电子测试
電子測試
전자측시
ELECTRONIC TEST
2013年
21期
90-91,69
,共3页
可信网络连接%完整性度量%web应用%安全断言标记语言%WS-可信
可信網絡連接%完整性度量%web應用%安全斷言標記語言%WS-可信
가신망락련접%완정성도량%web응용%안전단언표기어언%WS-가신
TNC%Integrity measurement%Web applications%SAML%WS-Trust
在可信网络连接(TNC)里,一个网络访问决策是以访问请求方的安全状态为基础的。这个机制受限于封闭的环境,比如局域网和虚拟专用网。本文提出了基于认证标准的解决方法,使得TNC适用于开放的WEB场景。特别提出了把安全和隐私需求考虑在内的TNC架构模型。
在可信網絡連接(TNC)裏,一箇網絡訪問決策是以訪問請求方的安全狀態為基礎的。這箇機製受限于封閉的環境,比如跼域網和虛擬專用網。本文提齣瞭基于認證標準的解決方法,使得TNC適用于開放的WEB場景。特彆提齣瞭把安全和隱私需求攷慮在內的TNC架構模型。
재가신망락련접(TNC)리,일개망락방문결책시이방문청구방적안전상태위기출적。저개궤제수한우봉폐적배경,비여국역망화허의전용망。본문제출료기우인증표준적해결방법,사득TNC괄용우개방적WEB장경。특별제출료파안전화은사수구고필재내적TNC가구모형。
In Trusted Network Connect (TNC), a network access decision is based on the security state of an access requesting party. This mechanism is limited to closed environments such as LANs and VPNs. In this paper, we propose solutions based on authentication standards for enabling TNC in open, web-based scenarios. In particular, an architectural model for TNC is proposed that takes additional security and privacy requirements into account.