Decision-making systems for FSCM
| Systems | Decisions | Technologies | Area | Features |
|---|---|---|---|---|
| Vorst et al. (2005) | Logistics network integration | ICT | The Netherlands | Innovative developments of physical means, human skills and competences are integrated with ICT for enhancing logistics network integration |
| Henson and Reardon (2005) | Supply chain coordination | Internet-based IT | Canada | For ensuring private food safety and quality, an internet-based system is designed to achieve supply chain coordination |
| Maloni and Brown (2006) | Supply chain co-operation | Internet-based framework | USA | An internet-based framework using corporate social responsibility is used in the food supply chain for various co-operation |
| Taylor and Fearne (2006) | Planning scheduling | Data-based framework | UK | A data-enabled framework is built to improving demand management within a number of food supply chain |
| Attaran (2007) | Transportation Fleet | RFID Internet | USA | An RFID-enabled system is used to improve the food retailer supply chain |
| Baker et al. (2007) | Fleet Scheduling | Optimization Heuristic | Australia | A fleet optimization system is proposed to satisfy the constraints in FSCM |
| Bottani and Rizzi (2008) | Logistics Warehouse | RFID EPC | Italy | This paper introduces an RFID and EPC system for fast-moving consumer goods (FMCG) supply chain management |
| Tsoulfas and Pappis (2008) | Supply chain performance | Modeling | Greece | A model based decision system is proposed to analyze the environmental performance indicators in FSCM |
| Vorst et al. (2009) | Logistics integration | Simulation | The Netherlands | A new simulation environment is introduced to support integrated food supply chain to deal with uncertainties |
| Peidro et al. (2009) | Planning | Fuzzy model | Spain | A fuzzy model is introduced for food supply chain planning by considering supply demand and process uncertainties |
| Kuo and Chen (2010) | Warehouse distribution | Internet Mobile APP RFID | Taiwan | A logistics service based on the advancement of multi-temperature joint distribution system (MTJD) is proposed for food cold chain |
| Hsiao et al. (2010) | Supply chain outsourcing | Hierarchical framework | Taiwan | A system for supply chain outsourcing decision-making is introduced for food manufacturers |
| Ali and Kumar (2011) | Supply chain collaboration | ICT | India | ICT is used in enhancing the decision-making across the agricultural supply chain |
| Knemeyer and Naylor (2011) | Logistics integration | Behavioral model | USA | A behavioral system is used to make logistics and supply chain decisions to achieve integrated FSCM |
| Wang and Li (2012) | Warehouse Logistics | Data-based modeling Tracing | UK | An information system is used for perishable food supply chains by using data captured from trace technologies |
| Trienekens et al. (2012) | Transparency Logistics | Integrated information | The Netherlands | An integrated information system using intensified data exchange is used in complex dynamic FSCM |
| Kannan et al. (2013) | Supplier selection | Fuzzy technique | Denmark | An integrated approach with fuzzy multi attribute utility theory and multi-objective modeling is proposed for decision-making in FSCM |
| Zheng and Ling (2013) | Planning | Fuzzy Optimization | China | A multi-objective fuzzy optimization system is proposed for transportation planning in FSCM |
| Validi et al. (2014) | Distribution | Multi-objective GA | Ireland | A distribution system is proposed using optimization demand for two-layer FSCM |
| Agustina et al. (2014) | Vehicle scheduling Logistics | Modeling Optimization | Singapore | A distribution system is presented for food supply chains to make vehicle scheduling and routing decisions |
| Sitek and Wikarek (2015) | Logistics sustainability | Hybrid Modeling Optimization | Poland | A system uses hybrid framework and optimization approaches for sustainable FSCM |
| Kilger et al. (2015) | Collaborative planning | Multi-objective Modeling Internet | Germany | A planning system is introduced for the food supply chain to achieve collaborative processes |
| Govindan and Sivakumar (2016) | Supplier selection Coordination | Fuzzy Multi-objective Modeling | Denmark | A fuzzy technique based system is used for supplier selection in FSCM to achieve coordinated operations |
