Next Generation of Bluetooth and Wi-Fi (ISTE Invoiced)

Cover
Title Page
Copyright Page
Contents
Preface
Chapter 1. Wireless Communications using Wi-Fi and Bluetooth
	1.1. Objectives of Wi-Fi
		1.1.1. Categorization and development
		1.1.2. Current applications and market
	1.2. Objectives of Bluetooth
		1.2.1. Categorization and development
		1.2.2. Current applications and market
	1.3. References
Part 1. Wi-Fi: Advancements in IEEE 802.11
	Chapter 2. Functional Overview of Wi-Fi
		2.1. Network overview
			2.1.1. Infrastructure mode
			2.1.2. Ad hoc mode
		2.2. Physical level overview
			2.2.1. Frequency modulation and Channel definition
			2.2.2. Digital-analog modulation
		2.3. Medium access control level overview
			2.3.1. Wi-Fi discovery and association
			2.3.2. Coordination function
			2.3.3. Frame format
		2.4. References
	Chapter 3. Wi-Fi Specifications
		3.1. Overview and taxonomy
			3.1.1. Summary and taxonomy of PHY-related amendments
			3.1.2. Summary and taxonomy of MAC-related amendments
			3.1.3. Summary and taxonomy of other technologies related to IEEE 802.11 based on functions
		3.2. High-speed evolution in the UHF and SHF range
			3.2.1. Earlier Wi-Fi technology based on 802.11a/b/g
			3.2.2. Wi-Fi 4: IEEE 802.11n
			3.2.3. Wi-Fi 5: IEEE 802.11ac
			3.2.4. Wi-Fi 6: IEEE 802.11ax
			3.2.5. Conclusion
		3.3. High-speed evolution in the extremely high-frequency range
			3.3.1. WiGig: IEEE 802.11ad
			3.3.2. IEEE 802.11ay
		3.4. Other amendments based on service
			3.4.1. IEEE 802.11e hybrid coordination function
			3.4.2. IEEE 802.11s mesh
			3.4.3. IEEE 802.11af Super Wi-Fi
			3.4.4. IEEE 802.11ah HaLow
			3.4.5. IEEE 802.11ba power saving
		3.5. Vehicular amendments
			3.5.1. IEEE 802.11p WAVE
			3.5.2. IEEE 802.11bd
		3.6. Wi-Fi alliance movements
			3.6.1. Wi-Fi direct
			3.6.2. Wi-Fi display/Miracast
		3.7. References
	Chapter 4. Next Generation of Wi-Fi
		4.1. Activities with regard to IEEE 802.11 standardization
			4.1.1. IEEE P802.11az
			4.1.2. IEEE P802.11bb
			4.1.3. IEEE P802.11bc
			4.1.4. IEEE P802.11be
			4.1.5. IEEE P802.11bf
			4.1.6. IEEE P802.11bh and IEEEP802.11bi
			4.1.7. IEEE P802.11bk
			4.1.8. IEEE 802.11me
		4.2. Activities with regard to Wi-Fi alliance
			4.2.1. Wi-Fi 6e
			4.2.2. Wi-Fi healthcare
			4.2.3. Wi-Fi aware
			4.2.4. Wi-Fi location
			4.2.5. Wi-Fi-certified easy connect
			4.2.6. Wi-Fi passpoint
			4.2.7. Wi-Fi agile multiband
		4.3. Other future services and applications
			4.3.1. Wi-Fi in relation to big data
			4.3.2. Wi-Fi sensing/motion
			4.3.3. Wi-Fi and joint communication radar (JCR)
			4.3.4. What is the next step for Wi-Fi?
		4.4. References
Part 2. Bluetooth
	Chapter 5. Functional Overview of Bluetooth
		5.1. Network architecture and connection
			5.1.1. Network based on pairing
			5.1.2. Broadcast network based on LE
			5.1.3. BLE mesh networking
			5.1.4. Traffic types
		5.2. Bluetooth stack architecture
			5.2.1. Bluetooth controller
			5.2.2. Bluetooth host
			5.2.3. Host–controller interface
		5.3. Bluetooth specifications
			5.3.1. Bluetooth V1.0 BR and Bluetooth V2.0 + EDR
			5.3.2. Bluetooth 3.0 + high speed (HS)
			5.3.3. Bluetooth 4.0 low energy (LE)
			5.3.4. Bluetooth 5
		5.4. Bluetooth profiles
			5.4.1. Bluetooth hands free profile (Bluetooth SIG 2023d)
			5.4.2. Bluetooth LE mesh networking (Bluetooth SIG 2023g)
		5.5. References
	Chapter 6. Bluetooth Core Specification
		6.1. BR/EDR controller
			6.1.1. BR/EDR PHY
			6.1.2. Device manager/link controller
			6.1.3. Baseband resource manager
			6.1.4. Link manager
			6.1.5. Pairing for BR/EDR
		6.2. AMP controller
		6.3. LE controller
			6.3.1. LE radio PHY
			6.3.2. Link controller
			6.3.3. Resource manager
			6.3.4. Link manager for LE controller
			6.3.5. Radio control and usage
		6.4. Bluetooth host
			6.4.1. L2CAP
			6.4.2. L2CAP channel manager
			6.4.3. L2CAP resource manager
			6.4.4. Service Discovery Protocol
			6.4.5. Generic access profile
			6.4.6. Attribute Protocol
			6.4.7. Generic Attribute Profile
			6.4.8. Enhanced Attribute Protocol
			6.4.9. Security Manager Protocol
			6.4.10. AMP manager
		6.5. Host–controller interface
			6.5.1. Universal asynchronous Rx/Tx
			6.5.2. Universal Serial Bus
			6.5.3. SDIO transport
		6.6. What is the future of Bluetooth?
			6.6.1. Need for faster multimedia streaming support for advertising mode
			6.6.2. Need for N-to-N advertising?
			6.6.3. Enhancing accuracy of localization
		6.7. References
Part 3. Integration and Applications
	Chapter 7. Potential of Bluetooth and Wi-Fi in 5G/6G
		7.1. Interworking with cellular networks
			7.1.1. RAN level WLAN interworking
			7.1.2. LTE WLAN aggregation
			7.1.3. IPsec tunneling
			7.1.4. Enhanced LWA
			7.1.5. Performance of dual connectivity
			7.1.6. How does Bluetooth integrate with cellular networks?
		7.2. Integration with LoRa
			7.2.1. LoRa and Wi-Fi
			7.2.2. LoRa and Bluetooth
		7.3. Integration with other communication technologies
		7.4. Other instances of Wi-Fi integration
			7.4.1. WLAN serial extension for USB
		7.5. Other instances of Bluetooth integration
			7.5.1. Bluetooth and IPv6
			7.5.2. Suggested methods of Bluetooth and Wi-Fi integration in specifications
		7.6. Co-existence
		7.7. References
	Chapter 8. Application Specific Issue – Localization
		8.1. Localization using Bluetooth and Wi-Fi
			8.1.1. Detecting the presence of devices
			8.1.2. Detecting zones of interest
			8.1.3. Pinpointing devices of interest
		8.2. Use cases and future directions
			8.2.1. Localization of sensors
			8.2.2. Integration of localization techniques
		8.3. References
Conclusion
Index
EULA