Data center networks (DCNs) always strive to ensure high reliability and fault tolerance
when Big Data processing and cloud computing are carried out. One effective method is to …

With the increasing demand for information, the number of nodes in the network is
increasing rapidly, followed by the problem of information loss and communication delay …

The Hamiltonian path/cycle serves as a robust tool for transmitting messages within parallel
and distributed systems. However, the prevalent device-intensive nature of these systems …

The n-dimensional HSDC with the logic graph H n is one of the most attractive server-centric
data center networks for high incremental scalability. The routing design in network topology …

Intermittent faults are common in daily life and industrial manufacture, which have been
drawing much attention from both academia and industry. In practice, intermittent faults will …

The data center network HSDC is a superior candidate for building large-scale data centers,
and strikes a good balance among diameter, bisection width, incremental scalability and …

The line graphs of some well-known graphs, such as the generalized hypercube and the
crossed cube, have been adopted for the logic graphs of data center networks (DCNs) …

As the core of cloud computing, the data center network (DCN) provides services and
decision support for smart cities by providing powerful data storage and computing …

Fault detection and localization are vital for ensuring the stability of data center networks
(DCNs). Specifically, adaptive fault diagnosis is deemed a fundamental technology in …

In parallel and distributed systems, interconnection networks and data center networks are
two crucial networks. They are also crucial parts of high-performance computing and cloud …