Integration mechanism and transcendental semiosis

Semiotica ◽  
2018 ◽  
Vol 2018 (225) ◽  
pp. 57-76
Author(s):  
Ji Hwan Lee

AbstractCognition consists of multiple layers. Each neuron group in layers processes information and transmits it to other layers. The more information is integrated, the more obvious and usable signs become. Horizontally, signs in semiosis are associated and mediated with each other. Vertically, they collaborate beyond the horizon; from sensory neuron to reflective consciousness. Semiosis involves trying to reach final interpretant through following a possible interpretation-course by the force of a guiding principle. Whereas, in trans-semiosis, we attempt to integrate two semioses despite their conceptual gap. In that situation, transcendence occurs. If integration is impossible, semiosis would rev up excessively. Accordingly, intense neural stimulations are generated. Once probable routes of interpretation have rapidly accumulated in quantity, they cross a threshold where restrictions are broken or do not exist. Then, we jump to a stable belief, attaining trans-interpretance that has competence for casually suturing a conceptual gap without any adequate foundation. The overflow of stimulation integrates into transcendence feelings that deviate from cognitive boundaries. That momentary strong feelings and trans-interpretance are connected with each other by a memory mechanism. Trans-interpretance creation leaves some unresolved surplus, reminding us of the once ignored gap and reactivate semiosis. However, if trans-interpretance is reformed and semiosis comes to a lull again, they can be strengthened.

Author(s):  
Annika De Sousa Linhares ◽  
Florian Kellner ◽  
Sabrina Jutz ◽  
Gerhard J. Zlabinger ◽  
Hans-Joachim Gabius ◽  
...  
Keyword(s):  
In Trans ◽  

Skull Base ◽  
2005 ◽  
Vol 15 (S 2) ◽  
Author(s):  
Boris von Keller ◽  
R. Fahlbusch ◽  
O. Ganslandt ◽  
C. Nimsky

Skull Base ◽  
2009 ◽  
Vol 19 (03) ◽  
Author(s):  
Abdulrazag Ajlan ◽  
Anthony Zeitouni ◽  
Denis Sirhan

2007 ◽  
Vol 148 (35) ◽  
pp. 1649-1655
Author(s):  
Roland Csorba ◽  
Rudolf Lampé ◽  
Dezső Simó ◽  
György Bacskó ◽  
Róbert Póka
Keyword(s):  

Európában a felnőtt nők közel 30 százaléka szenved a vizelet-visszatartás zavarától. A néhány éve megjelent Trans-Obturator Tape (TOT) műtét egy újabb lehetőséget ad a stresszinkontinencia műtéti gyógyítására. Betegek és módszerek: A kivizsgálás részletes anamnézisfelvételből, stressz- és Q-tip-tesztet is magában foglaló, általános és nőgyógyászati fizikális vizsgálatból, illetve a QUID- (The Questionnaire for Urinary lncontinence Diagnosis) kérdőív kitöltéséből állt. Nem egyértelmű esetekben urodinámiás vizsgálat történt. A szerzők százötven betegen végeztek Trans-Obturator Tape beültetést. A műtét eredményességének értékelését szintén QUID-kérdőívek segítségével végezték. Eredmények: A betegek átlagéletkora 50,8 év volt (SD = 8,64). 69 páciensnek (46%) volt tisztán stresszinkontinenciája, 33 betegnek (22%) késztetéses inkontinenciája, míg 48 esetben (32%) stresszdominanciával kevert inkontinenciát mutattak ki. Az átlagos követési idő 16 hónap (4–26 hónap) volt. A stresszinkontinencia átlagos preoperatív súlyossági pontértéke 11,78, az urge-komponensé 6,63 volt. Az átlagos műtéti idő 25 perc volt. 150 műtét kapcsán szövődményt 4 esetben észleltek. 12 betegnek volt szüksége katéter viselésére 24 órán túl, a leghosszabb katéterezési idő 5 nap volt. Az átlagos ápolási idő 4,76 nap (SD = 0,8) volt. A posztoperatív kérdőívek elemzésekor a stresszkomponensre vonatkozó átlagos súlyossági pont 2,22, az urge-komponensé 2,59 volt. Az elégedettségi felmérésben 46 beteg nagyon jónak (47,4%), 39 jónak (40,2%), 7 közepesnek (7,2%), 3 gyengének (3,1%), 2 beteg pedig eredménytelennek (2,1%) ítélte meg a beavatkozást. Következtetések: A módszer avatott kezekben kiemelkedő hatékonyságú, minimálinvazív, gyors műtét, mely rövid kórházi ápolással és kevés szövődménnyel jár.


2011 ◽  
Vol 11 (3) ◽  
pp. 272
Author(s):  
Ivan Gavrilyuk ◽  
Boris Khoromskij ◽  
Eugene Tyrtyshnikov

Abstract In the recent years, multidimensional numerical simulations with tensor-structured data formats have been recognized as the basic concept for breaking the "curse of dimensionality". Modern applications of tensor methods include the challenging high-dimensional problems of material sciences, bio-science, stochastic modeling, signal processing, machine learning, and data mining, financial mathematics, etc. The guiding principle of the tensor methods is an approximation of multivariate functions and operators with some separation of variables to keep the computational process in a low parametric tensor-structured manifold. Tensors structures had been wildly used as models of data and discussed in the contexts of differential geometry, mechanics, algebraic geometry, data analysis etc. before tensor methods recently have penetrated into numerical computations. On the one hand, the existing tensor representation formats remained to be of a limited use in many high-dimensional problems because of lack of sufficiently reliable and fast software. On the other hand, for moderate dimensional problems (e.g. in "ab-initio" quantum chemistry) as well as for selected model problems of very high dimensions, the application of traditional canonical and Tucker formats in combination with the ideas of multilevel methods has led to the new efficient algorithms. The recent progress in tensor numerical methods is achieved with new representation formats now known as "tensor-train representations" and "hierarchical Tucker representations". Note that the formats themselves could have been picked up earlier in the literature on the modeling of quantum systems. Until 2009 they lived in a closed world of those quantum theory publications and never trespassed the territory of numerical analysis. The tremendous progress during the very recent years shows the new tensor tools in various applications and in the development of these tools and study of their approximation and algebraic properties. This special issue treats tensors as a base for efficient numerical algorithms in various modern applications and with special emphases on the new representation formats.


Screen Bodies ◽  
2020 ◽  
Vol 5 (1) ◽  
pp. 111-128
Author(s):  
Lara Bochmann ◽  
Erin Hampson

This article is a theoretical, audiovisual, and personal exploration of being a trans and non-binary person and the challenges this position produces at the moment of entering the outside world. Getting ready to enter public space is a seemingly mundane everyday task. However, in the context of a world that continuously fails or refuses to recognize trans and non-binary people, the literal act of stepping outside can mean to move from a figurative state of self-determination to one of imposition. We produced a short film project called Step Out to delve into issues of vulnerability and recognition that surface throughout experiences of crossing the threshold into public space. It explores the acts performed as preparation to face the world, and invokes the emotions this can conquer in trans and non-binary people. Breathing is the leading metaphor in the film, indicating existence and resistance simultaneously. The article concludes with a discussion of affective states and considers them, along with failed recognition, through the lens of Lauren Berlant’s concept of “cruel optimism.”


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