CAJ | 학술논문

IPv6作为下一代互联网的核心技术,必然会逐渐取代IPv4.但在相当长的一段时间内,IPv6会与IPv4共存.在对以往一些组播过渡技术进行研究的基础上,通过linux的内核编程来实现一个基于双核模式的组播过渡系统.将该系统部署在IPv6域与IPv4域的边界,能实现两个域之间的组播通信.同时,该组播过渡系统只有在需要进行转换时才开始工作,从而提高了转换器的工作效率.
IPv6작위하일대호련망적핵심기술,필연회축점취대IPv4.단재상당장적일단시간내,IPv6회여IPv4공존.재대이왕일사조파과도기술진행연구적기출상,통과linux적내핵편정래실현일개기우쌍핵모식적조파과도계통.장해계통부서재IPv6역여IPv4역적변계,능실현량개역지간적조파통신.동시,해조파과도계통지유재수요진행전환시재개시공작,종이제고료전환기적공작효솔.
IPv6 is the main technology of next generation Internet,it will replace IPv4 gradually.However,in a fairly long period of time,IPv4 and IPv6 will coexist. Through the linux kernel programming,this paper realized a transition multicast system based on dual-core mode, It based on the studied of transition over the past number of multicast technology. This system array to the boundaries of IPv4 domain and IPv6 domain,it can achieve the multicast communication between the two domains.At the same time,the transition multicast system just start work when need transiton,so it improved the efficiency of converter.