发明名称 Apparatus and method for generating software defined network(SDN)-based virtual network according to user demand
摘要 An apparatus and method for generating a Software Defined Network (SDN)-based virtual network. The apparatus includes a network information generator and a virtual network generator, in which an SDN-based virtual network desired by a user may be generated efficiently by allocating physical resources to reflect various user demands.
申请公布号 US9507625(B2) 申请公布日期 2016.11.29
申请号 US201514800754 申请日期 2015.07.16
申请人 ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE 发明人 Lee Byung Yun;Shin Yong Yoon;Kwak Ji Young;Kang Sae Hoon;Yang Sun Hee
分类号 G06F9/455 主分类号 G06F9/455
代理机构 LRK Patent Law Firm 代理人 LRK Patent Law Firm
主权项 1. An apparatus for generating a Software Defined Network (SDN)-based virtual network by reflecting user demands, the apparatus comprising: one or more generators, a collector, and a calculator being configured and executed by a hardware processor using algorithms associated with at least one non-transitory storage device, the algorithms, when executed, causing the hardware processor to execute the generators, collector, and calculator, the one or more generators comprising, a network information generator configured to collect characteristic information on communication equipment connected to a network and to generate information required to determine a network path; and in response to receipt of user demands relating to at least one of changing a geographical location, calculating a unit price of a service, calculating stability of services, and calculating latency of services of the communication equipment, a virtual network generator configured to determine a physical path of the network based on the generated information, and to allocate physical resources by generating a virtual switch which is capable of determining the physical path, wherein access switches and backbone switches included in the determined physical path are virtually controlled using the virtual switch.
地址 Daejeon-Si KR