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This article evaluates the optimal placement of AEDs in large-scale urban facilities with skyscrapers using Survival Success Rate Curve, Golden Hour Principle and Dr. Drinker’s Survival Curve. The average lifesaving rate is obtained by three-dimensional calculation using the Manhattan distance metric and the elevator speed formula. The difference in the average life-saving rate over the buildings between the case with five AEDs on the optimal floors and that with fifty-five AEDs on each floor was 0.0333 points for the survival curve of the successful survival rate, 0.0356 for the Golden Hour Principle, and 0.0175 for Dr. Drinker's Survival Curve.

COMPREHENSIVE EVALUATION OF OPTIMAL PLACEMENT OF AEDS IN LARGE-SCALE URBAN FACILITIES WITH SKYSCRAPERS USING THREE TYPES OF SURVIVAL CURVES