Theoretical Model for Determination of Airspace Capacity

  • Brane Lučovnik
  • Martin Lipičnik
  • Domenik Lebar
  • Janko Blatnik
Keywords: airspace capacity, air traffic flow

Abstract

In the last decade, the constant air traffic growth hasbrought certain problems as well. While aircraft productionand airline functioning are being stimulated by the competition,the situation in air traffic control and in infrastructurecomponent is completely different. Air traffic management(ATM) is still owned by the state. The state, however, is knownfor the fact of not being a good manager and is solving problemsslowly and not efficiently because of its large administration.There is a very strong trade union movement functioningin ATM, which makes several rational decisions impossible.Critics of the current ATM system in Europe warn of increasingproblems -delays and operational expenses. The control componentis the only one among the four components of air traffic,which has not been liberalised and harmonised yet. There is nocompetition in the fields of air traffic. All matters are taken careof by CAA or by semi-private companies, owned by the state.According to air carriers which have to put in 4-9% of businessexpenses into terminal- and over-flight charges, these expensesare far too heavy a burden.

References

Profit, R.: System Safety Management in Air Traffic Services.

Euromoney Publications, LONDON, 1995.

Radacic Z.: Ekonomika prometnog sistema, Fakultet

prometnih znanosti, Zagreb, 1988

EUROCONTROL Luxembourg; General Principles of

Air Traffic Se1vices, Eurocontrol Institute, LUXEMBOURG,

Parker, I. Directorate of Research, Or Report 8703, A

Review Of Some Sector Capacity Estimation Techniques,

LONDON 1987

EC: Communication from the Commission to the Council

and the European Parliament- Towards a Trans-European

Positioning and Navigation Network, Brussels.,

ECAC: Study of Air Traffic Procedures and Control

Techniques, Final report for APATSI Steering Group,

SH&E/CRANFJELD, 1993

EUR/RVSM: Flight Crew Information Notice, SITA,

Brussels, 2000

EUROCONTROL:Area Navigation Equipment- Operational

Requirements and Functional Requirements,

Brussels, 1998

EUROCONTROL:ATC Capacity Assessment- Review

of Existing National Plans, Brussels, 1999

EUROCONTROL: Route Network Development Subgroup,

First CEATS SAAM, Brussels, 2000

EUROCONTROL: The European Air Traffic Management

Programme (EATMP), Brussels, 2000

EUROCONTROL: Pe1formance Review Commission,

Special Pe1formance Review Report on Delays, Brussels,

EUROCONTROL. Experimental Centre, FAP Fwure

ATM Profile- Methodology, Bretigny,2000

EUROCONTROL: LINK 2000+ Programme Master

Plan, Brussels, 2000

ICAO: ANNEX 2- Rules of the Air, ICAO, Montreal,

JCAO: ANNEX 6- Operations of Aircraft, ICAO, Montreal,

ICAO:ANNEX 10-Aeronautical Telecommunications,

ICAO, Montreal, 1998

ICAO: ANNEX 11 -Air Traffic Se1vices. ICAO, Montreal,

ICAO:ANNEX 13 -Accident and Incident Investigation.

ICAO, Montreal, 1994

ICAO: DOC 4444- RAC/501- Rules oftheAirand Air

Traffic Services, ICAO, Montreal, 1996

ICAO: DOC 8991-AT- Manual on Air Traffic Forecasting,

ICAO, Montreal, 1985

ICAO: DOC 9274 - AN - Manual on the Use of the

Collision Risk Model, ICAO, Montreal, 1980

ICAO: DOC 9371-AN, Template Manual For Holding,

Reversal and Racetrack Procedures, Montreal, 1994

JCAO: DOC 9426- AN- Air Traffic Se1vices Planning

Manual, ICAO, Montreal, 1984

ICAO: DOC 9450- SSR Improvements and Collision

Avoidance System Panel, Montreal, 1984

Jeppessen.: Instrument Rating Manual. JEPPESSEN

SANDERSON, Denver, 1992

Jeppessen.: Ailway Manual. JEPPESSEN GMBH,

Frankfurt 2000

Lucovnik, B.: Urejanje pretoka letalskega prometa v Evropi.

Fakulteta za pomorstvo in promet, Portoroz, Portoroz,

Ensico, Lucovnik, B.: Razvojno projektna naloga: racunalniSki

model do/ocanja kapacitete zracnega pros/ora za

potrebe sluib zracnega prometa - NAROCNIK UPRAV

A RS ZA ZRACNO PLOVBO, Ljubljana November

Regie der Luchtwegen Beige,: ATS Training Manual,

RADAR PROCEDURES, Brussels, 1990

Lucovnik, B.: CFMU - Korak k zmanjsanju zamud v

zracnem prometu, Proceedings ISEP 97. Elektrotehnicna

zveza Slovenije, Ljubljana, 1994./pp. 233- 245/

Lucovnik, B., Slana, J.: Vamost zracnega prometa- OSNOVNA

ZAHTEVA CNS/ATM S1STEMA, Proceedings

ISEP 98, Ljubljana, October 1998

URSZP.: Zbornik zrakoplovnih informacij Slovenije.

URSZP, Ljubljana, 2000

How to Cite
1.
Lučovnik B, Lipičnik M, Lebar D, Blatnik J. Theoretical Model for Determination of Airspace Capacity. Promet [Internet]. 1 [cited 2024Nov.21];14(2):71-8. Available from: https://traffic.fpz.hr/index.php/PROMTT/article/view/849
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