Spawning induction of F1 greater amberjack in eastern Atlantic

DIVERSIF

Evaluation of different feeding frequencies in the growth of greater amberjack juveniles

The present study was conducted in the frame of the project DIVERSIFY to investigate the effects of different feeding frequencies in larger greater amberjack juveniles (> 250 g). During the trial, fish growth performance and feed efficiency were evaluated.Postprin

Cultivo del mero en el Centro Oceanográfico de Canarias

A finales del año pasado el Centro Oceanográfico de Canarias del IEO consiguió obtener, en su Planta Experimental de Cultivos Marinos, los primeros ejemplares de mero (Epinephelus marginatus) nacidos en cautividad en el archipiélago.Versión del edito

Efficient User Controlled Inter-Domain SIP Mobility Authentication, Registration, and Call Routing

Over the past decade, multimedia services have gained significant acceptance and played an important role in the convergence of IP networks. The proliferation of mobile devices and the nomadic user and computing lifestyles on current networks make mobility support a crucial ingredient of current IP-based multimedia systems. The Session Initiation Protocol (SIP) presents one approach towards supporting IP mobility. Additionally, SIP is increasingly gaining in popularity as the next generation multimedia signaling and session establishment protocol, and the SIP infrastructure is anticipated to be extensively deployed all over the Internet. We have lately proposed an approach to inter-domain SIP mobility which we call H-SIP. H-SIP is a user-controlled mobility scheme that improves personal and terminal mobility. H-SIP uses persistent identifiers and leverages the traditional SIP architecture to abstract any domain binding from users. This paper expands on our previous work and experimentally proves the efficiency of H-SIP in achieving inter-domain authentication and call routing through modeling and real-time measurements

Cultivo de medregal Seriola sp. en Canarias

En el proyecto sobre medregal que se desarrolla en el Centro Oceanográfico de Canarias, se han logrado obtener puestas espontáneas de medregal a partir de ejemplares mantenidos durante un largo periodo de tiempo en las instalaciones de cultivo experimentalPostprin