The increasing number of cores in manycore architectures causes important power and
scalability problems in the memory subsystem. One solution is to introduce scratchpad …

In the last few years, the traditional ways to keep the increase of hardware performance at
the rate predicted by Moore's Law have vanished. When uni-cores were the norm, hardware …

The increasing number of cores and the anticipated level of heterogeneity in upcoming
multicore architectures cause important problems in traditional cache hierarchies. A good …

Scratchpad memory (SPM) is considered a useful component in the memory hierarchy,
solely or along with caches, for meeting the power and energy constraints as performance …

To maintain data consistency between the cache memories in centralized and distributed
shared-memory multiprocessor system, particular protocols are used known as cache …

During IC photomask vision inspection, considering problem that fine image defectpsilas
fineness, complex shape, extraction feature difficultly, and effect by noise easily, presented …

The modern embedded system needs to be designed to meet the tremendous changes due
to high speed and advancement in technologies. Encapsulating user needs into a small …

Lightweight manycores deliver high performance and scal-ability at low power consumption.
However, architectural intricacies of these processors impose programmability challenges …

We present an on-chip memory store called “Local Memory Store”(LMStr). The LMStr can be
used with a regular cache hierarchy or solely as a redesigned scratchpad memory (SPM) …

This letter proposes a system architecture for a scalable software-assisted memory (SAM)
hierarchy for emerging manycore embedded systems. Our SAM hierarchy overcomes the …