AWARENESS AND ADOPTION OF INTELLIGENT RAILWAY TRANSPORT SYSTEM IN ZIMBABWE

Leonard Shambira, Memory Mandiudza

Abstract


The study seeks to investigate the awareness and adoption of modern technologies which are collectively called (IRTS) Intelligent Railway Transport Systems by the NRZ (National railways of Zimbabwe) of Zimbabwe. Adoption of these technologies are on an increasing trend in developed and developing countries, installation and implementation of a railway system called RailTracker in Tanzania has improved railway services in that country, in Uganda and Kenya the Rift Valley Railway (RVR) has introduced GPS technology to track trains. In India a system is used to detect defects in rolling stock while they are on the run. Where these systems have been implemented, they have significantly improved the efficiency, safety and quality of service of railway operations. In Zimbabwe the rail network is an important transport infrastructure enabling movement of goods and passengers. Primary research was carried out using questionnaires and semi structured interviews, data was collected from 67 participants comprising Engineers, Technicians, Train Drivers and Station Managers. 98% of the technical participants indicated that they were aware of IRTS however the adoption of the systems by the NRZ is at 0%. 100% of the Managers indicated that they were aware of IRTS and the company is willing to adopt them but currently no system has been installed Secondary research was conducted to identify and study similar projects elsewhere, their success as well as the difficulties encountered during their implementation. Secondary data was collected from books and the Internet.

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Keywords


intelligent railway transport systems, technology, infrastructure

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References


Alberts, David S. et al., Network Centric Warfare: Developing and Leveraging Information Superiority, Washington, DC: Department of Defense (DOD) Command and Control Research Program, 1999.

Alford, Kenneth L. and Steven R. Ditmeyer, “Network-Centric Operations: Defense and Transportation Synergy,” Crosstalk: The Journal of Defense Software Engineering, January 2007.

A-xin Nie, “Application foreground, architecture and key technologies for RITS”, Journal Chinese railway sciences, 2002.1 Vol. 19, No. 1, 1-7.

Bin Wang, Qing Chao Wei, Qulin Tan, Shonglin yang, Baigen cai. Intergration of GIS, GPS and GSM for the Qinghai-Tibet railway Information management Planning 2004

Casey, R., et. al., Advanced Public Transportation Systems: The State of the Art - Update ‘96, USDOT FTA, January 1996.

Ditmeyer, Steven R. and Michael E. Smith, “Data Links and Planning Tools: Enhancing the Ability to Plan and Manage Train Operations,” Rail International, April 1993.

Dr Praveen Kumar, Dhanunjaya Reddy and Varum Singh. Intelligent Transport Systems using GIS 2008

E. Renner, P. Umiliacchi: “TrainCom: an Integrated Communication System for Intelligent Train Applications” – WCRR ‘03 – World Conference on Railway Research Edinburgh, Scotland – 28 September - 1 October 2003.

F.-Y. Wang and S. Tang, “Artificial Societies for Integrated and Sustainable Development of Metropolitan Systems,” IEEE Intelligent Systems, vol. 19, no. 4, 2004.

F.-Y. Wang and S. Tang, “Artificial Societies for Integrated and Sustainable Development of Metropolitan Systems,” IEEE Intelligent Systems, vol. 19, no. 4, 2004.

Florian Fuchs, Sebastian Henrici, Michael Pirker, Michael Berger, Gerhard Langer, Christian Seitz: “Towards Semantic-based Monitoring of Large-Scale Industrial Systems” – CIMCA-2006 – International Conference on Computational Intelligence for Modelling, Control and Automation, Sydney – Australia – 28 November - 1 December 2006.

Intelligent Transportation of America Annual Meeting, 2005.

IRSE Seminar on role of modern Signaling, Telecom & ICT system in marking IR a world class rail network.

Japan Highway Industry Development Organization, “ITS Handbook Japan 2007-2008.”

Jasper Dekkers and Piet Rietveld 2007. Journal of Intelligent Transportation Systems.

Kaplan, Jeremy, A New Conceptual Framework for Net-Centric, Enterprise-Wide, System-of-Systems Engineering, Defense & Technology Paper 30, Center for Technology and National Security Policy, National Defense University, June 2006.

L. Li et al., “IVS 05: New Developments and Research Trends for Intelligent Vehicles,” IEEE Intelligent Systems, vol. 20, no. 4, 2005.

Li min Jia and Qiuhua Jiang, “Study on essential characters of RITS”, Proceeding of 6th International Symposium on Autonomous Decentralized Systems (ISADS 2003), IEE Computer Society, Pisa, Italy, April 9-11 2003.

