The Experts below are selected from a list of 126 Experts worldwide ranked by ideXlab platform
Yves Dallery - One of the best experts on this subject based on the ideXlab platform.
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special session Inventory control for production logistics and supply chain management
International Conference on Industrial Engineering and Systems Management, 2013Co-Authors: Evren Sahin, Zied Jemai, Yves DalleryAbstract:Inventory management is crucial in today's supply chains subject to variable and uncertain customer demand. It basically aims at deciding: what product to order/produce, when to order/produce and how many products to order/produce. Considerable research work has been developed in the area of flow management and Inventory control during recent decades. The existing research covers several branches of Inventory control and modeling such as: deterministic and stochastic models, single and multi-item, single and multilocation models, etc. However, despite the many contributions in the relevant literature, there are still many new and unresolved issues for both researchers and practitioners. The organizers of this special session would like to invite theoretical and/or empirical contributions that advance the current state of knowledge in this area. The session addresses issues related to various aspects of Inventory control. Potential topics include, but are not limited to: • Inventory control for production systems, approaches and methods of materials; • management; • Inventory control for distribution systems; • Global sourcing and Inventory control; • Multi item/multi supplier Inventory control; • Multi echelon Inventory control; • Perishable products Inventory control; • Inventory control for intermittent demand; • Inventory control based on RFID systems; • Inventory control systems (ICS) — Inventory Software; • Inventory control in specific sectors (automobile, retail, fashion goods, …).
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Special session — Inventory control for production, logistics and supply chain management
2013Co-Authors: Evren Sahin, Zied Jemai, Yves DalleryAbstract:Inventory management is crucial in today's supply chains subject to variable and uncertain customer demand. It basically aims at deciding: what product to order/produce, when to order/produce and how many products to order/produce. Considerable research work has been developed in the area of flow management and Inventory control during recent decades. The existing research covers several branches of Inventory control and modeling such as: deterministic and stochastic models, single and multi-item, single and multilocation models, etc. However, despite the many contributions in the relevant literature, there are still many new and unresolved issues for both researchers and practitioners. The organizers of this special session would like to invite theoretical and/or empirical contributions that advance the current state of knowledge in this area. The session addresses issues related to various aspects of Inventory control. Potential topics include, but are not limited to: • Inventory control for production systems, approaches and methods of materials; • management; • Inventory control for distribution systems; • Global sourcing and Inventory control; • Multi item/multi supplier Inventory control; • Multi echelon Inventory control; • Perishable products Inventory control; • Inventory control for intermittent demand; • Inventory control based on RFID systems; • Inventory control systems (ICS) — Inventory Software; • Inventory control in specific sectors (automobile, retail, fashion goods, …).
Dimitris Spiliotopoulos - One of the best experts on this subject based on the ideXlab platform.
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an open source freeware assistive technology Software Inventory
International Conference on Computers Helping People with Special Needs, 2010Co-Authors: Alexandros Pino, Georgios Kouroupetroglou, Hernisa Kacorri, Anna Sarantidou, Dimitris SpiliotopoulosAbstract:Assistive Technology (AT) Software market is expensive, and related products are hard to find, especially for non-English speaking users. Open Source and free AT Software partially solve the cost problem, and online inventories facilitate the search for the appropriate product. Even so, users don't have all the information gathered and systematically organized in one place. Furthermore, free Software often needs to be tested and reviewed by computer and AT experts in order to detect and point out reliability, installation, and compatibility issues. We propose a methodology for creating web-based free AT Software inventories, which will make the search and selection of such products straightforward. The methodology is based on the systematic organization and consistency of the information available for each product, and its effective presentation; the goal for the users is to be able to quickly find, compare and understand the functionality and features of each product. We have applied this methodology to create the Open Source / Freeware AT Software Inventory http://access.uoa.gr/fs.
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ICCHP (1) - An open source / freeware assistive technology Software Inventory
Lecture Notes in Computer Science, 2010Co-Authors: Alexandros Pino, Georgios Kouroupetroglou, Hernisa Kacorri, Anna Sarantidou, Dimitris SpiliotopoulosAbstract:Assistive Technology (AT) Software market is expensive, and related products are hard to find, especially for non-English speaking users. Open Source and free AT Software partially solve the cost problem, and online inventories facilitate the search for the appropriate product. Even so, users don't have all the information gathered and systematically organized in one place. Furthermore, free Software often needs to be tested and reviewed by computer and AT experts in order to detect and point out reliability, installation, and compatibility issues. We propose a methodology for creating web-based free AT Software inventories, which will make the search and selection of such products straightforward. The methodology is based on the systematic organization and consistency of the information available for each product, and its effective presentation; the goal for the users is to be able to quickly find, compare and understand the functionality and features of each product. We have applied this methodology to create the Open Source / Freeware AT Software Inventory http://access.uoa.gr/fs.
Youngkoo Lee - One of the best experts on this subject based on the ideXlab platform.
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query responsive awareness Software Inventory control case study
International Conference on Ubiquitous Information Management and Communication, 2008Co-Authors: Brian J Dauriol, Pramod K Chikkappaiah, Weiwei Yuan, Sungyoung Lee, Youngkoo LeeAbstract:Query Responsive Awareness Software (QRAS) is proposed in this paper as a run-time Software representable model that incorporates semantic attributes into the Software. Specifically QRAS: (a) provides for the representation of properties of the Software and its application environment, (b) is compatible for distributed systems and in particular, smart collaborative object systems, and (c) provides human and/or automated query and query-responsiveness. QRAS is based on the Geometric Representation of Programs (GRP) model. A case study based on a simplified Inventory control system together with a simulation of various queries concludes a feasibility study of the proposed approach.
