Sentence examples for mapping of applications from inspiring English sources

The synthesis and mapping of applications to configurable embedded systems is a notoriously complex process.

One-to-one mapping of applications to servers in a cluster can simplify tuning, support, and computing resource management for the members.

This work analyzes MoCs employed on the static and dynamic mapping of applications onto regular NoCs, providing a classification based on aspects of computation and communication.

In this paper we propose an exact (complete) algorithm for the computation of a maximum-throughput mapping of applications specified as SDFG onto multi-core architectures.

Mapping of applications on a Multi-processor System-on-Chip (MP-SoC) is a crucial step to optimize performance, energy and memory constraints at the same time.

However, the formidable problem in efficient mapping of applications (mostly loop algorithms) onto such architectures has been a hindrance in their mass acceptance.

MARTE allocation package is used to model the mapping of application tasks onto platform resources.

Due to the direct mapping of application tasks onto hardware resources, FPGA is able to complete one operation in a single clock cycle, which avoids the instruction fetching, decoding, and executing overheads as in the software processors.

The definition of an integer linear programming model enables us to solve the twofold problem of allocating an optimal set of memory instances with varying size on the one hand and finding an optimal mapping of application segments to allocated memories on the other hand.

Such models represent a suitable solution for systematic mapping of parallel applications onto multiprocessor architectures.

This paper addresses mapping of streaming applications (such as MPEG) on multiprocessor platforms with time-division-multiplexed network-on-chip.