Chip multiprocessors

Chip multiprocessors ( CMPs ) combine multiple processors on a single die , typically with private level-one caches and a shared level-two cache .

片上多处理器是指在一个单芯片上集成多个处理器，通常还带私有的一级缓存和共享的二级缓存。

The Tradeoff Cache Between Latency and Capacity in Chip Multiprocessors

片上多处理器中延迟和容量权衡的cache结构

The Research and Implementation of the Key Techniques on Single Chip Multiprocessors

单芯片多处理器关键技术的研究与实现

Performance Superiority of Single - Chip Multiprocessors

单芯片多处理器的性能优势

Single Chip Multiprocessors ( SCMP ) system is one of the most important microprocessor architectures today .

单芯片多处理器（SCMP）系统是当前计算机体系结构研究的热点问题之一。

Due to technology push and application pull , the Chip Multiprocessors ( CMP ) have become the trend of the high performance microprocessors .

在工艺和应用的双重推动下，片上多核处理器成为当前高性能微处理器的发展趋势。

It is well known that multi-core processor is the mainstream of the next generation of computer architecture , and the chip multiprocessors ( CMP ) will be the dominant design paradigm of this area .

众所周知，多核处理器体系结构是下一代微处理器体系结构的主流，而该结构的一种具体实现方式为片上多核处理器（CMP），也称为多核微处理器。

In addition , as the chip density increasing , chip multiprocessors ( MP ) and multithreading ( MT ) are becoming mainstream architectures of current processor design .

此外，随着芯片容量的不断扩大，多核与多线程结构正成为当代处理器设计的主流。