Wireless Sensor Networks Application Centric Design 2011 Part 5 pptx

... PN-WSAN model is shown in Fig. 15. Wireless Sensor Networks: Application- Centric Design1 22 (a) Both signal of sensors are in low-status (b) At t 1 signal of sensor A goes to high (c) ... Instrument Door Infra-ray Human Body Sensor A Infra-ray Human Body Sensor B Fig. 2. PN-WSNA model construction architecture. Wireless Sensor Networks: Application- Ce...

Ngày tải lên: 21/06/2014, 23:20

... noise(%) 100 45, 08 46,33 50 ,51 50 , 85 200 27,24 33,83 32,69 37,34 300 15, 27 25, 79 20 ,59 28,62 400 8, 85 19,31 13,33 23,22 50 0 9,32 19,77 13, 75 23,86 600 3,31 12,69 6,86 17,49 700 1,93 4 ,54 1,36 9 ,53 800 ... algorithms for 50 birds Motes Algo1 Swarm Algo1 with noise (%) Swarm with noise(%) 100 45, 08 46,33 50 ,51 50 , 85 200 27,24 33,83 32,69 37,34 300 15, 27 25, 79 20 ,59...

Ngày tải lên: 21/06/2014, 23:20

... can indicate a landslide in future. Wireless Sensor Networks: Application- Centric Design6 2 Fig. 5. Interfacing Circuit Requirements (17) For any Wireless Sensor Network (WSN), power constraints ... Approaches for Energy Optimized Wireless Sensor Network to Detect Rainfall In- Wireless Sensor Networks: Application- Centric Design5 2 The capacity of sensors and a WS...

Ngày tải lên: 21/06/2014, 23:20

... Wireless Sensor Networks: Application- Centric Design9 6 Fig. 12. Sun SPOT sensor board The facilities of the sensor board are: • One 2G/6G 3-axis accelerometer • One temperature sensor ... system software to your Sun SPOTs (Sun Microsystems, 20 05) . Wireless Sensor Networks: Application- Centric Design9 8 Fig. 14. The SunSPOT’s sensor board compon...

Ngày tải lên: 21/06/2014, 23:20