Another architecture for real time is the resource-kernel approach.
另一个实时架构是资源内核法。
The resource kernel provides a set of application program interfaces (APIs) to allow tasks to request these reservations (see Figure 5).
资源内核提供了一组应用程序编程接口(API)，允许任务请求这些预留资源(见图5)。
Another important resource that's managed by the kernel is memory.
内核所管理的另外一个重要资源是内存。
The four steps to this combination test method are: test selection, system resource utilization evaluation, kernel code coverage analysis, and final stress test evaluation.
这一组合测试方法的四个步骤是：测试选择、系统资源利用率评价、内核代码覆盖分析以及最终的压力测试评价。
One important change in Solaris 10 is that many Solaris kernel parameters have now been replaced by resource controls.
Solaris10中的一个重要变化是，许多Solaris内核参数现在已经被资源控制取代。
In each case, the CPU utilization reported by wlmstat and CPU resource control action taken by the kernel for that WPAR would be applicable to the effective virtual CPU on that partition.
在所有情况下，wlmstat报告的CPU利用率和内核对WPAR采取的CPU资源控制措施都应用于分区上的有效虚拟CPU。
The resource kernel can then merge the requests to define a schedule to provide guaranteed access using the task-defined constraints (or return an error if they cannot be guaranteed).
然后资源内核可以合并这些请求，使用任务定义的约束定义一个调度，从而提供确定的访问（如果无法提供确定性则返回错误）。
The tests should allow the attainment of high-resource utilization levels for main kernel areas, such as the CPU(s), memory, I/O, and networking.
测试应该可以得到CPU（s）、内存、I/O和网络等主要内核区域的高水平的资源利用率。
This article is divided into five parts:Chapter I points out that the talent-post matching is a kernel issue in the human resource management.
全文共分五个部分：第一章：论述了人岗匹配是人力资源管理的核心问题。
This paper describes the design of a real-time multitask monitoring system, and more on the kernel module RTMMON in: task control, resource management, interrupt process and communication.
本文介绍了实时多任务监控系统的设计思想，着重阐述了RTMMON的核心模块：任务控制部、资源控制部、中断控制部及通信控制部的设计。
If the resource is still not available, then you have spent only a few cycles and can still enter a kernel-based wait.
如果资源仍然不可用，则只花费了少量周期，并且仍然可以进行基于内核的等待。
Oppositifolious character of maize is a new variation type, whose leaf and kernel are both oppositifolious, which is a high-yield breeding germplasm resource.
玉米的对生性状是一个新的变异类型，其叶片和果穗均为对生，是高产育种极其珍贵的种质资源。
Oppositifolious character of maize is a new variation type, whose leaf and kernel are both oppositifolious, which is a high-yield breeding germplasm resource.
玉米的对生性状是一个新的变异类型，其叶片和果穗均为对生，是高产育种极其珍贵的种质资源。
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