCOMM Devices 173 -- 10.3 FRCOMM Frame Types 174 -- 10.4 Connecting and Disconnecting 175 -- 10.5 Structure of FRCOMM Frames 177 -- 10.6 Multiplexor Frames 181 -- 10.7 Service Records 189 -- 11".
catalog tableOfContents "Radio Transmitter Test 380 -- 20.4 Loopback Test 383 -- 21 Qualification and Type Approval 385 -- 21.1 Bluetooth Qualification 386 -- 21.2 Bluetooth Interoperability Testing 393 -- 21.3 Regulatory Type Approval 394 -- Bluetooth in Context -- 22 Implementation 399 -- 22.2 System Partitioning 400 -- 22.3 Hardware Integration Options 408 -- 22.4 Bluetooth as an IP Core 412 -- 22.5 ASIC Prototyping and FPGAs 416 -- 22.6 Making the Right Design Choices 417 -- 22.7 Radio Implementation 419 -- 23 Related Standards and Technologies 422 -- 23.2 What Are the Requirements? 422 -- 23.3 Infrared Data Association (IrDA) 423 -- 23.4 Digital Enhanced Cordless Telecommunications (DECT) 424 -- 23.5 IEEE 802.11 426 -- 23.6 HomeRF Working Group (HRFWG) 428 -- 23.7 IEEE 802.15 and the Wireless Personal Area Network (WPAN) 430 -- 23.8 HIPERLAN 431 -- 23.9 MMAC 433 -- 23.10".
catalog tableOfContents "Security Architecture 309 -- 17 Low-power Operation 314 -- 17.1 Controlling Low-power Modes 315 -- 17.2 Hold Mode 315 -- 17.3 Sniff Mode 318 -- 17.4 Park Mode 321 -- 17.5 Low-power Oscillator 330 -- 18 Quality of Service 332 -- 18.1 Requesting QOS 335 -- 18.2 QOS Violations 340 -- 18.3 Flushing and Delays 341 -- 18.4 Link Supervision 343 -- 18.5 Broadcast Channel Reliability 344 -- 18.6 Data Rates and Packet Types 345 -- 19 Managing Bluetooth Devices 351 -- 19.1 Link Configuration and Management 352 -- 19.2 Device Manager Architecture 363 -- 19.3 Security Management 367 -- 19.4 Integrating Applications 368 -- 19.5 Accounting Management 369 -- 19.6 Capacity 370 -- 19.7 User Interface Design 370 -- Test and Qualification -- 20 Test Mode 375 -- 20.1 Activating Test Mode 375 -- 20.2 Controlling Test Mode 378 -- 20.3".
catalog tableOfContents "Service Discovery Protocol 191 -- 11.1 SDP Client/Server Model 192 -- 11.2 SDP Database 193 -- 11.3 Browsing SDP Records 199 -- 11.4 Universally Unique Identifiers (UUIDs) 200 -- 11.5 SDP Messages 202 -- 11.6 Service Discovery Profile 215 -- 12 Wireless Access Protocol 218 -- 12.1 WAP Forum 219 -- 12.2 WAP Stack 220 -- 12.3 PPP Links 221 -- 12.4 WAP Clients and Servers 224 -- 12.5 Suspend and Resume 227 -- 12.6 Service Discovery 228 -- 12.7 WAP Interoperability 229 -- 12.8 Using WAP 229 -- 13 OBEX and IrDA 231 -- 13.1 OBEX in the Bluetooth Stack 232 -- 13.2 Object Model 234 -- 13.3 Session Protocol 236 -- 14 Telephony Control Protocol 245 -- 14.1 TCS Signalling 247 -- 14.2 Call Establishment Signalling 250 -- 14.3 Call Clearing Signalling 256 -- 14.4 DTMF Signalling 257 -- 14.5 Wireless User Group (WUG) Signalling 258 -- 14.6".
catalog title "Bluetooth : connect without cables / Jennifer Bray, Charles F. Sturman.".
catalog type "text".