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Appendix B<br />

Page B-8<br />

Name Reference Found In<br />

[Lank<strong>for</strong>d] Lank<strong>for</strong>d, David N.; McCartor, Gerry; Yates, James; Ladecky, Shahar;<br />

and Templeton, Donna (2000). “Comparative Study of Airborne<br />

In<strong>for</strong>mation <strong>for</strong> Lateral Spacing (AILS) <strong>System</strong> with Precision Runway<br />

Monitoring (PRM) <strong>System</strong>”, DOT-FAAAFS- 420-83.<br />

[Lasswell] Lasswell and Wickens (1995). The effects of display location and<br />

dimensionality on taxiway navigation. ARL-95-5/NASA-95-2. University<br />

of Illinois at Urbana-Champaign, <strong>Aviation</strong> Research Laboratory, Savoy,<br />

IL.<br />

[Lillie<strong>for</strong> 1967] Lillie<strong>for</strong>s, Hubert W., 1967 “On the Kolmogorov-Smirnov Test <strong>for</strong><br />

Normality with Mean and Variance Unknown”, Journal of the American<br />

Statistical Association, V62, (318), pp 399-402.<br />

[Magyartis] Magyarits, Sherri M.; Ozmore, Richard E. (May 2002). “Evaluation of<br />

Triple Independent Instrument Landing <strong>System</strong> Approaches to Runways<br />

Spaced 4,000 ft and 5,300 ft Apart Using A Precision Runway Monitor<br />

<strong>System</strong>”, DOT/FAA/CT-TN02/16, FAA ACB-330 Report.<br />

[MIT 1996a] 3.0, Department of Transportation Federal <strong>Aviation</strong> Administration,<br />

Washington, DC. MIT Lincoln Laboratory (1996a). Operational Concept<br />

<strong>for</strong> Cockpit Display of Traffic In<strong>for</strong>mation (CDTI) as an Aid to Visual<br />

Acquisition, Draft. Prepared <strong>for</strong> RTCA SC-186 WG-3,<br />

[MIT 1998b] MIT Lincoln Laboratory (1996b). Traffic In<strong>for</strong>mation Service (TIS)<br />

Operational Concept, Draft, Prepared <strong>for</strong> RTCA SC-169, Massachusetts<br />

Institute of Technology Lincoln Laboratory, Lexington, MA.<br />

[MITRE 2001] Bone, R., Olmos, O., and Mundra. (2001). Paired Approach: A Closely<br />

Spaced Parallel Runway Approach Concept. MITRE Paper 01W0000046,<br />

The MITRE Corporation Center <strong>for</strong> Advanced <strong>Aviation</strong> <strong>System</strong><br />

Development, McLean, VA.<br />

[Moore] Moore, S. M. (1997). Comparison of alerted and visually acquired<br />

airborne aircraft in a complex air traffic environment, Society of<br />

Automotive Engineers, 98ASC-32, Warrendale, PA.<br />

[Mundra 1990] Mundra, A. D., and Buck, W. W. (1990). "The Need <strong>for</strong> Multiple VFR<br />

Approach Concepts," The Journal of Air Traffic Control. January-March,<br />

Arlington, VA.<br />

[Mundra 1993] Mundra, A. D., Cieplak, J. J., Domino, D. D., and Peppard K. (1993).<br />

"Enhancing Visual Approaches with the TCAS Traffic Display,"<br />

Proceedings of the Air Traffic Control Association Annual Meeting, Fall<br />

1993, Nashville, TN.<br />

[Mundra 1998] Mundra, A. D., Cieplak, J. J., Domino, D. A., Olmos, B. O., and Stassen,<br />

H. P. (1998). Potential ADS-B/CDTI Capabilities <strong>for</strong> Near-Term<br />

Deployment, MITRE Paper 98W0000004, The MITRE Corporation<br />

Center <strong>for</strong> Advanced <strong>Aviation</strong> <strong>System</strong> Development, McLean, VA.<br />

© 20xx, RTCA, Inc.<br />

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