论文标题
每秒万亿个基因编程指令
A Trillion Genetic Programming Instructions per Second
论文作者
论文摘要
我们总结了3.0 GHz 16核心AVX512计算机如何平均解释最多1103370000000 GPOP/s的等效词。给出了对现有出版物的引用。实施应力都放在平行计算，带宽限制和避免重复计算上。信息理论在数字计算中表明，由于FDP和增量评估可用于减少表型融合种群中的适应性评估时间，因此中断的繁殖失败会带来巨大的速度UPS。相反，FDP可能导致进化停滞。因此，更广泛的进化计算，人造生活，非常规计算和软件工程社区可能需要避免深层嵌套。
We summarise how a 3.0 GHz 16 core AVX512 computer can interpret the equivalent of up to on average 1103370000000 GPop/s. Citations to existing publications are given. Implementation stress is placed on both parallel computing, bandwidth limits and avoiding repeated calculation. Information theory suggests in digital computing, failed disruption propagation gives huge speed ups as FDP and incremental evaluation can be used to reduce fitness evaluation time in phenotypically converged populations. Conversely FDP may be responsible for evolution stagnation. So the wider Evolutionary Computing, Artificial Life, Unconventional Computing and Software Engineering community may need to avoid deep nesting.
