The VERP Explorer: A Tool for Exploring Eye Movements of Visual-Cognitive Tasks Using Recurrence Plots

Demiralp, Çağatay; Cirimele, Jesse; Heer, Jeffrey; Card, Stuart K.

doi:10.1007/978-3-319-47024-5_3

Cited by 5 publications

(2 citation statements)

References 30 publications

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“…Interakciu môže predstavovať riadenie automobilu, lietadla, vyhľadávanie na webe, čítanie, kreslenie a podobne. [7] Na merania bolo použité nositeľné eyetracking zariadenie, teda ETG okuliare. [8] Eyetracker vo forme okuliarov je mobilné zariadenie, ktoré je umiestnene v tesnej blízkosti zvyčajne na ráme okuliarov, takže umožňuje respondentom pohyb v priestore.…”

Section: Eyetracking -Očná Kameraunclassified

Testovanie interakcie človek-vozidlo v laboratórnych podmienkach s využitím technológie očnej kamery

Madleňák¹,

Madleňáková²

2021

PTEO

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The article analyses the driver's interactions with the vehicle's interior while driving the car in laboratory conditions. The eye-tracking glasses were used for obtaining exclusive visual data from the driver's point. This data identifies the driver's gaze on stimuli in the virtual (laboratory) environment. All laboratory testing was performed in the truck simulator SNA -211 REN. For analysis obtained data, the heat maps and focus maps were used accompanied with detailed analysis of dwell time, time of average fixation and number of fixations tested subjects on chosen areas of interest in the vehicle's interior. The final results from this analysis can primarily lead to a better understanding of the driver's control of the car and secondary to an increase of ergonomics of the vehicle cockpit dashboard. All results from the experimental research can increase the road transport system's sustainability and safety.

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Section: Eyetracking -Očná Kameraunclassified

Testovanie interakcie človek-vozidlo v laboratórnych podmienkach s využitím technológie očnej kamery

Madleňák¹,

Madleňáková²

2021

PTEO

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“…Based on recurrence plot, several measures describing eye movement patterns have been defined. There are also tools for building recurrence plots, among which VERP Explorer is a good example [ 2 ].…”

Section: Introductionmentioning

confidence: 99%

Gaze Self-Similarity Plot - A New Visualization Technique

Kasprowski

Harężlak

2017

JEMR

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Eye tracking has become a valuable way for extending knowledge of human behavior based on visual patterns. One of the most important elements of such an analysis is the presentation of obtained results, which proves to be a challenging task. Traditional visualization techniques such as scan-paths or heat maps may reveal interesting information, nonetheless many useful features are still not visible, especially when temporal characteristics of eye movement is taken into account. This paper introduces a technique called gaze self-similarity plot (GSSP) that may be applied to visualize both spatial and temporal eye movement features on the single two-dimensional plot. The technique is an extension of the idea of recurrence plots, commonly used in time series analysis. The paper presents the basic concepts of the proposed approach (two types of GSSP) complemented with some examples of what kind of information may be disclosed and finally showing areas of the GSSP possible applications.

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Gaze self-similarity plots as a useful tool for eye movement characteristics analysis

Kasprowski

Harężlak

2016

2016 IEEE Second Workshop on Eye Tracking and Visualization (ETVIS)

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The VERP Explorer: A Tool for Exploring Eye Movements of Visual-Cognitive Tasks Using Recurrence Plots

Cited by 5 publications

References 30 publications

Testovanie interakcie človek-vozidlo v laboratórnych podmienkach s využitím technológie očnej kamery

Testovanie interakcie človek-vozidlo v laboratórnych podmienkach s využitím technológie očnej kamery

Gaze Self-Similarity Plot - A New Visualization Technique

Gaze self-similarity plots as a useful tool for eye movement characteristics analysis

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