信息及含义

W. Wheeler
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引用次数: 1

摘要

自从1948年克劳德·香农(Claude Shannon)开创性的论文《通信的数学理论》(A Mathematical Theory of Communication)分两部分在贝尔实验室(Bell Laboratory)期刊上发表以来,对通信和信息的理解和研究得到了专业化的处理。生物符号学一直处于争论的前沿,所有的生物都在进行交流,但它们并不是在信息技术(IT)工程中使用的数字模式下进行交流的。生命以遗传和进化的方式交流,从单细胞一直到复杂的人类。IT工程师称之为“冗余”,而研究生物体的人称之为“意义”。个体生物与其环境之间的交易发生在符号学的循环、解释和反馈循环中。通过这种方式,生物能够保持适应性、创造性和进化学习系统的特征,通过使用符号和索引符号以开放、接受的方式建模他们的世界。换句话说,生物体利用自然的,然后是文化的隐喻和转喻。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Information and Meaning
Since the publication of Claude Shannon’s groundbreaking paper, “A Mathematical Theory of Communication,” in two parts in the Bell Laboratory journal in 1948, understanding and research concerning communication and information has received a technicized treatment. As biosemiotics has been at the forefront in arguing, all living organisms communicate, but they do not do so in the digital mode used in information technology (IT) engineering. Life communicates in inherited, evolutionary ways that are traceable from single cells all the way to complex humans. What IT engineers call “redundancy” those studying living organisms call “meaning.” The trade between individual organisms and their environment takes place in the circulation, interpretation, and feedback loops of semiosis. In this way, organisms are able to maintain the features of adaptive, creative, and evolutionary learning systems by modeling their worlds in open, receptive fashion via the use of iconic and indexical signs. In other words, organisms make use of natural, then cultural metaphors and metonyms.
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