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Biocomputation: Some history and prospects

机译:生物计算:一些历史和前景

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At first glance, biology and computer science are diametrically opposed sciences. Biology deals with carbon based life forms shaped by evolution and natural selection. Computer Science deals with electronic machines designed by engineers and guided by mathematical algorithms. In this brief paper, we review biologically inspired computing. We discuss several models of computation which have arisen from various biological studies. We show what these have in common, and conjecture how biology can still suggest answers and models for the next generation of computing problems. We discuss computation and argue that these biologically inspired models do not extend the theoretical limits on computation. We suggest that, in practice, biological models may give more succinct representations of various problems, and we mention a few cases in which biological models have proved useful. We also discuss the reciprocal impact of computer science on biology and cite a few significant contributions to biological science.
机译:乍看之下,生物学和计算机科学是截然相反的科学。生物学处理由进化和自然选择形成的碳基生命形式。计算机科学处理由工程师设计并在数学算法指导下的电子机器。在这篇简短的论文中,我们回顾了生物学启发的计​​算。我们讨论了来自各种生物学研究的几种计算模型。我们将展示它们的共同点,并推测生物学如何仍可以为下一代计算问题提供答案和模型。我们讨论计算,并认为这些受生物学启发的模型不会扩展计算的理论极限。我们建议,在实践中,生物学模型可能会更简洁地表示各种问题,并且我们提到了其中生物学模型已被证明有用的几种情况。我们还将讨论计算机科学对生物学的相互影响,并列举一些对生物学的重要贡献。

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