DB2 9.7 for LUW increases access control granularity, making it possible to give DBAs full control over a database without access to the actual data.
DB 2 9.7for LUW改进了访问控制粒度，让DBA可以全面控制数据库，而不必访问实际数据。
Access control granularity specifies the authorization level which administrative domain provides service for users, such as directory authorization level, file authorization level etc.
访问控制粒度指明系统为用户授权的层次，如目录级授权与文件级授权等。
There are various permissions - read, write, full control - assigned to users, and access granularity established at bucket or object level.
这是各种权限：读、写、完全控制、指定给用户、bucket或对象级别的访问粒度。
Service interfaces are typically coarse-grained but the client often wants more control over their granularity of access.
服务接口通常是粗粒度的，但客户端通常希望对其访问的粒度进行更多的控制。
Apply RBAC access control technique based on the attribute certificate to gain finer granularity, all with support to DER and PEM format of digital certificate.
采用基于属性证书的RBAC访问控制技术，可以实施更细粒度的访问控制技术。支持DER和PEM格式的数字证书。
So, this paper brings forward a XML -based multi -granularity access control system.
为此，该文提出一种基于XML的粗细粒度结合的多粒度访问控制系统。
This model extends the traditional RBAC model with user credentials, temporal constraints and XML document classification to enforce a content-based time-aware multi-granularity access control.
该模型从用户证书、时间约束、XML文档分类等方面对传统的RBAC模型进行了扩展，以实现基于内容的时间上下文敏感的多粒度访问控制。
Service interfaces are typically coarse -grained but the client often wants more control over their granularity of access.
服务接口通常是粗粒度的，但客户端通常希望对其访问的粒度进行更多的控制。
Fine-granularity discretionary access control based on Access Control List (ACL) may grant authority to one user or group, but it may grant unapt authority or remove authority not timely.
基于访问控制表（ACL）的细粒度自主访问控制机制可以实现针对单个用户或用户组的访问授权，但是在实际使用中可能造成不适当授权或权限撤销不及时的缺陷。
Fine-granularity discretionary access control based on Access Control List (ACL) may grant authority to one user or group, but it may grant unapt authority or remove authority not timely.
基于访问控制表（ACL）的细粒度自主访问控制机制可以实现针对单个用户或用户组的访问授权，但是在实际使用中可能造成不适当授权或权限撤销不及时的缺陷。
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