structured-concept-Mcs

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· structured-concept-(modelConceptStructured | Mcs) is a-MODEL of a-human-concept[a] OUTSIDE of a-human-brain comprised of: 1) a TITLE: the-main-name of the-concept[a] and 2) a list of ATTRIBUTES: which are the related concepts of the-concept[a].

[hmnSgm.2017-11-14]· the-goal of structured-concept creation is the-creation of MONOSEMANTIC, consistent, and complete information, readable by humans AND machines.[hmnSgm.2018-03-05] [1]

attribute (1)

description::

· attribute-of-Mcs[a] is any Mcs[b] related to Mcs[a]. [1]

specific::

· definition,

· description,

· division,

· name,

· overview,

· part,

· partNo,

· whole,

· wholeNo,

===

· generic,

· specific,

division-att (1.1)

description::· division--Mcs-att is the-SET of attributesof the-Mcsthat make-up the-Mcs (= same referent) divided on ONE attribute.· there-are no overlappings and no holes in the-attributes of the-division. · the-attributes of one-concept can-have many divisions. [1]

complement of att (1.1.1)

description::

· in ONE division all the-other attributes of an-attribute[a] is the-complement of attribute[a] ON this division. [1]

dichotomous-division-att (1.1.2)

description::· dichotomous-division is a division with 2 members, the one that has the attribute and the other that has not.· it is the simplest and clearest one. [1]

part-att (1.2)

description::

· part--Mcs-att is an attribute of the Mcs we view as internal | intrincic to it. [1]

partial-division-att (1.2.1)

description::· partial-division--Mcs-att is a-division of the-part-attributes of a-Mcs. [1]

partNo-att (1.3)

description::

· partNo--Mcs-att is the complement of part-att. [1]

name::

· environment,

referent-att (1.3.1)

description::

· a concept is a model of entities[a] inside a brain.· a structured-concept is a computer-model of a concept. · referent of a structured-concept is the set of entities[a]. [1]

name::

· archetype,

supporter-att (1.3.2)

· supporter of Mcs is the entity (human, group of humans, machine) that consider this Mcs as true. [1]

author-att (1.3.3)

· author is the supporter who created the Mcs.

description-att (1.4)

description::· description--Mcs-att is Mcs-text thatIDENTIFIES a Mcs.

· a definitionUNIQUELY IDENTIFIESa Mcs.[hmnSgm.2017-12-22]

· a description is a part-att. [1]

name-att (1.5)

description::

· name-att is LISTS of name-instances.

· every language has a list. [1]

name-instance-att (1.5.1)

description::

· name-instance is any entity linguistic (word construct) or not a-language uses to denote a Mcs. [1]

title-att (1.5.2)

description::

· title is the attribute that contains the most used name-instance. [1]

main-name-att (1.5.3)

· main-name is the most used name of a Mcs.

· it is used to create the derived-names of a Mcs.

overview-att (1.6)

description::

· overview is the first attribute of a Mcs. It contains the description and the name attributes. [1]

definition-att (1.7)

description::

· definition-att is lists of definition-instances. [1]

definition-instance-att (1.7.1)

· definition-instance--Mcs-att is Mcs-text thatUNIQUELY IDENTIFY a Mcsin the shortest way.· a Mcs has more than one definition-instances because our knowledge is structured at least in two fundamental structures: the-whole-part-tree and the-generic-specific-tree. [1]

whole-att (1.8)

· whole-att of a Mcs is list|s of whole-instances.

· whole is a partNo attribute. [1]

whole-instance-att (1.8.1)

· whole-instance of Mcs[a] is another Mcs[b] which has as part the Mcs[a]. [1]

whole-chain-att (1.8.2)

· whole-chain of Mcs[a] is a chain of whole-instances of Mcs[a] from its parent-whole to its most-whole (=Sympan). [1]

wholeNo-att (1.9)

· wholeNo-att of a Mcs is the complement of whole attribute on partNo attribute. [1]

evaluation-att (1.9.1)

· evaluation of a Mcs is the cons and pros of the Mcs. [1]

doing-att (1.10)

· doing-att is list|s of attributes which are doings|processes. [1]

evoluting-att (1.10.1)

· evoluting of a Mcs describes the Mcs over time, its stages.

