CfP: Eye Movements in Programming (EMIP 2023)

[Norman Peitek]

International Workshop on Eye Movements in Programming

We are inviting contributions to the 11th International Workshop on Eye Movements in Programming. EMIP 2023 will be held hybrid in May/June 2023 at the ACM Symposium of Eye Tracking Research & Applications (ETRA 2023) in Tübingen, Germany.

The detailed call is available at http://www.emipws.org/workshop/emip-2023/.

Kind regards,

Teresa Busjahn, Florian Hauser, Jürgen Mottok, Norman Peitek

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The study of eye gaze data has great potential for research in computer programming, computing education, and software engineering practice. The Eleventh International Workshop on Eye Movements in Programming (EMIP 2023) will again focus on advancing the methodological, theoretical, and applied aspects of eye movements in programming. The goal of the workshop is to further develop the methodology of using eye gaze tracking for programming, both theoretically and in applications. What can gaze behavior tell us about cognitive processes during programming? This question enables us to understand the role of human factors involved in programming.

IMPORTANT DATES

• Deadline for papers: 18 February 2023

• Notification to authors: 15 March 2023

• Camera-ready Deadline: presumably 04 April 2023

• Workshop: May/June 2023, exact date to be announced

SUBMISSIONS AND PRESENTATIONS

The workshop will be devoted to presenting new research results. We invite several types of contributions:

• new research results

• new ideas

• demos

Submitted papers can contain up to 8 pages (single column, plus references). Additionally, EMIP will feature work-in-progress papers with up to 4 pages (single column, plus references). These will be reviewed lightly, but not published in the proceedings. Submissions must be written in English and should be submitted through Precision Conference System.

TOPICS OF INTEREST

We invite contributions analyzing gaze behavior of activities related to programming, such as code reading and debugging, social aspects, vision, and educational perspectives. These may include, but are not limited to, the role of emotions in programming, vision-based models, readability, and new theories of program comprehension. Contributions are expected to present implications to software engineering practice or programming education. Specific topics of interest include, but are not limited to:

• Identification and analysis of appropriate data abstractions for eye tracking analysis • Models of cognition about software development

• Effects of text-based, graphical, or diagram-based program representations

• Effects of syntax or language features, as well as programming paradigms

• Identification and analysis of behaviors and strategies of learners’ reading, writing, and debugging code, acquiring new domains and skills, longitudinal growth

• Challenges for learners or software engineers (e.g., obstacles to learning or accomplishing tasks)

• Applications for eye tracking, e.g., software engineering tasks, such as program comprehension, debugging, requirements traceability, change tracking

• Development and evaluation of tools and processes for working with eye tracking

• Development and evaluation of visualizations for static and dynamic program execution

• Applications offering programming assistance or accessibility using eye tracking devices, data, and analyses

• Combinations of eye tracking with other sensing modalities, such as fMRI, EEG, GSR, or fNIRS

• Multi-person eye tracking, e.g., during pair programming or collaborative problem solving

• Eye gaze datasets and source code amenable to eye gaze studies • Analyses of pre-existing eye gaze datasets, e.g. the EMIP dataset

•  Development of platforms, tools, and methods which enable reproducible experiments