This paper proposes a new dynamic authorization model based on feedback mechanism to solve static state of mechanisms.
在此基础上提出一种基于反馈机制的动态授权新模型，很好地解决了现有授权系统的静态性的缺点。
Task based Access Control Model is task centered and offers dynamic authorization , so it belongs to the active security model.
基于任务的访问控制模型是一种以任务为中心，并采用动态授权的主动安全模型。
Task based access control (TBAC) is an initiative security model, where task is focus of work and dynamic authorization is used.
基于任务的授权控制（TBAC）则是以任务为中心，并采用动态授权的主动安全模型。
Based on careful research, a project of user management is designed, which can implements dynamic role management, dynamic authorization management, and have a flexible authorization way.
在深入调查研究的基础上，设计了一个能够实现动态角色管理、动态权限管理、授权方式灵活的用户管理方案。
The dynamic modification of a user interface to only show actions that the user is entitled to perform is often regarded as an aspect of authorization.
动态修改用户界面，以仅向用户显示其能够执行的操作，这样的做法常常也被视为授权的一个方面。
For dynamic SQL statements, authorization takes place on a per statement basis.
对于动态sql语句，授权针对每个语句进行。
The authorization administration of CBAC model contains two parts: Static Permission administration and Dynamic Permission administration.
CBAC模型中的授权管理由静态授权和动态授权两部分组成。
Simulation of SSR blips, flight turns, flight level changes, speed adjustments, initialization or dynamic deployment of airplane position and status within authorization.
模拟二次雷达信号功能、实现飞机的转弯、高度上升下降、速度调配，在授权范围内，初始化或动态调整飞机位置及状态。
According to the practical situation of enterprises, a method including static control authorization and dynamic control authorization is proposed.
然后依据企业实际情况，提出了静态控制权限和动态控制权限的权限管理解决方案。
Its fits the dynamic employee and organization structure. The model extends the traditional RBAC by incorporating thin granular permissions control and enough Constrains in authorization.
它符合目前多变的企业人员结构和组织结构，结合细粒度的权限划分和充分的授权约束，进一步对传统RBAC做出了扩展，满足动态访问控制的要求。
Its fits the dynamic employee and organization structure. The model extends the traditional RBAC by incorporating thin granular permissions control and enough Constrains in authorization.
它符合目前多变的企业人员结构和组织结构，结合细粒度的权限划分和充分的授权约束，进一步对传统RBAC做出了扩展，满足动态访问控制的要求。
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