Perspectives of Transport Systems Development in the Light of Radio Communication Systems Evolution Towards 5G

Gajewski, Sławomir

doi:10.1007/978-3-319-66251-0_17

Cited by 4 publications

(5 citation statements)

References 6 publications

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“…The implementation of these cells is based on the concept of the heterogeneous network in which can be used different radio interfaces and subsystems, not necessarily 5G. However, a significant part of the global 5G network will be constructed based on modern cellular systems, especially on the evolving LTE (Long Term Evolution) [15], and New Radio (NR) solutions.…”

Section: The Principles Of 5g Network / Principi 5g Mrežementioning

confidence: 99%

Maritime Communications Network Development Using Virtualised Network Slicing of 5G Network

Gajewski¹,

Electronics²

2020

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The paper presents the review on perspectives of maritime systems development at the context of 5G systems implementation and their main properties. Firstly, 5G systems requirements and principles are discussed, which can be important for maritime applications. Secondly, the problems of network softwarisation, virtualisation and slicing, and possible types of services for potential implementation in 5G marine applications are described. Next, the proposed model for network slicing dedicated to maritime systems is discussed, and 5G maritime systems architectures, including both terrestrial and satellite communications, are presented. The goal of the paper is to present the actual state of the art of 5G solutions for maritime applications as well as the analysis of network slicing and virtualisation for marine services implementation. The paper is based on original author contribution for network slicing models dedicated to marine applications which has not been previously published anywhere. Sažetak Ovaj članak predstavlja pregled perspektive razvoja pomorskih sustava u kontekstu implementacije 5G sustava i njegovih glavnih svojstava. Na prvome mjestu raspravlja se o zahtjevima 5G sustava i principa, koji mogu biti važni za pomorske aplikacije. Na drugome mjestu govori se o problemu razvoja mrežnoga softvera: virtualizaciji i raščlanjivanju i mogućim tipovima usluga za potencijalnu implementaciju 5G pomorskih aplikacija. Nadalje, predloženi model raščlanjivanja posvećen je pomorskima sustavima te se predstavlja 5G arhitektura pomorskih sustava, uključujući i terestičku i satelitsku komunikaciju. Cilj je ovoga rada predstaviti stvarno stanje stvari 5G rješenja za pomorske aplikacije, kao i analizu raščlanjivanja mreže i virtualizacijuimplementacije pomorskih rješenja. Članak se temelji na dosad neobjavljenome originalnom autorovu doprinosu u polju raščlanjivanja mrežnih modela. KEY WORDS 5G network slicing virtualisation maritime communication 5G architecture KLJUČNE RIJEČI 5G raslojavanje mreže virtualizacija pomorske komunikacije 5G arhitektura

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Section: The Principles Of 5g Network / Principi 5g Mrežementioning

confidence: 99%

Maritime Communications Network Development Using Virtualised Network Slicing of 5G Network

Gajewski¹,

Electronics²

2020

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“…In the future, M2M communication for marine systems will undoubtedly be based on 5G and/or hybrid 5G communication systems, satellite systems and other typical systems intended for maritime communications (e.g. GMDSS (Global Maritime Distress and Safety System) parts or other systems intended to monitor the security of vessels) [5]. Then the data will go to the data analysis centres where they will be analysed on an ongoing basis and based on their knowledge (thanks to artificial intelligence algorithms) will be automatically made decisions on the necessary interaction.…”

Section: The Future Of Maritime Communicationmentioning

confidence: 99%

“…2. In other words, it will be possible to monitor passengers in the area of a given vessel by data centres located on that vessel, but also to be aggregate data centres that will collect and analyse data from many vessels [5].…”

Section: Hierarchical Hybrid Cooperation 5g System To Increase Sea Samentioning

confidence: 99%

“…too large direct distance or the signal is not available in cabins due to the use of steel material for the vessel construction). On the other hand, the relaying is possible between devices located in a life raft, a life jacket, wear, rescue beacons and others [5].…”

Section: Hierarchical Hybrid Cooperation 5g System To Increase Sea Samentioning

confidence: 99%

“…It gives us great opportunities to improve the safety of people and goods, e.g. when travelling or transporting goods [5].…”

Section: Introductionmentioning

confidence: 99%

See 2 more Smart Citations

Maritime Communication and Sea Safety of the Future — Machine - Type 5G Communication Concept

Gajewska

2019

Scientific Journal of Polish Naval Academy

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Propagation Loss and Interference Analysis for 5G Systems in the Context of C-ITS System Implementation

Gajewska

2019

Communications in Computer and Information Science

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Perspectives of Transport Systems Development in the Light of Radio Communication Systems Evolution Towards 5G

Cited by 4 publications

References 6 publications

Maritime Communications Network Development Using Virtualised Network Slicing of 5G Network

Maritime Communications Network Development Using Virtualised Network Slicing of 5G Network

Maritime Communication and Sea Safety of the Future — Machine - Type 5G Communication Concept

Propagation Loss and Interference Analysis for 5G Systems in the Context of C-ITS System Implementation

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