Where d = distance of mote from the event, = fall-off factor (e.g. = 2 for light intensity) and = intensity constant. b) Event intensity at a certain mote is stable for at-least the sampling interval of the ADC on that mote. c) Locations of the individual nodes are known at the center mote (e.g. GPS, or any other localization algorithm). d) The motes are not moving. No mote leaves the environment. e) Event can be dynamic Terms: Here are some of the which will be used in the formulation of the algorithm. Position co-ordinates , Actual L Estimated Event L No. of nodes = n is the event intensity communicated to center by each node Process: All motes communicate the calculated Event Intensities to the center high power mote Center has following information : Positions ,
Where d = distance of mote from the event, = fall-off factor (e.g. = 2 for light intensity) and = intensity constant. b) Event intensity at a certain mote is stable for at-least the sampling interval of the ADC on that mote. c) Locations of the individual nodes are known at the center mote (e.g. GPS, or any other localization algorithm). d) The motes are not moving. No mote leaves the environment. e) Event can be dynamic Terms: Here are some of the which will be used in the formulation of the algorithm. Position co-ordinates , Actual L Estimated Event L No. of nodes = n is the event intensity communicated to center by each node Process: All motes communicate the calculated Event Intensities to the center high power mote Center has following information : Positions ,
sproj_wsns.docx