Estimation of Content Spread on NDN
Trat Siriyothin, Miaodi, Wang Jiuzhou, Vithayasard Yathortou Dingwenjie · International Journal of Engineering Research and · 2020
In currently.IP architecture have more important in daily life.But because the IP architecture still has problems.When there are a large number of users Will cause data collisions and Security in data transfer and a lot of costs.Therefore, Named Data Networking or NDN is an interesting new architecture.By using the name as the center, Unlike IP architecture that will use host as the center.NDN has a unique name packet for each package.And forward to the router to find the route to the destination.[1]Naming the data rather than the location enables NDN routers to cache each packet and improve network bandwidth, the better.The spread of content will use a lot of computed bandwidth of NDN to distribute the content with the caching function.this paper will Explain the examination of the spread of content for Name Data Networking by running an implementation of NDN by using CCNx.NDN's content distribution tests have shown that content packet sizes have a greater impact on system workloads and poor CCNx decisions [2] will increase system workloads in the CCNx program.In addition, found That inefficient applications will cause unnecessary calculations to be decoded.This article, in section1, Explain the experimental content of the initial distribution.section 2, shows the background for content distribution in NDN, for section 3 shows design and experimentation, section 4 describes experimental performance, and sections 5 and 6 show performance improvements and profiling results CCNx.