UM0-401 無料問題集「OMG Omg OCRES-Intermediate」

（A）The client's CORBA priority is published in its object reference.

（B）The client's CORBA priority is applied to executing threads after mapping to the native priority.

（C）The client's CORBA priority is made available to the server-side ORB.

（D）The client's CORBA priority is unaffected by the priority inheritance policies of the underlying RTOS.

（A）is ubiquitous in Internet applications and is therefore widely available

（B）is implemented directly in networked hardware devices

（C）is so pervasive that it has achieved very high efficiency

（D）readily supports the bounded time constraints imposed on real-time applications

（A）Action Item

（B）Action Execution

（C）Action

（D）Action Instance

（A）process

（B）memory

（C）object

（D）communication

（A）to meet the tight memory requirements of a small embedded processor

（B）because the application is being developed on a POSIX-compliant Windows system, so debugging is easy

（C）because the POSIX interfaces guarantee meeting application time constraints

（D）to enhance the probability that the application could be moved to other platforms

（A）definition of priority-banded sets of connection

（B）creation of non-multiplexed connections to a server

（C）thread configuration through thread pools

（D）priority model

（A）QoS Dimension

（B）QoS Levels of Instantiation

（C）QoS Adaptation and Monitoring

（D）QoS Analysis

（A）resource usages, with corresponding densities, and the set of resource instances that are used by resource usages

（B）an event occurrence that causes a resource usage

（C）QoS values of a system associated with a specific resource usage

（D）a pattern describing how clients use resources and services

（A）call tounregister_instance() on a matched Data Writer

（B）call todispose() on a matched Data Writer

（C）call towrite() on a matched Data Writer

（D）deletion of a matched Data Writer

（E）loss of communications (e.g. network outage) with a matched Data Writer

（A）respecting thread priorities between CORBA clients and servers

（B）minimizing the latencies of operation invocations

（C）bounding the duration of thread priority inversions during end-to-end processing

（D）bounding the duration of memory access times