The Experts below are selected from a list of 144747 Experts worldwide ranked by ideXlab platform
F Debbah - One of the best experts on this subject based on the ideXlab platform.
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Transport Management: thematic research summary
2010Co-Authors: A Winder, M Brackstone, F DebbahAbstract:This paper summarises results of 35 projects (25 of them EU projects and 10 national activities from Greece, Romania, Slovakia, Spain, Sweden and Switzerland), spread across six sub-themes. The first two sub-themes deal with cross-modal or mode independent Transport Management aspects and the remaining four sub-themes relate to Transport Management projects which focus specifically on each of the four main Transport modes (road, rail, waterborne and air Transport).
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Transport Management - thematic research summary - update 2010
2010Co-Authors: A Winder, M Brackstone, F DebbahAbstract:This thematic research summary on Transport Management includes a review of projects for which results have been made available to the Transport Research Knowledge Centre. An EU policy review and information on the following sub-themes is provided : urban traffic, public Transport and mobility Management; freight traffic Management, terminals and logistics chains; road network and traffic Management; rail network and traffic Management; maritime and inland waterway traffic and port Management; and air traffic and airport Management. The full text of this article may be found at: http://www.Transport-research.info/Upload/Documents/201002/20100215_125815_42188_TRS%20Transport%20Management.pdf
Peng Qiu-hong - One of the best experts on this subject based on the ideXlab platform.
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Application of PLC to Warehouse Transport Management System
Colliery Mechanical & Electrical Technology, 2007Co-Authors: Peng Qiu-hongAbstract:The application of PLC technique to the warehouse Transport Management is not only of convenient programming, vivid modification and high reliability, but also easy to expand its the loading ability.After the system being put into operation,it works smoothly.
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Application of PLC in Warehouse Transport Management System
Modular Machine Tool & Automatic Manufacturing Technique, 2006Co-Authors: Peng Qiu-hongAbstract:Fly along with the programmable logic controller to develop soon,the comparison have is more and more big in industry control apply,applying the realm more and more wide.The PLC used in the warehouse Transport Management,replacing the tradition to control after the electric appliances with the computer technique,replacing the hardware conjunction with the soft equipments,having to certainly take the ability of load,being easy to expand,program convenience,the modification is vivid,the credibility is high.
A Winder - One of the best experts on this subject based on the ideXlab platform.
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Transport Management: thematic research summary
2010Co-Authors: A Winder, M Brackstone, F DebbahAbstract:This paper summarises results of 35 projects (25 of them EU projects and 10 national activities from Greece, Romania, Slovakia, Spain, Sweden and Switzerland), spread across six sub-themes. The first two sub-themes deal with cross-modal or mode independent Transport Management aspects and the remaining four sub-themes relate to Transport Management projects which focus specifically on each of the four main Transport modes (road, rail, waterborne and air Transport).
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Transport Management - thematic research summary - update 2010
2010Co-Authors: A Winder, M Brackstone, F DebbahAbstract:This thematic research summary on Transport Management includes a review of projects for which results have been made available to the Transport Research Knowledge Centre. An EU policy review and information on the following sub-themes is provided : urban traffic, public Transport and mobility Management; freight traffic Management, terminals and logistics chains; road network and traffic Management; rail network and traffic Management; maritime and inland waterway traffic and port Management; and air traffic and airport Management. The full text of this article may be found at: http://www.Transport-research.info/Upload/Documents/201002/20100215_125815_42188_TRS%20Transport%20Management.pdf
C Casuscelli - One of the best experts on this subject based on the ideXlab platform.
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ROAD Transport Management FOR THE SYDNEY OLYMPIC GAMES. OPERATIONAL SUCCESS UNDERPINNED BY TECHNOLOGY
2001Co-Authors: C CasuscelliAbstract:The New South Wales (NSW) Transport Management Centre (TMC) had approximately 12 months from the time of commissioning to complete the planning, test the processes and fine tune the technology that would deliver road Transport Management services for the Olympic Games. The record speaks for itself; road Transport Management for the Olympic Games was a story of unqualified success. The TMC's Olympic preparation strategy was to predominantly focus on services and capabilities during the delivery of Transport operations for Olympic Test Events and other major events. Those services and capabilities which were major contributors to the Olympic success are briefly described in Part 1 of this paper. Concurrent with the development and delivery of services a small number of critical technological capabilities were identified. These were afforded a high priority for development and operational preparation. A brief description of these technologies is detailed in Part 2 of this paper. The most critical capabilities for the TMC in delivering road Transport Management of the Olympic Games were: a Transport command and control centre/organisation, a sophisticated communications system, an area traffic Management system, an incident Management system, and specialised field response resources.
