多核时代

多核时代改变计算机发展历史

Multi-core Age changes the history of computer development

此外，多核时代的到来也给现有的动态二进制翻译技术提出了新的挑战。

Besides , the arrival of multi-core platform brought new challenges to the existing DBT technology .

在体系结构技术的推动下，微处理器已经全面进入片上多核时代。

Microprocessor chip , which is driven by the improving of technology in architecture , has entered the multi-core era .

在多核时代，为了将不断增长的片上资源转变为程序性能提升，必须充分利用其硬件多线程并行执行的优势。

In the era of CMP , the key of transforming the increasing transistors into performance improvement is to take the advantage of multi-threading parallelism which is the nature of multi-cores .

尽管许多软件公司正在努力适应多核芯片时代的来临，但Google对这种芯片使用起来得心应手。

Many software companies , accustomed to better performance from ever-faster chip clock speeds , are struggling to adapt to the multicore approach , but it suits Google just fine .

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。

Well , which the advent of multicore processors , functional programming languages seems naturally suited to the new hardware architectures .

多核系统的时代已经到来了，但是我们还没有准备好。

The age of multi-core systems has already happened , and largely , we aren 't ready for it .

随着微处理器的发展进入多核多线程的时代，微处理器对中断系统的性能要求也在不断提高。

With the development of the microprocessor into the era of multi-core multi-threaded , the requirements on interrupt system have been improving .

由于以上原因，多核处理器体系结构的研究缺乏大量的实验评测和全面、有效的指导，而软件模拟器成为了多核时代处理器体系结构研究的瓶颈。

For the reasons given above , research in multi-core processor architecture lack abundant experimental evaluations and comprehensive guides . And software simulator becomes the bottleneck of multi-core architecture research .