The Potential Effects of Freight Intelligent Transportation Systems on Transport Operations
Gunnar Stefánsson, Andreas Hagen
Abstract
Gunnar Stefánsson, Andreas Hagen
Abstract
The purpose of this paper is to identify the potential effects of utilizing Intelligent Freight Transportation Systems (IFTS) in transport operations. To prepare the paper, a literature study was conducted, looking for relevant up-to-date literature within the fields of transportation, logistics, ICT and possible environmental impacts caused by freight transportation. Based on the results from the literature review, especially previous work on smart transportation management, an analytical model was designed and used as a framework for data collection and later the analysis. The data collection was carried out by interviewing experts from companies and organizations that are knowledgeable in various aspects of transportation management and usage of advanced technologies for transport operations and transport infrastructure. The approach was to identify the potential effects of using different components of the conceptual Smart Transportation Management model; Smart Freight, Smart Vehicle and Smart Infrastructure, on transport operations. Many interesting effects were discovered including faster identification, dynamic routing, real-time traffic information, increased safety, simplified carbon footprint registration, etc.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The purpose of this paper is to identify the potential effects of utilizing Intelligent Freight Transportation Systems (IFTS) in transport operations. To prepare the paper, a literature study was conducted, looking for relevant up-to-date literature within the fields of transportation, logistics, ICT and possible environmental impacts caused by freight transportation. Based on the results from the literature review, especially previous work on smart transportation management, an analytical model was designed and used as a framework for data collection and later the analysis. The data collection was carried out by interviewing experts from companies and organizations that are knowledgeable in various aspects of transportation management and usage of advanced technologies for transport operations and transport infrastructure. The approach was to identify the potential effects of using different components of the conceptual Smart Transportation Management model; Smart Freight, Smart Vehicle and Smart Infrastructure, on transport operations. Many interesting effects were discovered including faster identification, dynamic routing, real-time traffic information, increased safety, simplified carbon footprint registration, etc.
Key concepts: Intelligent transportation system, Transport engineering, Carbon footprint, Traffic management, Identification (biology), Work (physics), Vehicle routing problem, Interview