Eye-Controlled Interfaces for Multimedia Interaction

Kumar, Chandan; Menges, Raphael; Staab, Steffen

doi:10.1109/mmul.2016.52

Cited by 22 publications

(10 citation statements)

References 14 publications

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“…One aspect that added to the positive impression can be identified in the interaction form (i.e., gaze as a natural interaction method in the context of exploration games). This goes in line with other research projects that identified a similar effect [1,3,7,[69][70][71]. One reason why CrossG received less positive game experience ratings, was that the static crosshair-based approach felt like a tool (to solve a task) and not like a special skill of the character.…”

Section: Game Experiencesupporting

confidence: 87%

gEYEded: Subtle and Challenging Gaze-Based Player Guidance in Exploration Games

Lankes

Haslinger

Wolff

2019

MTI

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This paper investigates the effects of gaze-based player guidance on the perceived game experience, performance, and challenge in a first-person exploration game. In contrast to existing research, the proposed approach takes the game context into account by providing players not only with guidance but also granting them an engaging game experience with a focus on exploration. This is achieved by incorporating gaze-sensitive areas that indicate the location of relevant game objects. A comparative study was carried out to validate our concept and to examine if a game supported with a gaze guidance feature triggers a more immersive game experience in comparison to a crosshair guidance version and a solution without any guidance support. In general, our study findings reveal a more positive impact of the gaze-based guidance approach on the experience and performance in comparison to the other two conditions. However, subjects had a similar impression concerning the game challenge in all conditions.

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Section: Game Experiencesupporting

confidence: 87%

gEYEded: Subtle and Challenging Gaze-Based Player Guidance in Exploration Games

Lankes

Haslinger

Wolff

2019

MTI

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“…Hal ini dikarenakan pengguna dapat melakukan interaksi hanya dengan menggunakan pandangan mata terhadap layar sistem, tanpa memerlukan peran perangkat input lain seperti mouse dan keyboard. Dengan demikian, eye tracking diharapkan dapat menggantikan peran mouse dan keyboard pada untuk memilih objek, navigasi, dan modifikasi di berbagai konten multimedia [1,2,3].…”

Section: Pendahuluanunclassified

Algoritma Pemilihan Objek pada Interaksi Antarmuka Berbasis Titik Pandang Mata

Herlina

2020

JuTISI

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Eye tracking provides an alternative input modality to control the interactive contents in computers, particularly in assistive technology and public display. Instead of fixational eye movement, smooth pursuit eye movement has been used for object selection in gaze-based interactive applications. However, some previous works did not consider various similarity measures to match trajectory of eye movement and the presented dynamic stimulus. Furthermore, there was no correction towards the drift of eye movement during object selection. Hence, gaze-based object selection based on smooth pursuit eye movement is still inaccurate and unstable. To fill the research gaps, we proposed a novel approach for accurate gaze-based object selection using linear regression for eye movement’s drifting correction. We measured accuracy, success timing, and stability of object selection to validate performance of the proposed method. From the experimental results, object selection could be performed without the usage of chinrest using Euclidean distance, moving average and linear regression in gaze-based interfaces. The usage of chinrest did not give significant effect on accuracy, success timing and stability of object selection in gaze-based interfaces. The use of linear regression for predicting gaze points and correcting drift of eye movement has improved overall performance of object selection .In future, our results maybe used as a guideline for developing more accurate and more stable interactive applications based on smooth pursuit eye movement.

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“…The Web browser environment is built upon the Chromium Embedded Framework 1 (CEF), which provides an appropriate architecture to enhance the Web with interfaces for gaze interaction [6]. Adapting the interface is primary for the success of eye-based interactions [7,9].…”

Section: Figure 1: Gaze-controlled Browser Interfacementioning

confidence: 99%

“…The interface was developed through user centered design for eye interaction [9], i.e., in- terface components such as size, shape, appearance, feedback etc. that are vital to enhance eye tracking accuracy for input control [6].…”

Section: Eye-controlled Browsingmentioning

confidence: 99%

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Chromium based Framework to Include Gaze Interaction in Web Browser

Kumar

Menges

Müller

et al. 2017

Proceedings of the 26th International Conference on World Wide Web Companion - WWW '17 Companion

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Enabling Web interaction by non-conventional input sources like eyes has great potential to enhance Web accessibility. In this paper, we present a Chromium based inclusive framework to adapt eye gaze events in Web interfaces. The framework provides more utility and control to develop a fullfeatured interactive browser, compared to the related approaches of gaze-based mouse and keyboard emulation or browser extensions. We demonstrate the framework through a sophisticated gaze driven Web browser, which e↵ectively supports all browsing operations like search, navigation, bookmarks, and tab management.

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Eye-Controlled Interfaces for Multimedia Interaction

Cited by 22 publications

References 14 publications

gEYEded: Subtle and Challenging Gaze-Based Player Guidance in Exploration Games

gEYEded: Subtle and Challenging Gaze-Based Player Guidance in Exploration Games

Algoritma Pemilihan Objek pada Interaksi Antarmuka Berbasis Titik Pandang Mata

Chromium based Framework to Include Gaze Interaction in Web Browser

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