The technology advances of CPU (Central Processing Unit) architecture alternate between generalization and specialization. In the past decade, general performance has been enhanced while addressing new brick walls that include power, memory, ILP (Instruction-Level Parallelism). Thus, it will enter into era specialization called adaptable ISA (Instruction Set Architecture) for target application...

Many-core system-on-chips, together with their established communication infrastructures, Networks-on-Chip (NoC), are growing in complexity, which encourages the integration of third-party components to simplify and accelerate production processes. However, this also adversely exposes surface for attacks through injection hardware Trojans. This work addresses active on NoCs focuses integrity av...

The advent of mass-market multicore processors provides exciting new opportunities for parallelism on the desktop. The original C++CSP – a library providing concurrency in C++ – used only user-threads, which would have prevented it taking advantage of this parallelism. This paper details the development of C++CSP2, which has been built around a many-to-many threading model that mixes user-threa...

Abstract Achieving maximum parallel performance on multi-core CPUs and many-core GPUs is a challenging task depending multiple factors. These include, for example, the number granularity of computations or use memories devices. In this paper, we assess those factors by evaluating comparing different parallelizations same problem multiprocessor containing CPU with 40 cores four P100 Pascal archi...

the desire and drive for excellence in any endeavor in life requires an effort from the individual; in addition it requires a constellation of features around such individuals that help them to become successful. for surgeons, it is the operating room staff, the administrative and medical assistants and our residents and fellows. however, perhaps the most important contribution to a physician’s...