Li-min Jia, “History, intelligence and automation in railway transportation--the arts of the state and development”, CDC’96, science publishing company, 1996.

Li-min Jia, “The Framework of China Rail Transportation System”, Report of China Academy of Railway Sciences, March 2003.

Li-min Jia, “The System Architecture of Chinese RITS”, Proceedings of Eastern Asia Society for Transportation Studies, Vol.5.

Li-min Jia, Ping Li, A-xin Nie, “An introduction to RITS”, Chinese railway, 2003.

Luo, Q., 2008. Research on Intelligent Transportation System Technologies and Applications. in Power Electronics and Intelligent Transportation System, PEITS '08. Workshop 2008.

National Railways of Zimbabwe. (2021). Retrieved 6 February 2021, from https://nrz.co.zw/.

P. Umiliacchi, R. Shingler, G. Langer, U. Henning: “A new approach to optimization through intelligent integration of railway systems: the InteGRail project” - WCRR ‘06 –World Conference on Railway Research – Montreal, Canada – 4-8 June 2006.

P. Umiliacchi: “The role of European Research in the railways modernization process the ROSIN (Railway Open System Interconnection Network) project” – WCRR ‘97 -World Congress on Railway Research – Florence, Italy - 16-19 November 1997.

Ping Li, Li-Min Jia, “Study on the Standard Architecture of RITS”, China-Japan-Korea Cooperation research session, 2004.6, Korea.

Ping, Li-Min SIA, A-Xin Nie. Study on Railway Intelligent Transport System Architecture 2006

R. Lu, D. Zeng, and F.-Y. Wang, “AI Research in China: 50 Years down the Road,” IEEE Intelligent Systems, vol. 21, no. 3, 2006.

R. Shingler, P. Umiliacchi: “Advances in railways maintenance: the EuRoMain project” – WCRR ‘03 – World Conference on Railway Research – Edinburgh, Scotland – 28 September - 1 October 2003.

Railway Ministry of China, “The Long-Term Railway Development Plan in China”, Chin Railway Press.

Ramazan Demu, Ichiro Masak and Edward F. Crawley. System Design for Intelligent Railway Systems

Richard Lewis, Florian Fuchs, Michael Pirker, Clive Roberts, Gerhard Langer: “Using Ontology to Integrate Railway Condition Monitoring Data” – RCM-2006 IET International Conference on Railway Condition Monitoring - Birmingham – UK – 29-30 November 2006.

S. Tang, F.-Y. Wang, and Q. Miao, “ITSC 05: Current Issues and Research Trends,” IEEE Intelligent Systems, vol. 21, no. 2, 2006.

Saurabh Amin, et al., “Mobile Century—Using GPS Mobile Phones as Traffic Sensors: A Field Experiment,” University of California Berkeley, February 2008, http://traffic.berkeley.edu/conference%20publications/Mobile_Century.pdf.

Smith, H. R., B. Hemily and M. Ivanovic, 2005. Transit signal priority (TSP): A planning and implementation handbook.

Stefan Konig and Eckehard Schnieder 2001 IEEE Intelligent Transport Systems Conference Proceedings. Modeling and Simulation of an Operation Concept for Future Rail Traffic

The ITS National Architecture, developed by the ITS Joint Program Office, US DOT.

The Theory and Method of Design and Optimization for Railway Intelligent Transport Systems Wang Zhou, Jia Li-Min 2011.

TrainCom. (2021). Retrieved 6 February 2021, from http://www.traincom.org/

U. Henning, R. Shingler, P. Umiliacchi, G. Langer: “Managing traction data according to a standardised approach: the InteGRail project” – RTS 207 – Rail Traction System – Tokyo, Japan – 12-15 November 2007.

U. Zahner, “Information Technologies in support of Maintenance: EuRoMain –European Diagnostic Data Network EDDN”, EuroMaintenance 2004, Barcelona, Maintenance and Sustainability Session – 11-13 May 2004.

UNCTAD. (2021). Retrieved 6 February 2021, from https://unctad.org/

Wei Xu, Yong Qin and Houkuan Huang. The application of Spatial Data Mining in Railway Geographic Information System, 2008.

Yasutaka Maki. Railway Technology avalanche number 9 August 2005. A New Train Position detection System Using GPS.




DOI: http://dx.doi.org/10.46827/ejsss.v6i2.997

Copyright (c) 2021 Leonard Shambira, Memory Mandiudza

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