help研究问题输入性能、误触控制与交互效率如何通过手工设计的样式块(如表格、列表)改进数字笔记中手写组织的效率和个性化?CHI '22Style Blink: Exploring Digital Inking of Structured Information via Handcrafted Styling as a First-Class Object
help研究问题输入性能、误触控制与交互效率样式块作为一等对象(可以独立修改和重排)的设计是否能够减少数字笔记中的创作干扰?CHI '22Style Blink: Exploring Digital Inking of Structured Information via Handcrafted Styling as a First-Class Object
help研究问题输入性能、误触控制与交互效率用户对可填充笔和动态样式面板等直观工具的体验如何影响数字笔记的使用效率和情感价值?CHI '22Style Blink: Exploring Digital Inking of Structured Information via Handcrafted Styling as a First-Class Object
lightbulb现实痛点输入性能、误触控制与交互效率用户难以在数字笔记中实现如手写笔记般的个性化和样式控制。CHI '22Style Blink: Exploring Digital Inking of Structured Information via Handcrafted Styling as a First-Class Object
help研究问题输入性能、误触控制与交互效率相比传统的行列扫描方法,Nomon界面在提高单一开关用户的文本输入效率和准确性方面表现如何?CHI '22A Performance Evaluation of Nomon: A Flexible Interface for Noisy Single-Switch Users
help研究问题输入性能、误触控制与交互效率Nomon界面是否适用于比文本输入更复杂的任务,如图片选择或动态交互?CHI '22A Performance Evaluation of Nomon: A Flexible Interface for Noisy Single-Switch Users
help研究问题输入性能、误触控制与交互效率在学习曲线上,Nomon界面如何表现,并且与行列扫描方法相比用户是否有显著改进?CHI '22A Performance Evaluation of Nomon: A Flexible Interface for Noisy Single-Switch Users
lightbulb现实痛点输入性能、误触控制与交互效率传统行列扫描方法效率低,限制单开关用户的文本输入和多任务操作。CHI '22A Performance Evaluation of Nomon: A Flexible Interface for Noisy Single-Switch Users
help研究问题输入性能、误触控制与交互效率输入设备(如鼠标)和输出设备(如显示器)在信号频率不同步时会产生时空抖动,其对用户表现的影响是什么?UIST '21Do We Need a Faster Mouse? Empirical Evaluation of Asynchronicity-Induced Jitter
help研究问题输入性能、误触控制与交互效率用户对时空抖动的感知阈值是多少?UIST '21Do We Need a Faster Mouse? Empirical Evaluation of Asynchronicity-Induced Jitter
help研究问题输入性能、误触控制与交互效率当前行业标准的1000 Hz鼠标轮询率是否足够减少抖动并提升性能?UIST '21Do We Need a Faster Mouse? Empirical Evaluation of Asynchronicity-Induced Jitter
lightbulb现实痛点输入性能、误触控制与交互效率高端游戏中鼠标与显示器不同步,导致操作不流畅。UIST '21Do We Need a Faster Mouse? Empirical Evaluation of Asynchronicity-Induced Jitter
help研究问题输入性能、误触控制与交互效率如何为帕金森病用户优化智能手机QWERTY键盘的文本输入性能?CHI '21Facilitating Text Entry on Smartphones with QWERTY Keyboard for Users with Parkinson’s Disease
help研究问题输入性能、误触控制与交互效率帕金森病用户常见的输入错误(如插入、遗漏和替换)能否通过动态可调的弹性概率模型(EPM)有效纠正?CHI '21Facilitating Text Entry on Smartphones with QWERTY Keyboard for Users with Parkinson’s Disease
help研究问题输入性能、误触控制与交互效率结合时空特性和动态参数调整后,EPM和传统语言模型相比的效果如何?CHI '21Facilitating Text Entry on Smartphones with QWERTY Keyboard for Users with Parkinson’s Disease
lightbulb现实痛点输入性能、误触控制与交互效率帕金森病用户在智能手机上输入文本困难,常出现错误,降低使用体验。CHI '21Facilitating Text Entry on Smartphones with QWERTY Keyboard for Users with Parkinson’s Disease
