Proposal of an autonomous group-management model and its application to intelligent transport system

Shimura, Akitoshi; Sakaibara, T.; Hiraiwa, M.; Aizono, T.

doi:10.1109/isads.2003.1193934

Cited by 6 publications

(2 citation statements)

References 13 publications

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“…Moreover, only longitudinal behavior of vehicles have been considered which was the limitation of this proposed approach (Verhoeff et al, 2000). The nodes that are a part of an ITS decide whether to work with other nodes in the network or not depending on the nature of the task to be performed (Shimura et al, 2003). This model was specifically designed for the moving systems that consist of mobile nodes and base stations.…”

Section: Discussionmentioning

confidence: 99%

“…This system was particularly designed for collection of the data messages by the transport system for the city Nottingham, but its performance was not as expected. In Shimura et al (2003), an autonomous model was proposed for group management in which every node independently investigates and find out with which node it has to work and then dynamically combines and make a group to complete the requested job. This model was implemented for the moving systems that consists of moving terminals and base stations.…”

Section: Timeline Evolutionmentioning

confidence: 99%

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A Systematic Review on Intelligent Transport Systems

Garg¹,

Kaur²

2022

JCCE

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Transportation is very important issue in everyone’s life as the things need to be carried from one place to another. It plays vital role to transport various health equipment’s, groceries and daily needs of the people from outside and inside the country. The intelligent transport system is actually a system that uses the digital technologies to smoothen the transport system helping them to overcome the issue of accidents, reduce the pollution, reduces the traffic congestion on roads and helps them in delivering the services timely. Many researchers integrated various Virtual technologies to propose the best Intelligent Transport System. In this work, the existing work on the Intelligent Transport System done in last twenty years has been analyzed to address various issues and problems in the existing ITS models. The security aspects has also been addressed along with the various vulnerabilities and solutions to protect ITS. We provided a comprehensive study of existing literature on Intelligent Transport System, their highlights, merits and demerits. The research papers focused on Intelligent Transport System has been analyzed and at last out of 80 research papers best 70 were included in this work for the study of ITS. The objectives of this study are to provide insights to the beginners of this research area and to analyze the existing solutions aiming to provide the Intelligent Transport System. The future research directions have also been proposed in this work.

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Section: Discussionmentioning

confidence: 99%

Section: Timeline Evolutionmentioning

confidence: 99%

A Systematic Review on Intelligent Transport Systems

Garg¹,

Kaur²

2022

JCCE

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Systems Approach to Computing Dependability in and Out of Hitachi

Ihara¹,

Funabashi

Building the Information Society

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Authors and their colleagues have been contributing to dependable computing for the wide lines of Hitachi products since 1960. Fault-tolerance concept was not permitted under the company motto that no fault by fault-avoidance technology was one of engineering achievements. Suppose the bullet train system "Shinkansen" would have a failure, no need to explain social damage. Nowadays dependability concept seems accepted but failures are never permitted to keep our society safe and comfortable. In order to meet it, we took systems architecture and intelligence approaches chasing property of creatures from architectural and intellectual viewpoints though we never gave up fault-avoidance. Autonomous Decentralization Concept (ADC) was extracted in late 1970s. The basic principle is that the system state with no faulty part is only one of numerous states. Intelligent behavior is necessary to play autonomy and decentralization. We started AI technology around 1980. Hitachi Group has applied autonomous decentralization systems technology and AI technology to its computing systems and enjoyed their business with good reputation. The authors present their R&D activities namely at Systems Development Laboratory and practices in and out of the group. Finely future R&D horizon for dependable information systems is presented as the extension of the past and the present R&D.

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