Abstract Digital Signal Processors (DSPs) have been widely used in embedded domains,
delivering high performance with ultra-low power consumption. Such promises make it …

The rapid growth in the number of mobile devices and the higher data rate requirements of
mobile subscribers have made wireless signal processing a key driving application of …

As the demand for embedded-vision grows, solving large optimization problems in real-time
with energy and cost budget is a challenge. We present BAX, a hardware accelerator of …

Energy efficiency has become one of the most important topics in computing. To meet the
ever increasing demands of the mobile market, the next generation of processors will have …

Loop unrolling can provide more instruction-level parallelism opportunities for code and
enables a greater range of instruction pipeline scheduling. In high-performance very-long …

Looking forward to the next generation of mobile streaming computing, the demanded
energy efficiency of end-user terminals will become ever stringent. The Xetal-Pro processor …

The efficacy of widely used single instruction, multiple data architectures is often limited
when handling divergent control flows and short vectors; both circumstances result in SIMD …

This paper proposes a single instruction multiple data (SIMD) processor, which is
programmed with high-level OpenCL language. The low-power processor is customized for …

Low energy consumption has become one of the most important topics in computing. With
single CPUs consuming as much as 115 Watt, engineers have been looking for ways to …

Matrix transposition plays a critical role in digital signal processing. However, the existing
matrix transposition implementations have significant limitations. A traditional design uses …