双内核的英文

• dual-core

• "双"英文翻译    two; twin; both; dual
• "内核"英文翻译    core; steinkern; root
• "内核" 英文翻译 :    core; steinkern; root
• "双内插" 英文翻译 :    double interpolation
• "双内酯" 英文翻译 :    sanguisorbic acid dilactone
• "二萜双内酯" 英文翻译 :    diterpenoide dilactone
• "双内二醇" 英文翻译 :    diterpenediol
• "双内线包装" 英文翻译 :    di:dual in-line package
• "hurd内核" 英文翻译 :    gnu hurd
• "linux 内核" 英文翻译 :    linux kernel
• "linux内核" 英文翻译 :    linux kernel
• "板内核" 英文翻译 :    intralaminar nuclei
• "单内核" 英文翻译 :    monolithic kernel
• "脚内核" 英文翻译 :    endopeduncular nucleus; entopeduncular nucleus
• "内核，核心" 英文翻译 :    kernel
• "内核层" 英文翻译 :    inner nuclear layer; internal nuclear layer
• "内核膜" 英文翻译 :    inner nuclear membrane
• "内核仁" 英文翻译 :    endonucleolus
• "内核体" 英文翻译 :    intranuclear body
• "微内核" 英文翻译 :    microkernel
• "髓板内核 丘脑板内核 板内核群" 英文翻译 :    intralaminarnuclei
• "丘脑板内核 板内核群" 英文翻译 :    nucleiintralaminares
• "髓板内核髓板内核" 英文翻译 :    intralaminar nuclei
• "（细胞）内核仁" 英文翻译 :    endonucleolus
• "安全内核" 英文翻译 :    secured kernel; security kernel

• This way , linux can gain hard real - time performance
  Rtai是采用双内核结构对linux进行实时改造典型方案。
• The real - time characteristic of the kernel , the blended file system and the chinese support . based on this , the design of double kernel model for real - time , blended file system and chinese support in kernel is proposed
  在此基础上，设计了实时化的双内核模式，提出混合式文件系统结构，并在分析linux字符显示原理的基础上，给出内核中文化方案。
• After that , this paper studies the schemes used by the leading embedded realtime linux , including dual - kernel scheme , adding preemption points to the kernel and the scheduling structure based on realtime scheduling policies
  深入研究了当前几种嵌入式实时linux操作系统在这几个方面对linux进行的实时性改进方案? ?双内核方案、增加抢占点的方案以及以实时调度策略为基础的调度框架结构。
• On the basis of study , the paper compares various scheme of embedded linux implementing hard real time performance currently . finally , the technology strategy through two - kernel mechanism is set up , added rthal for reducing the modification of the original kernel
  在此基础上，对当前嵌入式linux操作系统实现硬实时性的不同方案进行了比较，最终确定以双内核机制为基础，增加实时硬件抽象层( rthal )以简化对原内核的改动的技术实现路线。
• And achieve the real - time reconstruction of linux kernel schedule mechanism and small granularity timer by studying the real - time schedule policy edf and rm . meanwhile , the thesis analyses the method of linux schedule mechanism and double kernel mechanism . research and achieve the quicklaunch mechanism in embedded qt , aimed to the demand of embedded system to embedded gui . it is based on mpc5200 environment , so i also describe the embedded linux system about mpc5200 and achieve the logic address and function design of hardware and construct the development environment of software
  研究了实时调度策略edf和rm ,结合linux定时器原理,实现了实时化改造linux内核调度机制和细粒度定时器,有效提高了linux系统的实时性,并详细分析了linux调度策略的实现和双内核实时化改造机制。针对嵌入式系统对嵌入式gui的要求,分析并实现了基于嵌入式qt的quicklaunch机制。本文的研究工作都是基于mpc5200嵌入式系统开发基础之上,所以本文又对基于mpc5200的嵌入式linux系统设计进行了描述,实现了硬件的逻辑地址和功能设计以及软件开发环境的搭建。
• One way , linux kernel can be modified directly to reduce the schedule latency and this is so - called soft real - time . the other way , the so called sub - kernel idea can be adopted , which adds an extra real - time kernel besides linux kernel . the real - time kernel is in charge of managing and scheduling all the real - time tasks and linux kernel is treated as a real - time kernel ’ s task with the lowest priority
  一种是对标准linux内核进行直接修改,通过减小操作系统的调度延迟,优化linux的实时性能,达到软实时的标准;另一种是采用双内核方案,增加一个实时内核,所有有实时要求的任务都在这个实时内核上运行,标准linux内核作为这个实时内核优先级最低的一个进程,这种方式可以实现硬实时。
• In the scheme , not only the rtlinux ' s double kernel structure and its virtual interrupt are adopted , which make the standard linux process as the lowest priority one in the real - time kernel , but also the 8254 is set to work in the one - shot model by using the kurt ' s utime package , which improves the clock frequency of the os and reduces the cpu ' s extra burden
  这种新的实时化方案利用了rtlinux的双内核体系结构和中断虚拟机技术，将标准linux进程作为实时内核的一个优先级最低的任务进行调度；同时还利用了kurt中utime软件包将定时/计数器8254置为one - shot工作模式，从而既提高了操作系统的时钟频率，又解决了cpu额外负担过重的问题。
• To improve virtual memory management mechanism , the kernel code is amended to avoid the incertitude cause by page scheduling , thus the responding speed is effectively improved . the irrationality of linux scheduling mechanism is also analyzed , and the methods and models such as to fortify scheduling occasion and adopt double kernel are also proposed to improve it
  在虚拟内存管理机制的改进上，作者从操作系统内核入手，对内核代码进行修改，去除了由于页面调度带来的响应不确定性，有效的提高了系统的响应速度；在实时调度上，分析了linux现有调度机制的不合理性，提出了增加调度时机、采用双内核等方法，给出了改进的模型。