In a network-on-chip (NoC) based manycore architecture, an off-chip data access (main
memory access) needs to travel through the on-chip network, spending considerable …

Parallelization is an attractive and popular means of speeding up a given program.
Parallelization can be carried out at different levels. Instruction level parallelization exploits …

Localization, and in particular translation, is a key aspect of modern end-user software
applications. Open source systems have traditionally taken advantage of distributed and …

This paper presents a system for automatically supporting the optimization of stencil kernels
on emerging Non-Uniform Memory Access (NUMA) many-core architectures, through a …

Compiler design is a complex and a mathematically precise activity. As such, mathematical
modeling plays a crucial part, in the compiler design process. Traditionally, compiler design …

The important step in Program Parallelization, is identifying the pieces of the given program,
that can be run concurrently, on separate processing elements. The parallel pieces once …

Program parallelization requires mapping computation and data to processing elements.
Navigational Programming (NavP), based on the principle of migrating computations, offers …

Embedded applications are becoming increasingly complex and processing ever-increasing
datasets. In the context of data-intensive embedded applications, there have been two …

The demand to increase performance while conserving power has led to the invention of
multicore systems. The software until now had the convenience of gaining better …

Abstract Empirical studies of Program Performance, are limited by the choice and the
resulting bias, from the input samples used in the experiment. Estimation and Prediction …