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ICUIMC - Query responsive awareness Software: Inventory control case study
Proceedings of the 2nd international conference on Ubiquitous information management and communication - ICUIMC '08, 2008Co-Authors: Brian J. D'auriol, Pramod K Chikkappaiah, Weiwei Yuan, Sungyoung Lee, Youngkoo LeeAbstract:Query Responsive Awareness Software (QRAS) is proposed in this paper as a run-time Software representable model that incorporates semantic attributes into the Software. Specifically QRAS: (a) provides for the representation of properties of the Software and its application environment, (b) is compatible for distributed systems and in particular, smart collaborative object systems, and (c) provides human and/or automated query and query-responsiveness. QRAS is based on the Geometric Representation of Programs (GRP) model. A case study based on a simplified Inventory control system together with a simulation of various queries concludes a feasibility study of the proposed approach.
Evren Sahin - One of the best experts on this subject based on the ideXlab platform.
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special session Inventory control for production logistics and supply chain management
International Conference on Industrial Engineering and Systems Management, 2013Co-Authors: Evren Sahin, Zied Jemai, Yves DalleryAbstract:Inventory management is crucial in today's supply chains subject to variable and uncertain customer demand. It basically aims at deciding: what product to order/produce, when to order/produce and how many products to order/produce. Considerable research work has been developed in the area of flow management and Inventory control during recent decades. The existing research covers several branches of Inventory control and modeling such as: deterministic and stochastic models, single and multi-item, single and multilocation models, etc. However, despite the many contributions in the relevant literature, there are still many new and unresolved issues for both researchers and practitioners. The organizers of this special session would like to invite theoretical and/or empirical contributions that advance the current state of knowledge in this area. The session addresses issues related to various aspects of Inventory control. Potential topics include, but are not limited to: • Inventory control for production systems, approaches and methods of materials; • management; • Inventory control for distribution systems; • Global sourcing and Inventory control; • Multi item/multi supplier Inventory control; • Multi echelon Inventory control; • Perishable products Inventory control; • Inventory control for intermittent demand; • Inventory control based on RFID systems; • Inventory control systems (ICS) — Inventory Software; • Inventory control in specific sectors (automobile, retail, fashion goods, …).
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Special session — Inventory control for production, logistics and supply chain management
2013Co-Authors: Evren Sahin, Zied Jemai, Yves DalleryAbstract:Inventory management is crucial in today's supply chains subject to variable and uncertain customer demand. It basically aims at deciding: what product to order/produce, when to order/produce and how many products to order/produce. Considerable research work has been developed in the area of flow management and Inventory control during recent decades. The existing research covers several branches of Inventory control and modeling such as: deterministic and stochastic models, single and multi-item, single and multilocation models, etc. However, despite the many contributions in the relevant literature, there are still many new and unresolved issues for both researchers and practitioners. The organizers of this special session would like to invite theoretical and/or empirical contributions that advance the current state of knowledge in this area. The session addresses issues related to various aspects of Inventory control. Potential topics include, but are not limited to: • Inventory control for production systems, approaches and methods of materials; • management; • Inventory control for distribution systems; • Global sourcing and Inventory control; • Multi item/multi supplier Inventory control; • Multi echelon Inventory control; • Perishable products Inventory control; • Inventory control for intermittent demand; • Inventory control based on RFID systems; • Inventory control systems (ICS) — Inventory Software; • Inventory control in specific sectors (automobile, retail, fashion goods, …).
Alexandros Pino - One of the best experts on this subject based on the ideXlab platform.
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an open source freeware assistive technology Software Inventory
International Conference on Computers Helping People with Special Needs, 2010Co-Authors: Alexandros Pino, Georgios Kouroupetroglou, Hernisa Kacorri, Anna Sarantidou, Dimitris SpiliotopoulosAbstract:Assistive Technology (AT) Software market is expensive, and related products are hard to find, especially for non-English speaking users. Open Source and free AT Software partially solve the cost problem, and online inventories facilitate the search for the appropriate product. Even so, users don't have all the information gathered and systematically organized in one place. Furthermore, free Software often needs to be tested and reviewed by computer and AT experts in order to detect and point out reliability, installation, and compatibility issues. We propose a methodology for creating web-based free AT Software inventories, which will make the search and selection of such products straightforward. The methodology is based on the systematic organization and consistency of the information available for each product, and its effective presentation; the goal for the users is to be able to quickly find, compare and understand the functionality and features of each product. We have applied this methodology to create the Open Source / Freeware AT Software Inventory http://access.uoa.gr/fs.
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ICCHP (1) - An open source / freeware assistive technology Software Inventory
Lecture Notes in Computer Science, 2010Co-Authors: Alexandros Pino, Georgios Kouroupetroglou, Hernisa Kacorri, Anna Sarantidou, Dimitris SpiliotopoulosAbstract:Assistive Technology (AT) Software market is expensive, and related products are hard to find, especially for non-English speaking users. Open Source and free AT Software partially solve the cost problem, and online inventories facilitate the search for the appropriate product. Even so, users don't have all the information gathered and systematically organized in one place. Furthermore, free Software often needs to be tested and reviewed by computer and AT experts in order to detect and point out reliability, installation, and compatibility issues. We propose a methodology for creating web-based free AT Software inventories, which will make the search and selection of such products straightforward. The methodology is based on the systematic organization and consistency of the information available for each product, and its effective presentation; the goal for the users is to be able to quickly find, compare and understand the functionality and features of each product. We have applied this methodology to create the Open Source / Freeware AT Software Inventory http://access.uoa.gr/fs.
