Inside Bluetooth Low EnergyArtech House, 2013 - 395 páginas "Bluetooth Low Energy (LE) is one of the latest enhancements to Bluetooth technology and, as the name suggests, it is aimed at ultra low power devices, such as heart rate monitors, thermometers, and sensors. Due to very low power consumption, devices compliant with this standard can operate for several years on coin cell batteries without the need for recharging. This cutting-edge book helps you understand the whats, whys, and hows of Bluetooth LE. It includes a broad view of the technology, identifies the various building blocks, and explains how they come together. You also find discussions on Bluetooth basics, providing the background information needed to master Bluetooth LE"--Back cover. |
Índice
| 1 | |
| 15 | |
Chapter 3 Bluetooth Lower Layers
| 33 |
Chapter 4 Bluetooth Upper Layers and Profiles
| 79 |
Chapter 5 Getting the Hands
Wet | 119 |
Chapter 6 Bluetooth ow EnergyFundamentals
| 131 |
Chapter 7 Physical Layer
| 145 |
Chapter 8 Link Layer
| 151 |
Chapter 12 Attribute Protocol
ATT | 233 |
Chapter 13 Generic Attribute Profile GATT
| 259 |
Chapter 14 Generic Access Profile
| 305 |
Chapter 15 GATTBased Profiles
| 333 |
Chapter 16 Developing LE Applications
| 349 |
Chapter 17 Testing and Qualification
| 373 |
Glossary of Acronyms and Important Terms | 381 |
About the Author | 385 |
Chapter 9 Host Controller Interface and Commands
| 185 |
Chapter 10 Logical Link Control and Adaptation Protocol L2CAP
| 201 |
Chapter 11 Security Manager SM
| 211 |
Index | 387 |
Términos y frases comunes
A2DP advertising events Alert Level application Attribute Handle Attribute Type Attribute Value audio Authentication AVDTP Baseband Bluetooth devices Bluetooth Low Energy Bluetooth SIG BR/EDR buffers chapter Characteristic Descriptor Characteristic Value commands and events Configured connection establishment Connection Parameter data packets defined Device Name Discoverable Mode Discovery Procedure encryption Ending Handle Error Response example frequency hopping GATT Handle Value HCI Command HCI Event HCI interface headset implement indicates Initiator inquiry ISM band L2CAP link layer link manager logical transport Master message sequence chart mobile phone NESN OBEX octets packet types peer device Peripheral physical channel piconet Prepare Write Request Primary Service Profile protocol stack provides random address Read By Group Read By Type received remote device RFCOMM role Scanning scatternet scenarios sent shown in Figure Slave specification Starting Handle subprocedure transmit UUID white list wireless ZigBee