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  • 标题:A Secure tunnel technique using IPv6 Transition over IPv4 Channel
  • 本地全文:下载
  • 作者:Kamna Chauhan ; Pooja Jain
  • 期刊名称:International Journal of Computer Science and Information Technologies
  • 电子版ISSN:0975-9646
  • 出版年度:2015
  • 卷号:6
  • 期号:2
  • 页码:1625-1628
  • 出版社:TechScience Publications
  • 摘要:Web Protocol form 6 (IPv6) contains various peculiarities that make it appealing from a security outlook. It is dependable and simple to set up, with programmed design. Enormous, inadequately populated location spaces render it exceptionally impervious to pernicious outputs and ungracious to computerized, examining and spreading toward oneself worms and half breed threats.IPv6 is not a panacea for security, however, in light of the fact that few security issues get singularly from the IP layer in the system model. For instance, IPv6 does not secure against misconfigured servers, inadequately composed applications, or ineffectively secured locales. Furthermore, IPv6 and IPv6 transitional components present new, not generally comprehended, instruments and procedures that gatecrashers can use to secure unapproved movement from location. These IPv6-inferred endeavours are regularly fruitful even against existing The quick dispersion of the Internet and improvement of high velocity broadband systems have represented the issue of deficient IPv4 location space on the Internet. Also, this absence of location space has been aggravated by the advancement made toward a universal system society, in which different sorts of data hardware, versatile PCs, and electrical data apparatuses impart on the Internet. IPv6 was produced as an answer for this issue [1]. The IPv4 location structure is in light of a 32-bit address length. It can oversee around 4 billion locations, however can't be appointed to everybody living on the planet, which contains around 6.3 billion individuals. The cutting edge Internet Protocol, at first known as IP Next Generation (Ipng), and after that later as IPv6, has been created by the Internet Engineering Task Force (IETF) to supplant the current Internet Protocol (otherwise called IPv4). At the point when both IP adaptations are accessible and the clients of Internet need to associate with no limitations, a move component is needed.[1].
  • 关键词:IPV4; IPv6; Diffusion; Internet protocol (IP)
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