Last updated: October 11, 2005
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The Philosophy of the Informational, Formalization, and Implementation.
A monography in book form, currently of 424 pages, including an exhaustive index, dealing with the theory of the informational, highly formalized, used as a ground for the study of conscious phenomenalism, applying the cognitive-emotional, motivational, attentional, homeostatical, behavioral paradigm and other conscious and subconscious components. The pair informon-entropon for an informational entity (operand, formula-, scheme-, informational system, graph) is introduced as a conscious-subconscious and self-conscious named entity [2004].
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Formalization of Heidegger's understanding and interpretation, using Z-language with German operand and operator subscript language [1997].
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Topology of complex informational (formula, scheme, graph) systems. A topological comparision between mathematical set theory and informational system theory [1998].
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Supervenience of the physical, the informational, and the phenomenal as a philosophical fundament of cultural, economic, and technological development. Application of artificial consciousness in management information systems for decision-making, strategy development, and business [2001].
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Introduction of the new term called informon, as a conscious and self-conscious informnational entity (operand, system). A formalized approach through system complexity and initial informational metaphysicalism [2002].
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Informational complexity in number and interinforming of components, metaphysicalistic organization, intention, decomposition, and emergentism of conscious and self-conscious informnational entities. A constructive presentation on formal level and by informational graphs [2002].
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The circle-like in natural language is the sine-qua-non for circular emerging of entities' meaning and understanding. A comparison with Heidegger's diction on the level of formal informational language is presented [2003].
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Cognitive-emotional paradigm within the intentional complexity of informon and entropon is introduced as a metatheory and implementation possibility of artificial conscious systems [2003].
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An informational entity becomes conscious through its complexity and organization of its meaning. At the beginning it is structured according to the German thesaurus of the word Bewusstsein, using the informonic form within metaphysicalistic organization. In this way, the design of German artificial informational consciousness can begin, using, in the last stage of development, the entire German language thesaurus. The complexity of such a Bewusstsein becomes equal to the known German language and its links of word meaning, expressed in the thesaurus, in whole. [newest, 2004].
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How to make an informational entity conscious and self-conscious in a given conscious system is the basic question of the so-called naive approach (Method 1). The next problem is how to make the emergence of an informational conscious system possible from scrath is a challenging research and implementation venture (Method 2). This venture roots in the mapping of a language thesaurus into the metaphysicalistic decomposition in an informon-entropon environment. The paper shows such a thesaural-metaphysicalistic mapping for the English headword "consciousness" and, in the Slovene abstract, for the corresponding Slovene term. Method 2 enables the design of artificial informational consciousness system on the level of natural languages. The approach does not exclude image and voice informing. [newest, 2004].
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A philosophical and formal introduction to the phylosophy of the informational as basics of artificial consciousness systems is discussed. It shows the difference between the information-scholastical view and the innovative dynamic approach with the informational [2002].
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A book technically, philosophically, and formally extended over the first edition, published in 1990. It brings new chapters covering conscious, subconscious, and superconscious information. At the end of the book, an extensive Index is given, together with other information concerning the author. The book is dedicated to students with interdisciplinary interest in philosophy, cognitive science, computer science, economics, mathematics, theology, and informatics. . It is still a study in progress, set in pdfLaTeX, using colored text and colored graphs. [2002].
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A handbook for the designer being technically, philosophically, and formally transparent in many respects, with an extensive Index. It brings systematically the Philosophy of the Informational in parallel with Formalism, that is, Z-language for informational and conscious-informational design. It is understood that the Handbook id being in progress and that only a small part is presented on the web. [2002].
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An initial formalization following from the Pope's Encyclic, showing the reasonableness of sentences projected onto conscious domain of understanding. [2002].
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Mixed poems in Slovene, German, English, and Z-Language. [2006].
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How poetry is understood in information age? It is not just artistic but rather mathematical, scientific and technological, using the concept of informational replication (recursion). [2006]. In PostScript, originally set..
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An Advice and Instruction Concerning Actuality and Constructivity of Artificial Consciousness, as Possibility of Scientific Research and Commercial Product (see the study in progress [1] and the listed references [2--11])
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So far, in the listed documents described informational approach to implementation of artificial consciousness might be the only constructive metodology in consciousness-complex, intentional, conceptual, formalized, design-evident and technological possibilities, bringing fore the project of scientific research and commercial adequateness of variously organized conscious systems, like spiritual machines, sociable robots and industrial robots. The approach is based on the consequently formalized informational language (Z-language) using the English subscript operand and operator language as a universal standard of Z-language. Any other cultural language can be taken as subscript language. Examples in English and German are presented and discussed into necessary details [2004].
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