Broadening the field of information

Boris Bosancic
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Abstract

PurposeThe paper discusses the notion of information with regard to its carriers, representatives (or structural carriers) and carried-related processes of transmission, accumulation and processing through the developmental periods of the inorganic and organic world. In the first period, information is contained in a representation of the outcome of physical, chemical and other processes in the physical, chemical and other structures of the non-living world and refers to environmental information. In the second period, information begins to be used to create the physical and chemical structures of the living world and is contained in instructions of the genetic code. In the third period, with the evolution of cognitive systems and intelligence of living beings, in addition to those listed, information is finally being used to build its own structures, which in this paper are called knowledge structures.Design/methodology/approachIn addition to the usual scientific methods in conceptual papers of this type (analysis, synthesis, etc.), the methodology of the paper also relies on the method of analogy, which was used to detect the carriers and representatives of information in the processes of transmission, accumulation and processing of information and the method of classification in order to propose a new taxonomy related to the concept of information.FindingsThe paper shows that information carriers and information representatives appear in each of the three mentioned processes - transmission, accumulation and processing of information - and that they need to be distinguished from the information itself. This insight opened a new perspective in observing this concept and led to the proposal of a new taxonomy related to the concept of information in a given context, eliminating seemingly incommensurable approaches to its study in different scientific fields.Originality/valueThe conducted synthesis results in information being recognized as a transmittable/transmissible documentation of reality inseparable from its carrier and its representative.
拓宽信息领域
目的通过无机世界和有机世界的发展历程,从信息的载体、代表(或结构载体)以及与载体相关的传递、积累和加工过程等方面探讨信息的概念。在第一个时期,信息包含在非生命世界的物理、化学和其他结构中物理、化学和其他过程的结果的表示中,是指环境信息。在第二个阶段,信息开始被用来创造生命世界的物理和化学结构,并包含在遗传密码的指令中。第三个阶段,随着生物认知系统和智能的进化,信息除了被列举出来的那些之外,最终被用来构建自己的结构,本文称之为知识结构。设计/方法论/方法除了这类概念论文通常采用的科学方法(分析、综合等)外,本文的方法论还依赖于类比法,通过类比法来检测信息在传递、积累和加工过程中的载体和代表以及分类方法,从而提出一种与信息概念相关的新分类法。研究结果表明,信息载体和信息代表分别出现在信息的传递、积累和加工这三个过程中,需要与信息本身区分开来。这一见解为观察这一概念开辟了一个新的视角,并导致了一种与特定背景下的信息概念相关的新分类法的提出,消除了在不同科学领域对其研究的看似不可比较的方法。原创性/价值进行的综合导致信息被认为是一种可传递/可传递的现实文献,与它的载体和代表不可分割。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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