Design research on “best button size for touch screens”

24 matching studies

• User-Centred Design · 2024

  Enlarging touch targets and intuitive visual cues significantly improve app usability for individuals with intellectual disabilities.

  Design interactive elements with generous touch targets and clear visual affordances, and implement guided onboarding to ensure users with intellectual disabilities can effectively learn and use digital products.

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• User-Centred Design · Procedia Computer Science · 2015

  Adapting WCAG 2.0 criteria to mobile interfaces increases detection of accessibility barriers in citizen-facing apps

  Shift from a 'web-first' to a 'mobile-native' accessibility mindset by focusing on touch-point ergonomics and high-contrast UI elements that remain legible under varying lighting conditions.

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• Human Factors · BIBSYS Brage (BIBSYS (Norway)) · 2015

  Optimizing Large Smartphone UI for One-Handed Use Reduces Thumb Muscle Strain by 30%

  Designers should map and utilize the thumb's functional reach area as a primary consideration for element placement in mobile UIs, especially for large screens, to enhance one-handed usability and reduce physical strain.

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• User-Centred Design · Procedia Computer Science · 2017

  High-contrast visual hierarchies and simplified navigation structures increase mHealth adoption among elderly users

  Replace complex navigation drawers with persistent, labeled bottom navigation and ensure all interactive elements have a target size of at least 44x44 pixels.

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• Human Factors · Proceedings of the ACM on Interactive Mobile Wearable and Ubiquitous Technologies · 2023

  On-body touch interfaces achieve >95% accuracy for up to 20 buttons without personalization

  Prioritize on-body touch for interfaces requiring more than 12 touch targets in eye-free contexts, aiming for a 20-button layout for optimal user experience and accuracy without personalization.

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• User-Centred Design · International Journal of Environmental Research and Public Health · 2022

  Optimizing Smart Home Interface Button Design for Diverse Age Groups

  When designing smart home interfaces, prioritize larger button sizes and clear text for senior users, while younger users may perform optimally with slightly smaller buttons and a balanced graphic-to-text ratio. Consider skeuomorphic icons for senior-focused applications.

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• Innovation & Design · Nano-Micro Letters · 2023

  Screen-printable nanomaterials enable self-powered wearable biosensors for glucose monitoring

  Designers can leverage screen-printing techniques with advanced nanomaterials to create integrated, self-powered wearable devices for continuous health monitoring and other smart applications.

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• Human Factors · Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE · 2012

  Multi-touch displays enhance cockpit control efficiency and user interaction

  Explore multi-touch interfaces and dynamic display configurations to create more adaptable and user-friendly control systems, especially in environments with limited space.

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• Human Factors · 2010

  Spatial Interaction for Screen-less Wearables is Achievable Without a Display

  Designers should consider non-visual feedback and spatial input methods when developing screen-less wearable interfaces to enhance user interaction capabilities.

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• Human Factors · HAL (Le Centre pour la Communication Scientifique Directe) · 2011

  Combining Accelerometers and Touch Input Enhances Mobile Gestural Interaction

  Consider integrating motion sensing capabilities with touch input to create more dynamic and context-aware gestural controls for mobile applications.

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• Commercial Production · Journal of Sensors · 2009

  Nanomaterial Integration Boosts Screen-Printed Sensor Performance

  Designers should consider the incorporation of nanomaterials as a strategy to enhance the performance of screen-printed electronic devices, particularly in sensing applications.

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• Human Factors · UvA-DARE (University of Amsterdam) · 2013

  Designing for Remote Social Touch: Vibrotactile Sleeves Enable Distant Haptic Communication

  Incorporate vibrotactile feedback mechanisms into wearable designs to enable novel forms of remote social connection and emotional expression.

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• Commercial Production · LA Referencia (Red Federada de Repositorios Institucionales de Publicaciones Científicas) · 2004

  Screen-printing enables cost-effective, multi-sensor arrays for improved gas detection selectivity.

  Incorporate multi-sensor array designs and leverage pattern recognition algorithms to enhance the selectivity and reduce the energy footprint of gas detection systems, utilizing screen-printing for cost-effective production.

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• Human Factors · Trepo - Institutional Repository of Tampere University · 2013

  Touchscreen FPS controls suffer from poor target acquisition and tracking

  Designers should prioritize intuitive and precise aiming and tracking mechanisms in touchscreen FPS controls, potentially exploring novel input solutions beyond standard virtual joysticks and buttons.

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• Classic Design · TEXT · 2011

  3D Imaging Transforms Screen Perception from Contemplation to Action

  When designing for 3D screen experiences, leverage the inherent 'action-oriented' perception it fosters, but be mindful of its limitations for depth perception at a distance.

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• Human Factors · International Journal of Social Robotics · 2017

  Affective touch on robots can convey emotional valence, with gender influencing interaction patterns.

  Incorporate diverse tactile sensing capabilities into robots intended for social interaction, and be mindful that user gender may influence touch interaction styles.

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• Innovation & Markets · Fashion and Textiles Review · 2025

  Size Inclusivity Drives Consumer Loyalty and Market Share in Ready-to-Wear Fashion

  Design and marketing teams should prioritize size inclusivity to build stronger customer relationships and capture a larger market share.

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• Human Factors · Information Display · 2010

  Haptic Feedback Enhances Touchscreen Usability in High-Distraction Environments

  Incorporate haptic feedback mechanisms into touchscreen designs to provide users with a tangible response, thereby improving efficiency and reducing errors, especially in environments prone to distraction.

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• User-Centred Design · Proceedings of the ACM on Human-Computer Interaction · 2023

  Visual cues significantly enhance the discoverability and perceived usability of advanced touch interactions.

  Proactively design and test visual signifiers to clearly communicate the affordances of all available touch input types, rather than assuming users will discover them.

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• Innovation & Design · Bulletin of the Polish Academy of Sciences Technical Sciences · 2014

  Screen-Printed Carbon Nanostructure Sensors Enable Low-Cost Wearable Electronics

  Prioritize low-cost, scalable manufacturing techniques like screen-printing when designing flexible electronic components for wearable applications.

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• Commercial Production · CA A Cancer Journal for Clinicians · 2018

  Age 45: The New Starting Line for Colorectal Cancer Screening

  Designers and researchers involved in health technology and public health initiatives should consider the implications of updated screening age recommendations in their product development and strategy planning.

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• Innovation & Markets · Journal of Theoretical and Applied Electronic Commerce Research · 2025

  Bullet Screen Integration: A Game-Theoretic Approach to Optimizing Video Platform Strategy

  Implement and iterate on interactive features like bullet screens, carefully monitoring user engagement and adapting the feature's quality and integration with advertising based on market feedback and user behavior.

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• Final Production · BioResources · 2020

  Optimizing Cellulose Particle Size for Enhanced Plastic Composite Performance

  When designing plastic composites with cellulose reinforcement, evaluate a spectrum of particle sizes and their impact on mechanical properties, rather than assuming nano-particles are always superior.

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• Modelling · Sensors · 2019

  Sonic Crystal Acoustic Screens Offer Wind and Water Permeability for Enhanced Performance in Sandy Environments

  Consider permeable designs for acoustic screens, especially in environments where material accumulation (like sand) can degrade performance. Utilize advanced modelling and measurement techniques to validate these designs.

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