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。
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。
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。
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。
In particular Erlang is thought to be a natural programming language for multicore processors.
特别是人们把Erlang看作是多核处理器下的一种自然编程语言。
Sutter also noted that concurrent programming would allow developers to take advantage of multicore architectures.
Sutter还提到并发编程将使开发人员能够利用多核架构。
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。
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。
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