CAJ | 학술논문

针对现有网络设备在支持可重构和多网络体制并存方面存在的不足,提出了一种面向多网络体制并存的开放式可重构路由器体系结构.通过在控制、转发和交换体系结构设计上,采用虚拟化和硬件分区配置技术,能够对控制、转发和交换进行资源划分与隔离,将路由器中同一个硬件资源虚拟化为多个功能上独立、资源上隔绝的逻辑路由器实例,提高了核心路由器设备的开放性和安全性.
침대현유망락설비재지지가중구화다망락체제병존방면존재적불족,제출료일충면향다망락체제병존적개방식가중구로유기체계결구.통과재공제、전발화교환체계결구설계상,채용허의화화경건분구배치기술,능구대공제、전발화교환진행자원화분여격리,장로유기중동일개경건자원허의화위다개공능상독립、자원상격절적라집로유기실례,제고료핵심로유기설비적개방성화안전성.
@@@@Targeted the problems of current network device on supporting reconfigurable functions and multiple new network architectures, a novel open and reconfigurable router architecture was proposed to support the coexistence of multiple network architecture in one router. virtualization and hardware partition technology were used to divide a router hardware into multiple logical router instances, assured logical router instances that did not effect each other.