A disruption management system for automotive inbound networks: concepts and challenges

A Fuzzy Based Decision Support System For Supply Chain Disruption Management

Among the supply chain risk types, disruptions that result from natural disasters, sanctions, transportation problems and equipment failure can seriously disrupt or delay the flow of material, information and cash. The aim of this research was to propose a hybrid model for disruption management, which is the process of achieving plans or strategies to reduce the expenses incurred by the disrupt...

Supplier selection in supply chain management with disruption risk and credit period concepts

Supplier selection is one of the most critical activities of purchasing management in supply chain and managers increasingly face sourcing decisions of how to selected suppliers. This paper illustrates the development of a sourcing decision that provides support for the buyer firm in supply chain.The models developed here, involved selecting between single and dual sourcing. Outside and local s...

Knowledge Management For Dynamic Automotive Networks

The automotive industry is facing new challenges from increasing product diversification and complexity, decreasing product live cycle times and the permanent need for cost reduction. Car Manufacturers are assigning more and more development tasks and manufacturing orders to suppliers. Suppliers need to create temporary alliances of organizations to share skills, competences and resources. Thes...

A Hidden Node Aware Network Allocation Vector Management System for Multi-hop Wireless Ad hoc Networks

Many performance evaluations for IEEE 802.11distributed coordination function (DCF) have been previouslyreported in the literature. Some of them have clearly indicatedthat 802.11 MAC protocol has poor performance in multi-hopwireless ad hoc networks due to exposed and hidden nodeproblems. Although RTS/CTS transmission scheme mitigatesthese phenomena, it has not been successful in thoroughlyomit...

Market concepts, competing technologies and cost challenges for automotive and stationary applications