1. SUBJECT –AWSN (ELECTIVE-III)
TOPIC -OVERVIEW OF MAIN SENSOR NODE
HARDWARE COMPONENT
Prepared By
Prof. Ritesh Shrivastav
Department of CSE
Anjuman College of Engineering &Technology ,Nagpur.

2. syllabus 7 SEM CSE AWSN ELECTIVE-III
UNIT-1- Introduction to Sensor networks: application Examples of available sensor nodes, Challenges for WSN’s, Mobile ad hoc networks and wireless sensor networks, single node architecture. Sensor node hardware overview, Sensors and actuators, Energy consumption of sensor nodes
UNIT-2- Operating systems and execution environments: Programming paradigms and application programming interfaces, Structures of operating system and protocol stack. Dynamic energy and power management, TinyOS and neSc examples.
UNIT-3- Network Architecture: Sensor network scenarios, Design principles for WSNs, Services interfaces of WSNs, Gateway concepts, Mac protocols: Fundamentals, Low duty cycle and Wakeup concepts, contention and schedule based protocols, IEEE MAC Protocol.

3. syllabus
UNIT-4- Naming and Addressing: Fundamentals Address and Name management in WSN, assignment in MAC Addresses, content based and geographical addressing. Hierarchical networks by clustering, Adaptive node activity: geographic adaptive Fidelity (GAF).
UNIT-5- Routing protocols and content based networking: Broadcast and multicast protocols Geographic Routing, Mobile nodes, Data centric Routing, Distribution versus gathering of data-In-network processing, Data Aggregation, data centric storage.
UNIT-6- Application specific support: Advanced in-network processing, security, Target detection and tracking, contour/edge detection.

4. COURSE OUTCOME Student will able to
CO-1-Understand and apply the theory behind wireless sensor networks. And Apply knowledge of wireless sensor networks(WSN) to various application areas.
CO-2 -Analyze wireless sensor network fundamentals and provide hands on training in programming Wireless sensor networks at different platform for interfacing hardware with software.
CO-3-Explain wireless sensor network fundamentals and provide hands on training in programming Wireless sensor networks at different platform for interfacing hardware with software.
CO-4-Explain different name and addressing technique used in WSN and its different management task.
CO-5-Describe network level protocols for MAC, routing, time synchronization, aggregation, consequenses and distributed tracking.
CO-6-Identify and apply the different detection and tracking approach in application support.

5. SENSOR NODE ARCHITECTURE
Sensor Node consist of following five main hardware component
Controller
Memory
Sensors and actuators
Communication device
Power supply

6. Schematic diagram SENSOR NODE ARCHITECTURE MEMORY COMMUNICATION DEVICE
CONTROLLER
SENSOR /ACTUATORS
POWER SUPPLY

7. DEVICES AND EXAMPLES OF FIVE COMPONENT OF SENSOR NODE
1-Controller-Microcontrollers, microprocessors, FPGAs, and ASICs. EXAMPLE-Intel StrongARM,Texas Instruments MSP Memory-RAM,ROM ,EPROM 3-Sensors and actuators- Types of Sensor I}Passive, omnidirectional sensors II] Passive, narrow-beam sensors III] Active sensors Actuators -Actuators are just about as diverse as sensors, yet for the purposes of designing a WSN, they are a bit simpler to take account of: In principle, all that a sensor node can do is to open or close a switch or a relay or to set a value in some way. EXAMPLE- 4-Communication device-Transreciver 5-Power supply-Battery,conventional energy storage,Energy scavenging

8. references
s-sensor-network
protocols and Architectures for Wireless Sensor Networks - Wiley

9. Thank YOU