patch network / energy storage elements / battery energy / node application software / daily energy requirement / micro-solar power systems / mote software / residential and commercial applications / serial-parallel networks / transit network / micro-solar applications / incident solar energy / Energy flow / higher voltage energy supply / energy shortages / energy density / little solar energy / wireless sensor networks / ft metal fence posts / software state / link technology / daily energy deficit results / solar energy doubles / system energy / system software / received solar energy / sufficient solar energy / energy / energy flowing / low energy density / micro-solar systems / energy storage / back haul network / sensor networks / possible rechargeable energy storage options / remote command processing / power management / link quality causing wireless networks / wireless sensor network nodes / energy requirements / energy storage element / solar energy inputs / web services frontend / energy requirement / wireless sensor node / charge algorithms / electronics / microclimate network / solar energy / energy harvesting / web-based man / software control / gateway server / test networks / sensor network / less solar energy / /
MusicGroup
Voltage / Power / /
NaturalFeature
Elder Creek / /
OperatingSystem
TinyOS / Linux / /
Organization
UC Berkeley / David Culler Computer Science Division / /
Design, Modeling, and Capacity Planning for Micro-Solar Power Sensor Networks Jay Taneja, Jaein Jeong, David Culler Computer Science Division, UC Berkeley Berkeley, CA 94720, USA {taneja,jaein,culler}@cs.berkeley.edu