With the exponentially increasing capacity demands anticipated in next generation wireless networks, densifying the network using cmW and mmW small cells supporting high bandwidths is seen to be th
We consider resource allocation algorithms for distributed cloud systems, which deploy cloud-computing resources that are geographically distributed over a large number of locations in a wide-area
The idea to write a document gathering existing results of network calculus stems from the French-founded project PEGASE (2010-2013). It took several years to write a complete book.
Network capacity planning and analysis is usually done ina static way, point to point, with an optimal network design developed by dimensioning nodes and links to handle end-to-end network traffic
Network capacity planning and analysis is usually done in a static way, point to point, with an optimal network design developed by dimensioning nodes and links to handle end-to-end network traffic
One way for service providers to reduce their costs is through network capacity recovery.
Line and star networks with both node and edge constraints are studied in the network coding framework.
The application of network coding in passive optical networks is shown to provide benefits in intra-PON communication scenarios with respect to reducing the packet loss ratio and queuing delay in c
An achievable rate region for line networks with edge and node capacity constraints and broadcasting is derived.
Broadcast operation, which disseminates information network-wide, is very important in multi-hop wireless networks.
