A Real-Time Application Solution in Data Center Networking Using SDN
Deepshikha Deepshikha, Mayank Dave · 2018 International Conference on Inventive Research in Computing Applications (ICIRCA) · 2018
In this big data time today, fastness in analysis of data is highly required, so as the agility of network architecture. The aim of doing research and work in this field is to fulfill network transmission demands on time, which is considered to be a highly required factor in real time data providing scenarios. For both increasing responsiveness and high throughput there is required a stable and optimized architecture, hence more and more researchers are start moving to this new network architecture named as software-defined network (SDN). This introduces a new idea of “Programmable Network” which in turn provides flexibility, simplicity, and speeds up the network performance. The core idea behind SDN architecture is the separation of the control plane from the data plane. Thus the controller abstracts the complexity of the network. The traffic engineering problem is witnessed in the field of routing and load balancing based on traditional networks in data centers. Due to variety in data flows the load balancing in today's time is a complex task. Thus for better results various solutions have been hired. This paper proposed the collaboration of Real-time Transport Protocol (RTP) and Segment Routing (SR) for batter results in real time application data analysis in DCN using software defined network.