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FROM TRAFFIC CONTROL TO ROAD Transport Management. A JOURNEY OF DISCOVERY FOR THE ROADS AND TRAFFIC AUTHORITY OF NSW
2001Co-Authors: C CasuscelliAbstract:Traffic Control Centres are outdated; at best they were a mediocre response to a growing problem in many of the world's cities. In the main, these facilities placed too much emphasis on the tools and technology for effective traffic control. A number of operational limitations impacted their ultimate effectiveness; the major ones include restricted geographical coverage, lack of jurisdiction over all roads, unsophisticated technology and a focus on traffic rather than Transport. Sydney's Traffic Control Centre has been replaced with the Transport Management Centre (TMC), specifically designed to overcome these limitations. The centre has focussed not on the technology, though it recognises its importance, but rather on developing relationships between key agencies, establishing a broad Transport approach in all of its activities and in creating processes to support a range of new services. The TMC has been tested, in its first 18 months it was successful in managing Transport operations for special events ranging in size from 50,000 to 1.2 million participants. The provision of road Transport Management services for the highly successful Sydney Olympic Games in 2000 has been a memorable highlight of its short history. It is actively involved in managing incidents on the roads, in fact over 45,000 incidents in its first 18 months of operation and business is booming. Every city needs a Transport Management Centre.
Jozsef Tick - One of the best experts on this subject based on the ideXlab platform.
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Tasks of operative planning for Transport Management systems
2019 IEEE 17th World Symposium on Applied Machine Intelligence and Informatics (SAMI), 2019Co-Authors: Albert Nagy, Jozsef TickAbstract:The aim of the operative planning process is to offer a high quality of service for the passengers while, on the other hand, the costs for setting up and running the transit system should be small. Due to the dramatically increased processing capabilities today, manual work of planning and scheduling of metropolitan public Transport operations should use advanced optimization methods. This paper briefly outlines the tasks of operative planning for Transport Management systems. The goal of this research is to create and implement the model in a real environment so that algorithms can be tested.
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Modeling of Operative Planning Solution for Transport Management Systems
2018 IEEE 22nd International Conference on Intelligent Engineering Systems (INES), 2018Co-Authors: Albert Nagy, Jozsef TickAbstract:Due to the dramatically increased processing capabilities today, manual work of planning and scheduling of metropolitan public Transport operations should be automated using advanced optimization methods. Automation aims to reduce the tedious and time-consuming manual activities, thus increase efficiency and provide prompt opportunities of scenario planning for cost analysis purposes. This paper briefly outlines the modeling techniques of operative planning solution for Transport Management systems. The goal of this research is to create and implement the model in a real environment so that algorithms can be tested.
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SISY - Review of predictive analytics vendors for Transport Management systems
2017 IEEE 15th International Symposium on Intelligent Systems and Informatics (SISY), 2017Co-Authors: Albert Nagy, Jozsef TickAbstract:Most of Transport corporations today already use some business intelligence solutions. However, using of advanced data mining methods may result in higher efficiency, increased level of travel experience. This paper briefly review the potential vendors and technologies to probably select the best possible predictive analytics method for Transport Management purposes.
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SISY - Improving Transport Management with big data analytics
2016 IEEE 14th International Symposium on Intelligent Systems and Informatics (SISY), 2016Co-Authors: Albert Nagy, Jozsef TickAbstract:Transport corporations today are rich in data but poor in information. Lack of real business intelligence, may result in lower efficiency, decreased level of travel experience. This paper briefly outlines the course of developments referring to the Transport Management using big data analytics and their impact on cost effectiveness.
