Unit 1 UNIT-I

4 lecture hours

• IoT Potential Definition of the IoT, industry and manufacturing
• finance, and marketing
• transportation and logistics
• agricultural and environment
• smart city
• military and government. example use case and deployment

Unit 2 UNIT-II

• Communications and Information Theory Communication theory
• information theory
• the radio spectrum 02 05

Unit 3 UNIT-III

6 lecture hours

• Non-IP Based WPAN Wef-AY-2021-22 802.15 standards

Unit 4 UNIT-IV

8 lecture hours

• IP-Based WPAN and WLAN TCP/IP
• WPAN with IP – 6LoWPAN
• IEEE 802.11 protocols and WLAN
• WPAN with IP-Thread

Unit 5 UNIT-V

8 lecture hours

• Long-range communication systems and protocols Cellular Connectivity
• 4G LTE – spectrum allocation and bands
• topology and architecture
• E-UTRAN protocol stacks
• geographical areas
• packet structure
• Cat-M1, and NB-IoT
• shared spectrum cellular
• 5G – frequency distribution
• RAN architecture
• core architecture
• security and registration
• ultra reliable low latency communication
• fine grain time division duplexing & low latency HARQ
• network slicing
• energy considerations
• LoRA and LoRAWAN – physical layer
• MAC layer
• Sigfox – physical layer
• protocol stack

Unit 6 UNIT-VI

8 lecture hours

• Edge Computing Edge purpose and definition
• use cases
• hardware architecture – processors
• DRAM & volatile memory
• storage and non-volatile memory
• low-speed IO, high-speed IO, hardware assist and co-processing
• boot & security modules
• example of edge hardware
• ingress protection
• operating System – choice points
• typical boot process
• edge platform – virtualization
• Use cases for edge computing

Unit 7 UNIT-VII

6 lecture hours

• Edge Routing and Networking TCP/IP network functions at the edge
• edge-level network security
• software- defined networking