· everything is born and die.

· evoluting comprises the evoluting of the Mcs itself and the evoluting of its referent. [1]

doingNo-att (1.11)

· doingNo-att is the complement of doing-att. [1]

generic-att (1.12)

· generic--Mcs-att is one or more lists of generic-instances. [1]

generic-instance-att (1.12.1)

· generic-instance of Mcs[a] is another Mcs[b] whose[b] attributes are and attributes of Mcs[a] but not the-opposite.· the referent of a generic-instance of a Mcs is a superset of the referent of the Mcs.

generic-chain-att (1.12.2)

· generic-chain of Mcs[a] is the-chain of generic-instances of Mcs[a] from parent-generic to most-generic-concept (= entity). [1]

specific-att (1.13)

· specific-att of Mcs[a] is one or more lists of specific-instances of Mcs[a] [1]

specific-instance-att (1.13.1)

· specific-instance of Mcs[a] is another Mcs[b] if the attributes of Mcs[a] are and attributes of Mcs[b] and not the-opposite.· also, the referent of a specific is a subset of the referent of its generic.

specific-division-att (1.13.2)

· specific-division--Mcs-att is a-division of the-specific-attributes of a-Mcs. [1]

inherited-from-att (1.14)

· inherited-from of Mcs[a] attribute is an attribute of Mcs[a] which is AND attribute of a generic-concept of it[a].

inherited-fromNo-att (1.15)

· inherited-fromNo of Mcs[a] attribute is an attribute of Mcs[a] which is NOT attribute of a generic-concept of it[a].

inherited-to-att (1.16)

· inherited-to of Mcs[a] attribute is an attribute of Mcs[a] which is AND attribute of a specific-concept of it[a].

inherited-toNo-att (1.17)

· inherited-toNo of Mcs[a] attribute is an attribute of Mcs[a] which is NOT attribute of a specific-concept of it[a].

evaluation (2)

description:: "· today's texts are unmanageable. · just look at society's laws! · in order to manage the enormous quantity of current information we need technology. · automated-information or artificial-intelligence can-not-be-achieved by managing secondary-information (texts) which are models of primary-information. · primary-information is-stored in human-brains as conceptual-models. · automated-information can-be-achieved by managing primary-information. · structured-concepts are the building blocks of MODELS of primary-information. · next, we need computer-programs to manage structured-concept-models." [hmnSgm.2017-11-28] [1]

monosematicity (2.1)

Information written in Mcs-format could be monosemantic (= one meaning) in contrast to today's multisemantic info, because everything can be defined and linked. Monosemanticity of info is a prerequisite for artificial-intelligence and correct translations. [1]

consistency (2.2)

· consistent-info is info with no contradictions.· it will-be-achieved from structureness.· computer-programs will-validate the clear relations of structured-concepts and their positions in the two fundamental structures of a-Mcs-worldview: the-whole-part-tree and the-generic-specific-tree.[hmnSgm. 2018-03-12] [1]

completeness (2.3)

· complete-info is info with no wholes in its structure.· like consistency it will-be-achieved from structureness. [1]

subjectivity (2.4)

· a-Mcs is NOT 'objective', 'true', 'systematic', 'scientific', ... info.· a-Mcs is the SUBJECTIVE view of a-brain (the-subject) with a degree of truth, but monosemantic, consistent, and complete info.· with Mcs we create many Mcs-worldviews that model the same reality.[hmnSgm .2019-01-05] [1]

searching (3)

Structured-concepts-Mcs can be accessed DIRECTLY from any other structured-concept. Using special notation also helps searching related structured-concepts. [1]

Mcs.Hitp (4)

description::· McsHitp is a-Mcs written in Hitp.· it has as TITLE its main-name and CONTENT an-ordered-list with its attributes which are also McsHitp.

examples::

· Everipedia tutorial. [2]

· javascript programming-language. [4]

· char, unit of written language, with direct access to more than 32,000 Unicode chars. [8]

· chain-network. [3] · blockchain-network. [5]

· Bitcoin-network. [6]

· Ethereum-network. [7]

· EOS-network. [9]

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