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Manifesto: Advanced Industrial Conference on Emergency and Disaster in Networks (AICED 2005) brings into the picture resiliency, redundancy, emergency, and disaster recovery as the chief topics. Current practice for engineering carrier grade IP networks suggests n-redundancy schema. From the operational perspective, complications are involved with multiple n-box PoP. It is not guaranteed that this n-redundancy provides the desired 99.999% uptime. Two complementary solutions promote (i) high availability, which enables network-wide protection by providing fast recovery from faults that may occur in any part of the network, and (ii) non-stop routing. Theory on robustness stays behind the attempts for improving system reliability with regard to emergency services and containing the damage through disaster prevention, diagnosis and recovery. Making networks robust must consider the need for reduced CAPEX (fewer network elements and less space required) as well as reduced OPEX (lower power consumption, less boxes to manage, fewer issues with software versions, configurations, spares, etc.). Highly reliable emergency communications are required by public safety and disaster relief agencies to perform recovery operations or associated with disasters or serious network events. Future advanced network development and evolution should take into consideration these requirements through solutions:
The AICED 2005 aims to bring together players and solutions from both sides of the equation, technical and business, as emergency services and disaster recovery strongly tight these aspects. Therefore, we expect contributions on both topic lanes.Important dates:
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