Fuzzy Decision Efficiency for Multiprocessor Architecture Configuration

Hardware/Software Co-Configuration for Multiprocessor SoPC

Real-time operating systems (RTOS) for multiprocessor systems built on a single FPGA should be configurable to a wide rage of architecture. Because the configuration of RTOS depends on hardware architecture, it is advantageous to co-configure multiprocessor architecture and RTOS simultaneously. This paper is a work-in-progress report of our research on configurable RTOS and co-configuration

Neuro-fuzzy decision learning on supply chain configuration

This paper describes the computational automatic supply chain configuration (SCC) based on fuzzy logic prediction actualizing automatically the chain stages considering different customer service level petitions. Each level is selected in accordance with the inference and the knowledge base process supplies (KBPS). The SCC model as an intelligent processes selector (IPS), allows dynamical confi...

A high performance fuzzy logic architecture for UAV decision making

The majority of Unmanned Aerial Vehicles (UAVs) in operation today are not truly autonomous, but are instead reliant on a remote human pilot. A high degree of autonomy can provide many advantages in terms of cost, operational resources and safety. However, one of the challenges involved in achieving autonomy is that of replicating the reasoning and decision making capabilities of a human pilot....

18 - 742 : Multiprocessor Architecture

Fuzzy Logic Model for Dynamic Multiprocessor Scheduling

In this paper, we propose a dynamic task scheduling technique based on fuzzy logic. The main objective of the work is to implement load balancing in scheduling tasks on a network of processing elements. The fuzzy engine we propose is capable of processing inputs from incomplete and ambiguous data that arises from the current state of the processors. In the model, an arriving task is placed in a...