| Wang et al. (2016) | Sustainability Logistics | Trial-based Modeling | China | A system using decision-making trial and evaluation laboratory approach is used for FSCM |
| Pizzuti et al. (2017) | Logistics Integration | Ontology | Italy | An ontology-based system is used for supporting meet logistics management |
| Gunasekaran et al. (2017) | Sustainability Resilience | Big Data Framework | UK | A Big Data Analytics system is used for examine resilience in FSCM |
| Systems | Decisions | Technologies | Area | Features |
|---|---|---|---|---|
| Logistics network integration | ICT | The Netherlands | Innovative developments of physical means, human skills and competences are integrated with ICT for enhancing logistics network integration | |
| Supply chain coordination | Internet-based IT | Canada | For ensuring private food safety and quality, an internet-based system is designed to achieve supply chain coordination | |
| Supply chain co-operation | Internet-based framework | USA | An internet-based framework using corporate social responsibility is used in the food supply chain for various co-operation | |
| Planning | Data-based framework | UK | A data-enabled framework is built to improving demand management within a number of food supply chain | |
| Transportation | RFID | USA | An RFID-enabled system is used to improve the food retailer supply chain | |
| Fleet | Optimization | Australia | A fleet optimization system is proposed to satisfy the constraints in FSCM | |
| Logistics | RFID | Italy | This paper introduces an RFID and EPC system for fast-moving consumer goods (FMCG) supply chain management | |
| Supply chain performance | Modeling | Greece | A model based decision system is proposed to analyze the environmental performance indicators in FSCM | |
| Logistics integration | Simulation | The Netherlands | A new simulation environment is introduced to support integrated food supply chain to deal with uncertainties | |
| Planning | Fuzzy model | Spain | A fuzzy model is introduced for food supply chain planning by considering supply demand and process uncertainties | |
| Warehouse distribution | Internet | Taiwan | A logistics service based on the advancement of multi-temperature joint distribution system (MTJD) is proposed for food cold chain | |
| Supply chain outsourcing | Hierarchical framework | Taiwan | A system for supply chain outsourcing decision-making is introduced for food manufacturers | |
| Supply chain collaboration | ICT | India | ICT is used in enhancing the decision-making across the agricultural supply chain | |
| Logistics integration | Behavioral model | USA | A behavioral system is used to make logistics and supply chain decisions to achieve integrated FSCM | |
| Warehouse | Data-based modeling | UK | An information system is used for perishable food supply chains by using data captured from trace technologies | |
| Transparency | Integrated information | The Netherlands | An integrated information system using intensified data exchange is used in complex dynamic FSCM | |
| Supplier selection | Fuzzy technique | Denmark | An integrated approach with fuzzy multi attribute utility theory and multi-objective modeling is proposed for decision-making in FSCM | |
| Planning | Fuzzy | China | A multi-objective fuzzy optimization system is proposed for transportation planning in FSCM | |
| Distribution | Multi-objective | Ireland | A distribution system is proposed using optimization demand for two-layer FSCM | |
| Vehicle scheduling | Modeling | Singapore | A distribution system is presented for food supply chains to make vehicle scheduling and routing decisions | |
| Logistics sustainability | Hybrid | Poland | A system uses hybrid framework and optimization approaches for sustainable FSCM | |
| Collaborative planning | Multi-objective | Germany | A planning system is introduced for the food supply chain to achieve collaborative processes | |
| Supplier selection | Fuzzy | Denmark | A fuzzy technique based system is used for supplier selection in FSCM to achieve coordinated operations | |
| Sustainability | Trial-based | China | A system using decision-making trial and evaluation laboratory approach is used for FSCM | |
| Logistics Integration | Ontology | Italy | An ontology-based system is used for supporting meet logistics management | |
| Sustainability | Big Data | UK | A Big Data Analytics system is used for examine resilience in FSCM |