Sequences of randomly generated replicators within the Avida instruction language, using a uniform distribution

List of sequences of avidian replicators (proto-replicators as well as self-replicators) of length L=30, generated using a unform probability for generating each monomer, chosen from a set of 26 (using the letters a-z). Sequences are used in the following publications: C. Adami and T. LaBar, From entropy to information: Biased typewriters and the origin of life, in: "Information and Causality: From Matter to Life", edited by S.I. Walker, P.C.W. Davies, and G. Ellis (Cambridge Univesity Press, 2015). T. LaBar, C. Adami, and A. Hintze, Does self-replication imply evolvability?, in "Advances in Artificial Life, ECAL 2015", S. Stepney et al, eds. (MIT Press, 2015).

本数据集包含长度为L=30的阿维迪亚复制因子（avidian replicators）序列，涵盖原复制因子（proto-replicators）与自我复制因子（self-replicators）两类。其构建方式为：为每个单体（monomer）的生成过程赋予均匀概率，所用单体取自包含26个元素的集合（即字母a-z）。
本数据集已应用于以下学术出版物：
C. Adami与T. LaBar，《从熵到信息：偏倚打字机与生命起源》，收录于《信息与因果性：从物质到生命》（S.I. Walker、P.C.W. Davies与G. Ellis编辑，剑桥大学出版社，2015年）；
T. LaBar、C. Adami与A. Hintze，《自我复制是否意味着可进化性？》，收录于《人工生命进展，ECAL 2015》（S. Stepney等编辑，麻省理工学院出版社，2015年）。