![]() 10 Gbit / s includes the highest number of packets per second, requiring high CPU usage, as well as support for processing at high packet rates. This led to research on how to integrate hardware and high paced communication systems towards package performance. Package performance can work well by switching network stacks and without the need for very high- performance hardware. There are restrictions on the construction of network stacks that must be used with However, it does not guarantee high packet processing at high packet arrival rate. Network communication methods have increased their performance. So, demand for high performance solutions to network traffic processing is high. Using traditional network traffic packet processing also leads to waste in network resources and storage space. One more cause to performance bottleneck is due to the kernel network protocol stack low performance. But traditional network traffic packet processing is facing acute efficiency and performance fall due to platform hardware limitations. With the rapid and continuous growth of networking environment and evolution to future internet, the demand for the efficiency and network traffic analysis is high priority. Packet processing is a collection of steps and algorithms which are performed on an incoming or outgoing packet of information or data which keeps moving between different network entities. KeywordsBatch processing, dpdk, netslice, netmap, pf_ring Comparison between the packet processing frameworks show that Data plane development kit-based network data processing has better performance compared to Netmap Netsclice and PF- RING in faster packet processing. It can also help in reducing resource waste in packet acquisition and distribution. This paper aims at packet acquisition and distribution method based on Data plane development kit (DPDK) and other traditional packet processing models, which can productively decrease packet loss and successively enhance the performance rate in networking environment. This survey contributes on finding a faster packet processing framework to overcome the challenges faced by traditional network packet processing frameworks in networking environments. ![]() ![]() The traditional data packet acquisition and distribution operations and packet processing capabilities may fail to agree with the new standards of faster data packet processing, in turn leads to data loss, which is costly in packet processing. Latest networking environment should deliver high throughput, high speed, high bandwidth and less delay properties to cope up with the new era of internet. The range of generated internet traffic in most of the various locations is increasing rapidly. Ramaiah Institute of Technology Bangalore-560054Ĭomputer Science and Engineering Ramaiah Institute of Technology Bangalore-560054Ībstract With the evolution of internet, we see huge spike in number of network users. Rajarajeswari Assitant Professor Computer Science and Engineering Nanda Kishore Computer Science and Engineering Ramaiah Institute of Technologyĭr. Survey on Software Solution for High Performance Packet Processing
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