Here is a practical reference on recent research in supply chain integration focusing on distributed decision-making problems. It examines recent applications of various decision-making tools for integrating supply chains.

Effective supply chain integration, and the tight co-ordination it creates, is an essential pre-requisite for successful supply chain management. Decision-Making for Supply Chain Integration is a practical reference on recent research in the area of supply chain integration focusing on distributed decision-making problems. Recent applications of various decision-making tools for integrating supply chains are covered including chapters focusing on:

Supplier selection, pricing strategy and inventory decisions in multi-level supply chains,
RFID-enabled distributed decision-making,
Operational risk issues and time-critical decision-making for sensitive logistics nodes, Modelling end to end processes to improve supply chain integration, and
Integrated systems to improve service delivery and optimize resource use.

Decision-Making for Supply Chain Integration provides an insight into the tools and methodologies of this field with support from real-life case studies demonstrating successful application of various decision-making techniques. By covering such a range of topics in this way, Decision-Making for Supply Chain Integration is a useful reference for researchers looking to develop their knowledge or find potential new avenues of research.

Allows readers to understand more about recent developments in the area of distributed or decentralised decision-making problems for supply chain integration Provides readers with insights on the tools and methodologies for solving decision-making problems Includes real-life case studies on successful applications of various decision-making techniques Includes supplementary material: sn.pub/extras

Autorentext
Dr. Hing Kai Chan is a senior lecturer at the Norwich Business School, University of East Anglia, UK. He has been conducting research in the area of scheduling, supply chain management, production and distribution models. Dr. Chan has expertise on the formulation of optimisation models and heuristic solution approaches, such as linear programming, integer programming, and genetic algorithms for analysing the performance of distributed supply chains. To date, he has published over 60 refereed international journal papers, including IEEE Transactions, the International Journal of Production Economics, and the International Journal of Production Research.Fiona Lettice is Professor of Innovation Management at the Norwich Business School, University of East Anglia and a visiting research fellow at Cranfield University. Her research interests are in new product development, innovation management, buyer-supplier relationships and supply chain integration. She has published in leading journals such as the International Journal of Production Economics, Transportation Part E: Logistics and Transportation Review, International Journal of Technology Management, and Proceedings IMechE Part B Journal of Engineering Manufacture. She is the Editor of the Emerald journal Team Performance Management. Mr Olatunde Durowoju is currently a PhD student at the Norwich Business School, University of East Anglia. He has a masters' degree in Food Production Management and has previously worked in the food, hospitality and healthcare sectors. His research interests are in operations strategy and supply chain management with a keen interest in simulation modelling and combinatorial optimization. His current research is on understanding the impact of information security breach on the performance of the supply chain and the mitigating effect of supply chain dynamics.

Inhalt

1.Adoption of Genetic Algorithm for Cross-Docking Scheduling with Time Window.- 2. A generic knowledge Model for SME Supply Chain Based on Multiagent Paradigm.- 3. Integrated Supplier Selection, Pricing and Inventory Decisions in a Multi-level Supply Chain.- 4. Optimal Pricing with Dynamic Tracking in the Perishable Food Supply Chain.- 5. Identifying Supply Chain Value using RFID-Enabled Distributed Decision-Making for Food Quality and Assurance.- 6. Understanding the Acceptance of RFID in the Healthcare Industry: Extending the TAM Model.- 7. Operational Risk Issues and Time-Critical Decision-Making for Sensitive Logistics Nodes.- 8. Supply Chain Disturbances: Contextualising the Cost of Risk and Uncertainty in Outsourcing.- 9. Product Containment Resources Facilitating Decision-Making in Complex Supply Networks -A Case Study of Milk Distribution from Farm to Retail.- 10. Order Fulfillment - A Key to Supply Chain Integration.- 11. Emerging Technology and the Service Delivery Supply Chain.- 12. Coordinating Parisian Urban Transport.