ГОСТ Р МЭК 60601-1-8— 2007
Библиография
[1] ISO 11428:1996. Ergonomics — Visual dangersignals-General requirements, design and testing
[2] ISO 11429:1996, Ergonomics — System ofauditory and visual danger and information signals
[3] ISO 14971:2000. Medical devices — Risk management — Application of risk management to medical
devices
[4] IEC 60513:1994. Fundamental aspects ofsafety standards for medical electrical equipment
[5] AAMI EC57-293. Testingand reporting performance results ofcardiac rhythm and ST segment measure
ment algorithms
[6] ANS!/AAMI HE48-1993, Human factors engineering guidelines and preferred practices forthe design of
medical devices
[7] BLOCK, FE. Jr.. ROUSE, JD.. HAKALA, M „ THOMPSON. CL. A proposed new set of alarm sounds
which satisfy standards and rationale to encode source information. JClin Monit Comput, 2000.16. p.
541— 546
[8] BLOCK. FE. Jr.. SCHAAF. C.Auditory alarms during anesthesia monitonng with an integrated monitoring
system. Inti JClin Monit Comput. 1996.13, p.81— 84
[9] BLOCK, FE. Jr. Human factors and alarms.Chapter 2 In Lake CL., ed. Clinical Monitoring forAnesthesia
& Intensive Care. Philadelphia. WB Saunders. 1994. p. 11— 34.
[10] BLOCK. FE. Jr.. NUUTINEN, L., BAALLAST, B. Optimization ofalarms: A study on alarm limits, alarm
sounds, and false alarms, intended to reduce annoyance. J Clin Monit Comput. 1999,15, p.75— 83
[11] EDWORTHY J. Urgency mapping in auditory warning signals. In Stanton. N.. Editor: Human Factors in
alarm design. London: Taylor and Francis, 1994
[12] HEDLEY-WHYTE. J.. ed. Operating Room and Intensive Care Alarms and Information Transfer. ASTM
Special Technical Publication STP 1152. Philadelphia 1992. ASTM
[13] KESTIN. IG; MILLER. BR.. LOCKHART. CH. Auditoryalarms during anesthesia monitoring. Anesthe
siology. July. 1988.69:1, p.106— 9
[14] LAWLESS. ST. Crying Wolf. False alarms in a pediatric intensive care unit Crit Care Med. 1994. 22.
p. 981— 985
[15] MOMTAHAN, K„ HETU. R.. TANSLEY, B. Audibilityand identification ofauditory alarms in the operating
room and intensive care unit. Ergonomics. 1993.36, P. 1159— 1176
[16] O’CARROLL, TM. Survey ofalarms 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 ofTrade and Industry, London. 1985
[19] PATTERSON. RD. Guidelines for auditory warning systems on civil aircraft. Civil Aviation Authority.
London 1982.Paper82017
[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., MclNTYRE. JWR., NELSON. TM., HOGAN, JT. Affective responses to commercial
and experimental auditoryalarm signals foranesthesia delivery and physiological monitoring equipment. Int
JClin Mon Comput.. 1988, 5, p.111— 118
[23] TSIEN. CL.. FACKLER. JC. Poor prognosis forexisting 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 ForAcquisition 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 IILInterpharm Press. 1995
[26] ISO 9703-2. Anesthesia and respiratory care alarm signals — Part 2: Auditory alarm signals
55