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[5] AAMI EC57-293, Testing and reporting performance results of cardiac rhythm and ST segment measurement algorithms
[6] ANSI/AAMI HE48 - 1993, Human factors engineering guidelines and preferred practices for the design of medical devices
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[16] O'CARROLL, TM. Survey of alarms in an intensive care unit. Anesthesia, 1986, 41, p.742-744
[17] Optom Vis Sci, Dec. 2002, 79 (12), p.788-92
[18] PATTERSON, RD., EDWORTHY, J., SHAILER, MJ. Alarm sounds for medical equipment in intensive care and operating areas. Report AC598 to the Department of Trade and Industry, London, 1985
[19] PATTERSON, RD. Guidelines for auditory warning systems on civil aircraft. Civil Aviation Authority, London 1982, Paper 82017
[20] SALVENDY, G. Handbook of human factors. Wiley Interscience, 1987
[21] SAUNDERS, MS., McCORMICK, EJ., Editors. Human Factors in engineering and design. Seventh Edition. New York: McGraw Hill Inc, 1993
[22] STANFORD, LM., McINTYRE, JWR., NELSON, TM., HOGAN, JT. Affective responses to commercial and experimental auditory alarm signals for anesthesia delivery and physiological monitoring equipment. Int J Clin Mon Comput., 1988, 5, p.111-118
[23] TSIEN, CL., FACKLER, JC. Poor prognosis for existing monitors in the intensive care unit. Crit Care Med., 1997, 25, p.614-619
[24] WAGNER, D., BIRT, JA., SNYDER, M., DUNCANSON, JP. Human Factors Design Guide, FAA Technical Center For Acquisition of Commercial-Off-The-Shelf Subsystems, Final Report and Guide. Federal Aviation Administration, William J Hughes Technical Center. 1996
[25] WIKLUND, M. Medical Device and Equipment Design. Usability engineering and ergonomics Buffalo Grove Ill.: Interpharm Press, 1995
[26] ISO 9703-2, Anesthesia and respiratory care alarm signals - Part 2: Auditory alarm signals
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