Titlebook: Wireless Sensor and Actor Networks; IFIP WG 6.8 First I Luis Orozco-Barbosa,Teresa Olivares,Aurelio Bermúd Conference proceedings 2007 IFI

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1868-4238 ications has a long tradition on addressing and grouping researchers and practitioners working on various mobile and wireless communications technologies and services. Due to the promising and exciting applications enabled by the development of Wireless Sensor and Actor Networks (WSAN), the IFIP WG

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V. Sudha Rani,S. V. Raghavane the modern amphibians. Some became mainly terrestrial while others returned to water and were purely aquatic with an eel-like body and limbs reduced. Amphibians are the only tetrapods with a larva which metamorphoses to the adult and there is little doubt that the earliest amphibians, in spite of

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Raúl Aquino-Santos,Luis Villasenor-Gonzalez,Jaime Sanchez,José Rosario Gallardolay their eggs in water, and are called Anamniota because the embryo is not so protected. Finally, a distinction can be made between the fishes and the tetrapods, the former with fins and the latter with pentadactyl limbs. Distinctions based on the amnion or the limbs emphasize the essentially aquat

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A WSAN Solution for Irrigation Control from a Model Driven Perspectiver contribution in this field from two points of view: as an agronomic solution and as new opportunities for affording the construction of these systems taking into consideration the most recent advances in software engineering..

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Evaluating Energy Consumption of Proactive and Reactive Routing Protocols in a MANETces. We found that a reactive protocol takes advantage of its routing policy when the traffic load is low. However, at higher traffic rates, a proactive routing protocol can perform better with an appropriate refresh parameter. In addition, we showed how, independently from the routing protocol sele