multicore
n. 多芯;多核心
adj. 多芯的;多心的
2025-09-08 02:41 浏览次数 6
n. 多芯;多核心
adj. 多芯的;多心的
1. having, consisting of, or involving multiple cores
multicore cables especially having multiple computer cores (see core entry 1 sense 1f)
a multicore processor multicore operations
multicore core多芯软线
Multicore System多核系统
multicore programming多核编程
Multicore DevCon开发者大会
multicore transformer多心式变压器
multicore panel多髓嵌板
multicore processors多核处理器
multicore discase多轴空病
multicore cathode[电]
operating systems for multicore chips will need more information about their own performance — and more resources for addressing whatever problems arise.
多核环境下的操作系统需要掌握自身更多的性能信息和控制更多的资源才能解决多核引起的系统问题。
usage of the juc package is becoming more and more popular as more applications are either developed or fine tuned to run better on multicore systems.
juc包使用得越来越普遍,因为更多的应用程序需要为了多核系统而开发或仔细地调优。
at the high end we’ve got tons of compute, storage and iops thanks to multicore cpus/gpus, low memory costs and ssds, but we don’t have a lot of software to really tax it all.
在高端计算机市场中多核cpu和gpu技术的开发,内存价格越来越便宜还有固态硬盘技术的开发,使我们拥有极为强大的计算、存储能力和极快的输入输出处理速率。 问题是:我们的软件没有充分的发挥它的能力。
whatever the architectural challenges posed by multicore computing, however, they’re only the tip of the iceberg.
然而无论由多核计算引出的架构挑战如何,它们只是冰山中的一角。
with the multicore chips in today’s personal computers, which might have four or six or even eight cores, splitting computational tasks hasn’t proved a huge problem.
对于现今个人计算机中的多核芯片(也许四核或六核甚至八核)来说,分解计算任务并不是个大问题。
in all, it is not hard to see why there has been so little progress in parallel programming, even though multicore chips have been widespread for five years.
总之,这就是为什么不难理解在多核芯片广泛使用的五年间,并行编程上却很少有进展的原因。
but it obviously lends itself to multicore computing.
但是,显然也可以用于多核运算。
in today’s multicore chips, adjacent cores typically have two high-capacity connections between them, which carry data in opposite directions, like the lanes of a two-lane highway.
在现今多核芯片中,相邻的核心间通常有两个相向传输数据的高容量连接,就像二车道的高速公路那样。
this absence of a juc lock profiling tool is the motivation behind the development of our lock tool, jucprofiler, as a part of multicore sdk.
缺乏对juc锁的剖析工具正是我们开发这个锁工具,jucprofiler(multicoresdk的一部分)的动机。
well, which the advent of multicore processors, functional programming languages seems naturally suited to the new hardware architectures.
对,随着多核处理器时代的到来,函数式编程语言似乎更适合新的硬件架构。
many companies are looking at multicore processors as an opportunity to realize significant price and performance improvements.
许多公司都将多核处理器看做实现重大价值和性能提升的一次机会。
i think that increased data volumes will impact day to day programing work far more than multicore will.
我想在对日常编程工作的影响上,增长的数据容量要远远超过多核。
in multicore chips, however, multiple cores may have cached copies of the same data.
在多核芯片中,多个核心可能缓存着同一数据的副本。
the final two chapters focus on programming multicore computers.
最后的两个章节着重于多核计算机的程序设计。
with multicore processors bringing parallel computing to the masses, there is an urgent need to make concurrent programming easier.
多核处理器会引爆并行计算,因此当务之急是降低并发编程的难度。
intel has been talking up a storm with its tools, evangelizing both traditional symmetric multiprocessing across multicore cpus as well as gpu-enhanced computing.
因特尔已经开始利用它的工具大谈特谈,宣传通过多核cpu和增强型gpu的计算进行传统的对称多处理。
the second version will perform much better on multicore machines.
第二个版本代码在多核机器上执行效果会更好。
no free lunch is involved, but an actor-based framework does make concurrency programming, and leveraging multicore processes, much easier.
世上没有免费的午餐,但基于角色的框架确实使并发编程以及利用多核进程变得更加简单。
with broadband transport becoming widely available to most of the world, a multicore processor to make good use of it has now finally also been introduced.
随着宽带传输在世界上的大多数地方实现,现在终于出现了能够充分利用宽带的多核处理器。
we saw the trend towards multicore processors, and from experience we knew that multithreaded programs would begin to behave differently on this new hardware.
我们看到多核处理器已经成为一种趋势,根据经验我们知道,多线程程序的行为在这种新硬件上开始变得不同。
but in multicore chips, multiple cores will frequently have cached copies of the same data.
但在多核环境下,核之间会经常有相同数据的拷贝操作。
the mades tools will provide developers the ability to more easily reuse existing software components, ensure consistency of complex systems, and exploit advanced multicore hardware platforms.
这些开发技术也使实时系统开发人员实现更高的性能水平和可靠性,并可扩展到先进多核平台。
moore's law is alive and well in the multicore arena with manufacturers increasing the number of cores on chips at an ever-increasing rate.
随着制造商越来越快地增加芯片上的核心数量,摩尔定律在多核领域继续得以满足。
to us, multicore machines look like lots of little machines with really good interconnects.
对我们来说,多核机器用少量的机器实现了良好的连接性能。
the hcd6410 also features the multicore plus? software infrastructure, which allows ease of portability in an open software development environment.
该hcd6410还具有多核软件基础设施,携带方便,可在一个开放软件开发环境操作。
instead, he said that obtaining an appreciable increase in application performance would require taking advantage of multicore chip architectures.
相反,他认为应用程序性能的显着提升将需要利用多核芯片架构来实现。
these chapters give you some guidelines and examples that will help you write high-performance programs for multicore programs.
这些章节为您提供了帮助您书写用于多核计算机的高性能程序的一些指导和实例。