01-08-2010
 
  Accueil arrow Travaux arrow Publications arrow Java mobile agents for monitoring mobile activities    
Accueil
Travaux
Mon CV
Tutoriels
Histoire
Contact


Linking
Management du risque




Java mobile agents for monitoring mobile activities Convertir en PDF Version imprimable

In proceedings (EUROCON05)
Mâamoun BERNICHI & Fabrice MOURLIN
Java mobile agents for monitoring mobile activities.
The international Conference on "Computer as tools", School of Electrical Engineering, University of Belgrade, Serbia and Montenegro Academic Mind, IEEE, Belgrade,Serbia and Montenegro, November 2005, pages 52-55.

Abstract
Mobile Agent provides a way to think about solving software problems in a networked environment that fits more naturally with the real world. Mobile Agent technology can make distributed systems more adaptable to application needs especially in mobile environment. The use of mobile code makes distributed supervisor systems and the abstractions they provide more flexible to build and use. This paper explains how mobile agent meets the requirement of monitoring activities deployed over J2ME platforms. The architecture of such application is presented and the monitoring of activities, based on the Jini framework and some mobile patterns.

References
[1] Eugene H. Spafford and Diego Zamboni, "Intrusion detection using autonomous agents", Computer Networks, 34(4):547-570, October 2000.
[2] Jonathan Knudsen, Book Wireless Java (second edition): the O'Reilly Network 2002.
[3] Dirk Husemann and Michael Nidd, "Pervasive Patient Monitoring - Take Two at Bedtime…",  ERCIM News No. 60, January 2005
[4] Mâamoun Bernichi, Fabrice Mourlin, "A New Behavioural Pattern for Mobile Code", ESM2005 (THE 2005 EUROPEAN SIMULATION AND MODELLING CONFERENCE) Porto Portugal.
[5] Eric Freeman, Susanne Hupfer, and Ken Arnold, "JavaSpaces: Principles, Patterns, and Practice", Sun Collection editor 2003.

 
IEEE
PrePrint: Software and Hardware Techniques for Power-Efficient HPC Networking

Networking plays an important role in high-performance computing. Most large-scale systems are designed with the network as a central component. However, the energy consumption of interconnection networks has received little attention so far and high-performance computing interconnects lack power-saving features. We describe software and hardware approaches to reducing power consumption by using the network more efficiently or reduce power consumption of unneeded resources by throttling bandwidths. We assess the power consumption of several applications on a small-scale system with different interconnection technologies. We also discuss the importance and basic trade-offs of network topologies with regards to power consumption. We point...

Computing in Science and Engineering
 


Sondage
Quel bus logiciel connaissez-vous le plus ?
 

© 2010 Le site Web de Mâamoun BERNICHI
Joomla! is Free Software released under the GNU/GPL License.