Read e-book online Rechargeable Sensor Networks : Technology, Theory, and PDF
By Jiming Chen, Shibo He, Youxian Sun
The harvesting of strength from ambient strength assets to energy digital units has been well-known as a promising approach to the problem of powering the ever-growing variety of cellular units round us.
Key applied sciences within the speedily starting to be box of power harvesting specialize in constructing strategies to seize ambient strength surrounding the cellular units and convert it into usable electricity for the aim of recharging acknowledged units. reaching a sustainable community lifetime through battery-aware designs brings forth a brand new frontier for strength optimization innovations. those concepts had, of their early levels, ended in the improvement of low-power designs. at the present time, they've got advanced into power-aware designs or even battery-aware designs.
This publication covers contemporary leads to the sector of rechargeable sensor networks, together with applied sciences and protocol designs to permit harvesting power from replacement strength assets reminiscent of vibrations, temperature diversifications, wind, sun, and biochemical strength and passive human power.
Readership: Graduates, researchers, and pros studying/dealing with networking, computing device engineering, parallel computing, and electric & digital engineering.
Read or Download Rechargeable Sensor Networks : Technology, Theory, and Application: Introduce Energy Harvesting to Sensor Networks PDF
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Extra info for Rechargeable Sensor Networks : Technology, Theory, and Application: Introduce Energy Harvesting to Sensor Networks
Upon completing each trip, the WCV returns to its home service station, takes a “vacation,” and starts out for its next trip. In contrast to Sec. 2, the WCV is now capable of charging multiple nodes at the same time, as long as these nodes are within its charging range, denoted by Dδ . The charging range Dδ is determined by having the power reception rate at a sensor node be at least over a threshold (denoted by δ). The power reception rate at December 18, 2013 11:9 9in x 6in Rechargeable Sensor Networks b1642-ch02 L.
Energ. 32, 2369–2385 (2007). 9. J. J. H. Paulides, L. Encica, J. W. Jansen, E. Lomonova and D. Wijck, Small-scale urban Venturi wind turbine: Direct-drive generator, in Proc. IEEE International Electric Machines and Drives Conference, Maimi, Florida (3–6 May 2009), pp. 1368–1373. 10. G. Shrestha, H. Polinder and J. A. Ferreira, Scaling laws for direct drive generators in wind turbines, in Proc. IEEE International Electric Machines and Drives Conference, Maimi, Florida (3–6 May 2009), pp. 797–803.
15 for more details. 5. An initial transient cycle In Sec. 2, we skipped the discussion on how to construct an initial transient cycle before the ﬁrst renewable cycle. Unlike a renewable energy cycle at node i, which starts and ends with the same energy level Ei , the initial transient cycle starts with Emax and ends with Ei . Now with the optimal traveling path P (the shortest Hamiltonian cycle) and the feasible near-optimal solution (fij , fiB , τ, τi , τvac , ri ), we are ready to construct an initial transient cycle.
Rechargeable Sensor Networks : Technology, Theory, and Application: Introduce Energy Harvesting to Sensor Networks by Jiming Chen, Shibo He, Youxian Sun