1.
The Realization of the Share Buffer Between Kernel Thread and User Thread in Windows;
Windows内核线程与用户线程共享缓冲区的实现
2.
This includes a kernel stack, which means that applications with many threads require large amounts of kernel resources.
包括内核堆栈，这意味着多线程程序需要大量的内核资源。
3.
For example, the count of a semaphore object is decreased by one.
这样，所有等待这些内核对象的线程都会被唤醒。
4.
Study of a Multi-threaded Network Processor with Distributed Micro-architecture;
多线程网络处理器分布式内核结构研究
5.
Research and Implementation of the Real-Time Multi-Threaded 3D Engine
实时多线程三维引擎内核的研究与实现
6.
Implementation of the Driver for DSP Device with PCI Bus in Linux of 2.6 Kernel
Linux2.6内核下基于PCI总线的DSP设备驱动程序实现
7.
Each thread( process) requires all the kernel resources typically associated with a process.
每一个线程（程）要所有的与进程相关联的内核资源。
8.
The Dalvik VM relies on the Linux kernel for underlying functionality such as threading and low-level memory management
Dalvik VM依赖于Linux内核的功能，包括线程及低层内存管理。
9.
The function modifies the state of some types of synchronization objects.
对进程和线程内核对象，这两个函数不产生副作用。
10.
Research on Thermal Aware Loorplanning and Thread Mapping in CMP Processor
片内多核微处理器温度可知的布图规划及线程映像研究
11.
Research and Implantation of a Kernel Thread Library Based on Embedded Linux Operation System
基于嵌入式Linux系统的内核级线程库的研究与实现
12.
Study of Linux Kernel 0.11 and Practice on Kernel Programming;
Linux 0.11内核研究与内核编程实践
13.
On the Java-based Multi-core and Multi-threaded Programming Technology
基于Java的多核多线程编程技术
14.
Multi-Process Application Develop Based on Linux Kernel;
基于Linux内核的多进程应用程序的开发
15.
intrinsic equation of a space curve
空间曲线的内蕴方程
16.
All fungi are eukaryotic organisms, and each fungal cell has at least one nucleus and nuclear membrane, endoplasmic reticulum, mitochondria, and secretory apparatus.
真菌是真核生物，含有核、核膜、内质网、线粒体和分泌装置。
17.
There were abundant mitochondria, rough surfaced endoplasmic reticulum and ribosome.
胞质内有丰富的线粒体、粗面内质网、核糖体。
18.
Considerations about the Evaluation Methods and Evaluation Contents of Military Theory Course;
关于军事理论课程考核方法及考核内容的思考