Koherentas kustības uztveres sliekšņa noteikšana ar dažādām psihofizikālajām metodēm

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RESEARCH PRODUCT

Koherentas kustības uztveres sliekšņa noteikšana ar dažādām psihofizikālajām metodēm

Kristīne Meļķe

subject

Kustības uztvere Adaptīvā “trepju” metode Fizika Kustība Psihofizikālās pētījumu metodes Konstantā stimula metode

description

Maģistra darbs ir uzrakstīts latviešu valodā uz 45 lapām. Tas satur 28 attēlus, 2 tabulas un 40 atsauces uz literatūras avotiem. Darba mērķis: Noteikt koherentas kustības uztveres slieksni, izmantojot dažādas psihofizikālās metodes. Hipotēze: Izmantojot konstantā stimula metodi koherentas kustības sliekšņa novērtēšanā, iegūstams augstāks slieksnis nekā ar adaptīvo “trepju” metodi. Eksperimenta dalībnieki: 20 dalībnieki, 20-30 gadus veci. Metode: Datorizēta programma, ar kuras algoritma palīdzību uz datora ekrāna tiek projicēts stimuls – koherenti punkti. Rezultāti: Ar konstantā stimula metodi iegūstams augstāks slieksnis nekā ar adaptīvo “trepju” metodi, taču iegūtie rezultāti ir salīdzināmi. Atslēgas vārdi: kustība, kustības uztvere, psihofizikālās pētījumu metodes, adaptīvā “trepju” metode, konstantā stimula metode

year	journal	country	edition	language
2015-01-01

https://dspace.lu.lv/dspace/handle/7/30425

PEPhysical Sciences and Engineering
- PE2Fundamental Constituents of Matter
  - PE2_1Theory of fundamental interactions
  - PE2_2 Phenomenology of fundamental interactions
  - PE2_3Experimental particle physics with accelerators
  - PE2_4Experimental particle physics without accelerators
  - PE2_6Nuclear, hadron and heavy ion physics
  - PE2_8Gas and plasma physics
  - PE2_5Classical and quantum physics of gravitational interactions
  - PE2_7Nuclear and particle astrophysics
  - PE2_9 Electromagnetism
  - PE2_10Atomic, molecular physics
  - PE2_11Ultra-cold atoms and molecules
  - PE2_18Equilibrium and non-equilibrium statistical mechanics: steady states and dynamics
  - PE2_14Lasers, ultra-short lasers and laser physics
  - PE2_17Metrology and measurement
  - PE2_16Non-linear physics
  - PE2_12Optics, non-linear optics and nano-optics
  - PE2_13Quantum optics and quantum information
  - PE2_15Thermodynamics
- PE1Mathematics
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  - PE1_11Theoretical aspects of partial differential equations
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  - PE1_19Scientific computing and data processing
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  - PE11_8Engineering of alternative established or emergent materials
  - PE11_9Nanomaterials engineering, e.g. nanoparticles, nanoporous materials, 1D & 2D nanomaterials
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  - PE11_14Computational methods for materials engineering
LSLife Sciences
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  - LS1_12Protein design
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  - LS2_6Metagenomics
  - LS2_7Transcriptomics
  - LS2_8Proteomics
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  - LS4_3Physiology of ageing
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- LS5Neuroscience and Disorders of the Nervous System
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  - LS9_3Bioengineering of cells, tissues, organs and organisms
  - LS9_2Applied genetics, gene editing and transgenic organisms
  - LS9_4Microbial biotechnology and bioengineering
  - LS9_5Food biotechnology and bioengineering
  - LS9_6Marine biotechnology and bioengineering
  - LS9_7Environmental biotechnology and bioengineering
  - LS9_8Applied plant sciences, plant breeding, agroecology and soil biology
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  - LS9_9Plant pathology and pest resistance
  - LS9_11Biomass production and utilisation, biofuels
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  - LS9_1Bioengineering for synthetic and chemical biology
SHSocial Sciences and Humanities
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- SH3The Social World and Its Interactions
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- SH4The Human Mind and Its Complexity
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  - SH4_2Personality and social cognition; emotion
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- SH6The Study of the Human Past
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