Department of Computer Science Wireless Sensor Networks and Its Real Time Applications In Different Fields Presented By: CHAKRAPANI GANGERA on April 26.

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Presentation transcript:

Department of Computer Science Wireless Sensor Networks and Its Real Time Applications In Different Fields Presented By: CHAKRAPANI GANGERA on April 26 th 2004

Department of Computer Science Wireless Sensor Network Model

Department of Computer Science General Model 0f Smart Sensors

Department of Computer Science Types of Sensors Sensors Physical Sensors Chemical Sensors Bio- Sensors

Department of Computer Science Applications of Wireless Sensors Source:

Department of Computer Science Real Time Applications WISE-gap System used to improve the ability to control door seal gaps and reduce wind noise and water leaks. Sensor Networks for In-Home Health Care used to monitor and assist aged and disabled people.

Department of Computer Science WISE-gap System How it works? Fundamental Architecture of WISE-gap System An Example of WISE-gap Sensors

Department of Computer Science Wireless Communication ä Each sensor has a unique digital address to identify the sensor and broadcast address which allows base station to send commands to the sensors. RTBS + timestamp RTDD DATA WISE-gap System Sensor WISE-gap System Sensor Base Station WISE-gap System Sensor WISE-gap System Sensor

Department of Computer Science PC-based WISE-gap data acquisition software  Used to collect and calculate the data

Department of Computer Science WISE-gap System in Action  An example of an F-Series Super Duty undergoing wind noise testing at the Sverdrup wind tunnel

Department of Computer Science Sensor Networks for In-Home Health Care postage-sized wireless radio frequency identification (RFID) tags affixed to household objects to monitor and record the daily activities of elder people Source:

Department of Computer Science Motes: tiny, smart, computers  Motes have the ability to sense, compute and communicate. Each mote in an ad hoc network wirelessly collects data and then relays the collected data to its neighboring motes and then to a central system or PC for processing. An example of tiny, battery-powered computers called “motes”

Department of Computer Science THANK YOU