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Repository Site of SRFL - From Letter to Theory
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Sekinan Research Field of Language Site History 2003 - 2014
Sekinan Research Field of Language
Site History
2003 - 2014
Sekinan Research Field of Language
ifbetrue / 2013 (Archive)
atbankofdam / 2013 (Archive)
HILLSSOUTHROAD / 2013 (Archive)
Tuesday, 31 March 2026
Sunday, 8 March 2026
Conversation
312
Conversation
1 Automaton of language is shown by the free conversation between two.
2 Here an example of automaton is presented, conversation between a guide (automaton speaker) and a visitor to A town.
3 Sequence is shown below.
1) A guide has proper information of A town.
2) He (guide) has personality. – I like this town, because there is a splendid hill containing many living being such as birds, butterfly, trees, flowers and so forth.
3) He has <frame> of language. <Frame> is a type of a dictionary, for example like Collins Dictionary which has always renewed vocabulary, named Collins Internet dictionary.
4) He always generates <quantum> from <frame>.
5) A visitor questions. –Where am I?
6) He (guide) thinks about the question.
7) The question is analyzed by him.
[where] “Questionable information”
[am] “Inflectional information”
[I] “Definite information”
8) He answers like below.
“Definite info.” <from I to you> -You
“Inflectional info.” <from am to are> -are
“Questionable info.” <from where to clock tower> -at clock tower.
9) [At] is inserted from his(guide) dictionary’s <grammar>.
10) –You are at clock tower. This expression is <quantum> which needs energy for dynamism.
4 <Quantum>’s energy is prepared by electricity, for example a kind of voltage, difference of which makes different digital information to others.
5 In automaton of language, all of language is sent by the form of <quantum>.
6 <Quantum> is a set of units which consists of a finite number.
7 Each <quantum> has a closed information. <Quantum> is in a fixed condition.
8 Change of language is expressed by the distance and movement of <quantum>.
9 Quanta, a set of <quantum>s is finite. Therefore All of quanta can be descriptive.
10 <Descriptiveness> is essential for <Quantum Theory for Language>.
11 <Descriptiveness> will be presented by the new Essay in a short while.
Ideogram
311
Ideogram
1 <Ideogram> is a unit for <frame> of language.
2 <Ideogram> is a figure which has two parts, <meaning> and <grammar>.
3 As a figure, <ideogram> is recognized in an instant.
4 <Ideogram> generates <quantum> in <system>.
5 Now there are 5 <ideogram>s, namely, [ I, meet, he, library, yesterday].
6 There becomes <quantum>, namely, / I meet he library yesterday. /
7 New <quantum> returns to <ideogram> .
8 New <ideogram>s are 6, [ I, meet. he. library, yesterday, I meet he library yesterday ].
9 There add 3<ideogram>s. [met, him, at].
10 New <quantum> is generated, / I met him at library yesterday. / .
11 <Ideogram> is static and fixed but <quantum> is dynamic and changeable.
12 <Quantum> needs energy for its dynamism but does not need dynamic devices.
13 <Ideogram> resembles Nintendo’s FAMICON, but differs in the following 14-18.
14 <Ideogram> is a source of <language>.
14 <Ideogram> is a part of automatic language generating machine.
15 <Ideogram> is a figure which is scanned and reproduced easily.
16 <Ideogram>’s inputting devices are various, such as typing, voice inputting, manual writing, pictograph and so forth.
17 <Ideogram> can install to language-answering-devices, such as telephone, vending machine, showing-way-machine and so forth. Answer is always individually different for the most adequate purpose.
18 <Ideogram>’s <grammar> is possible to be written as a sophisticated figure which is transformed to easy-readable style.
19 <Ideogram>’s <meaning> is enlarged by the adding-from-old-to-new system. See upper No.5-10.
Recognition
310
Recognition
1 Language consists of static <frame> and dynamic <quantum>.
2 When <frame> is recognized by <energy>, <quantum> begins moving.
3 <Energy> is inputted through human or electrical power.
4 <Frame> has <element>s which give information to <quantum>.
5 <Element>s generate <quantum> in a language <system>.
6 <System> has several coordinate axes.
7 <Quantum>’s location is determined by coordinate values.
8 <Frame> and <quantum> make a pair.
9 <Frame> is a figure which contains information to generate <quantum>.
10 <Quantum> is a unit of composite which contains <meaning> and <grammar>.
11 <Frame> is the source material of language, but not language itself.
12<Frame> keeps a fixed condition and is possible to move.
13 <Frame> resembles bar code, but differs in the following 14-21.
14 <Frame> has independent information of a set of <meaning> and <grammar>.
15 <Frame> is static and fixed, but generates dynamic <quantum> in <system>.
16 Now <frame> is expressed by [ ], and <quantum> is expressed by / /.
17 For example, when I make one new <frame> [ I go school yesterday], <quantum> is generated to / I went to school yesterday/ by <meaning> and <grammar> in information of <frame>.
18 <Quantum> is one of automatic language generating machine from functional view.
19 Ideally <frame> should be recognized in an instant by optical condition.
20 <Frame> should be made as a set of <ideogram>.
21 <Ideogram> has <vocabulary> and <dictionary> as a form of enlarged <meaning> and <grammar>.
22 One application of this concept is thinkable for hospital.
23 Medical charts are a <frame>. Charts are rewritten daily. Rewritten work is a <quantum>. <Quantum> is fixed in an instant to another <frame>.
24 <Frame>-<quantum> flow chart resembles a current computer system, but differs in the following 25-30.
25 Recognition of <frame> is done under a fixed condition, and do not use dynamic device.
26 Movement of <quantum> is done under simple <energy> system using inputting device.
27 Result of <quantum> is remained as a new <frame>.
28 <Quantum> will move on a little device, not the current computer.
29 Devices do not use dynamic methods, excluding inputting device.
30 All system is basically put under solid condition.
TOKYO March 4, 2005
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