Gleason J M
Systems and Decision Sciences, Creighton University, Omaha, NE 68178-0130.
Comput Methods Programs Biomed. 1988 May-Jun;26(3):229-32. doi: 10.1016/0169-2607(88)90002-8.
The popularity of the use of Apple II/IIe hardware in medical applications is evidenced by the variety of articles devoted to the use of this hardware in biomedical research and medical practice. Many of these applications are of a stochastic nature, including simulations, and depend on the Applesoft random number generator. Unfortunately, the Applesoft generator has exhibited a number of flaws, including lack of uniformity of generated sequences of numbers, and serial correlation within such sequences. This paper provides evidence of these problems for a variety of seeds, and provides suggestions for acceptable seeds which ensure that the generated sequences of numbers pass two fundamental statistical tests for randomness.
苹果II/IIe硬件在医学应用中的广泛使用,从大量致力于该硬件在生物医学研究和医疗实践中应用的文章可见一斑。这些应用中有许多具有随机性质,包括模拟,并且依赖于苹果软机随机数生成器。不幸的是,苹果软机生成器存在一些缺陷,包括生成的数字序列缺乏均匀性以及此类序列内的序列相关性。本文为各种种子提供了这些问题的证据,并给出了可接受种子的建议,以确保生成的数字序列通过两项随机性基本统计测试。