Software-defined network provides a greater solution to many of the complex network
management functionalities in a data center network (DCN). In a software-defined data …

With the development of new communication technologies, the amount of data transmission
has increased gradually. To satisfy this increasing computing resource demand effectively …

In response to the increasing demand for efficient resource utilization in data center
networks (DCNs), the development of intelligent load‐balancing algorithms has become …

In today's big data era, large scale data centers are the major infrastructure. One goal of
doing research and work in the field of DCNs is to satisfy network transmission demands …

With the migration of computational powers and applications to the cloud, Data Center
Networks (DCNs) have become the backbone of the underlying infrastructure. Operation of …

The growth of cloud application services delivered through data centers with varying traffic
demands unveils limitations of traditional load balancing methods. Aiming at attending …

In recent years, along with the increasing demand for cloud services, the network traffic is
increased inside data center networks (DCNs). The inherent defects of TCP/IP network …

With the continuous expansion of the Internet scale, the traditional network load balancing
method combining software and hardware has some problems, such as poor scalability …

Software defined network architecture offers scalability and resilience as the significant
advantages to data center networks. This increases the fault tolerance ability of traditional …

Data center networks (DCNs) are facing challenging control problems such as flow
scheduling, congestion control, load balancing, and bandwidth allocation when dynamically …