计算机应用
計算機應用
계산궤응용
COMPUTER APPLICATION
2009年
z2期
86-88
,共3页
安全Windows终端%双端口存储器%辅核通信%缓冲机制
安全Windows終耑%雙耑口存儲器%輔覈通信%緩遲機製
안전Windows종단%쌍단구존저기%보핵통신%완충궤제
secure Windows terminal%dual-port RAM%secondary core communication%buffering mechanism
针对传统Windows终端系统的网络信息安全问题,在异构多处理系统安全架构上,利用双端口存储器实现主辅核通信,通过设计通信的缓冲机制、通信协议及辅核外网通信驱动,完成了系统的通信模块,实现了异构多处理系统安全架构上的高速网络通信.
針對傳統Windows終耑繫統的網絡信息安全問題,在異構多處理繫統安全架構上,利用雙耑口存儲器實現主輔覈通信,通過設計通信的緩遲機製、通信協議及輔覈外網通信驅動,完成瞭繫統的通信模塊,實現瞭異構多處理繫統安全架構上的高速網絡通信.
침대전통Windows종단계통적망락신식안전문제,재이구다처리계통안전가구상,이용쌍단구존저기실현주보핵통신,통과설계통신적완충궤제、통신협의급보핵외망통신구동,완성료계통적통신모괴,실현료이구다처리계통안전가구상적고속망락통신.
The network security problem in traditional Windows terminals has become increasingly important. Based upon the dual-core security architecture for both hardware and software, dual-port RAM was used to implement the communication between the primary core and the secondary core. The buffering mechanism, communication protocol as well as the driver for secondary core residing in external networks were discussed. Moreover, the high speed connection between the host and the secondary core, and the secure Windows terminal's communication module for secondary core were implemented.