Network coordinate (NC) systems provide a lightweight and scalable way for predicting the
distances, ie, round-trip latencies among Internet hosts. Most existing NC systems embed …

Recent decades have observed an exponential growth in network traffic, thanks to the
increased popularity of real-time applications, such as live video chat and gaming. The …

Many distributed applications, such as BitTorrent, need to know the distance between each
pair of network hosts in order to optimize their performance. For small-scale systems, explicit …

Knowledge of end-to-end network distances is essential to many service-oriented
applications such as distributed content delivery and overlay network multicast, in which the …

Network Coordinate (NC) systems provide an efficient and scalable mechanism to estimate
latencies among hosts. However, many popular algorithms like Vivaldi suffer greatly from the …

The network coordinate systems (NCSes) can assist the network applications to improve
their performance by choosing preferred severs or constructing optimal overlay networks …

While network coordinate (NC) systems provide scalable Internet distance estimation
service and are useful for various Internet applications, decentralized, matrix factorization …

Although Content Delivery Networks (CDN) do their best to quickly deliver the contents,
Internet Service Providers (ISP) and network conditions cause unexpected changes on the …

Network Coordinate (NC) systems provide a scalable means for Internet distance prediction
and are useful for various Internet-based services, such as cloud or web-based services …

Network coordinate (NC) systems that use Euclidean distances suffer from the existence of
Triangle Inequality Violations (TIVs). Matrix factorization (MF) based NC system is an …