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Development of Integrated Wireless Network for Railway

철도전용 통합무선망 개발

  • Received : 2013.06.07
  • Accepted : 2013.11.23
  • Published : 2013.12.31

Abstract

This research aims to conduct a study on the feasibility of the LTE communication method for developing a dedicated integrated railway wireless network. An empirical analysis was carried out by establishing a dedicated integrated railway wireless network in an approximately 12km section between Illo station and Daebul station on the Honam line. Korean wireless communication methods for railway safety are different depending on each line, which makes it difficult for railway workers to cooperate with. This causes various problems. There is the ever-present risk of accidents due to call disconnection between wireless communication systems, frequency interference from commercial networks, and crosstalk. This study verified the feasibility of the 4th generation communication system, LTE, over the dedicated integrated railway wireless network as a solution for the above mentioned problems. The result shows this communication system exceeded existing performance standards of Europe GSM-R in every test item despite the location constraint of train tracks on the base station establishment.

Keywords

GSM-R;LTE-R;Train Control System;Railway Wireless Network

Acknowledgement

Grant : 철도전용 통합무선망 연구

Supported by : 한국철도기술연구원

References

  1. Jason Durk (2012) How to better utilise rail communications to improve the on-board customer experience, Special pre-conference LTE workshop, Vienna: RAILTEL, p.2
  2. Iku Watanabe (2011) Trends of Radio Based Train Control Systems, RTRI Report, 25(5), p.1
  3. ERTMS/GSM-R QoS(Quality of Service) Test Specification v10
  4. UIC Project EIRENE FRS(Functional Requirements Specification) v7
  5. Huawei GSM-R Customer Reference, enterprise.huawei.com
  6. Jan Richard (2012) How to deliver effective signalling at dense traffic centres, Special pre-conference LTE workshop, Vienna: RAILTEL, 1
  7. Jean CELLMER (2012) The French GSM-R project: implementing and operating a GSM-R network through a PPP, Special pre-conference LTE workshop, Vienna: RAILTEL, p.3
  8. Johann Garstenauer (2010) GSM-R evolution towards LTE, IRSE, New Delhi, p.4

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  3. Analysis on Applicability of LTE-R in Urban Railway Tunnel Environment vol.64, pp.12, 2015, https://doi.org/10.5370/KIEE.2015.64.12.1796
  4. A Study on Integration Scheme of Wireless Communications in Railway Wireless Network vol.10, pp.6, 2015, https://doi.org/10.13067/JKIECS.2015.10.6.659