help研究问题输入性能、误触控制与交互效率文字输入效率和词建议精确性如何分别影响用户的使用频率和文本输入性能?CHI '21Typing Efficiency and Suggestion Accuracy Influence the Benefits and Adoption of Word Suggestions
help研究问题输入性能、误触控制与交互效率不同设备(如桌面、平板、智能手机)上的词建议技术的性能表现有何差异?CHI '21Typing Efficiency and Suggestion Accuracy Influence the Benefits and Adoption of Word Suggestions
help研究问题输入性能、误触控制与交互效率用户的输入速度和词建议的精确性之间的关系如何影响建议功能的接受度?CHI '21Typing Efficiency and Suggestion Accuracy Influence the Benefits and Adoption of Word Suggestions
lightbulb现实痛点输入性能、误触控制与交互效率用户在使用词建议功能时,容易受到认知负担和性能表现的限制。CHI '21Typing Efficiency and Suggestion Accuracy Influence the Benefits and Adoption of Word Suggestions
help研究问题输入性能、误触控制与交互效率黑客松如何通过输入(资源)、机制(活动)和过程(流程)影响其输出效果?CHI '21What Do Hackathons Do? Understanding Participation in Hackathons Through Program Theory Analysis
help研究问题输入性能、误触控制与交互效率采用“方案理论”(Program Theory)能否揭示黑客松不同组织形式的因果链条?CHI '21What Do Hackathons Do? Understanding Participation in Hackathons Through Program Theory Analysis
help研究问题输入性能、误触控制与交互效率参与、可持续成果与学习三种目标如何在不同黑客松形式中得以实现?CHI '21What Do Hackathons Do? Understanding Participation in Hackathons Through Program Theory Analysis
lightbulb现实痛点输入性能、误触控制与交互效率黑客松常因输出缺乏可持续性和参与者多样性不足而被批评。CHI '21What Do Hackathons Do? Understanding Participation in Hackathons Through Program Theory Analysis
help研究问题输入性能、误触控制与交互效率如何指导用户创建难度不同的文本,以测试文本输入界面的纠错能力?CHI '21Enhancing the Composition Task in Text Entry Studies: Eliciting Difficult Text and Improving Error Rate Calculation
help研究问题输入性能、误触控制与交互效率什么样的方法可以更准确地获取用户的参考文本?CHI '21Enhancing the Composition Task in Text Entry Studies: Eliciting Difficult Text and Improving Error Rate Calculation
help研究问题输入性能、误触控制与交互效率混合简单和复杂任务如何影响参与者的文本创作体验和输入界面评估有效性?CHI '21Enhancing the Composition Task in Text Entry Studies: Eliciting Difficult Text and Improving Error Rate Calculation
lightbulb现实痛点输入性能、误触控制与交互效率现有文本输入研究中,测试方法无法反映真实用户行为,特别是复杂文本输入的情况。CHI '21Enhancing the Composition Task in Text Entry Studies: Eliciting Difficult Text and Improving Error Rate Calculation
help研究问题输入性能、误触控制与交互效率系统的解释错误会如何影响用户学习新输入机制的能力?CHI '21The Effects of System Interpretation Errors on Learning New Input Mechanisms
help研究问题输入性能、误触控制与交互效率在不同的错误率(如0%、5%、20%)下,用户的学习和技能转变有何不同?CHI '21The Effects of System Interpretation Errors on Learning New Input Mechanisms
help研究问题输入性能、误触控制与交互效率即时反馈与用户自我监测对用户学习效果有何影响?CHI '21The Effects of System Interpretation Errors on Learning New Input Mechanisms
lightbulb现实痛点输入性能、误触控制与交互效率用户在学习带有噪声输入技术的系统时,很难高效过渡到专家阶段。CHI '21The Effects of System Interpretation Errors on Learning New Input Mechanisms
help研究问题输入性能、误触控制与交互效率如何通过概率模型框架优化基于运动相关性的选择技术?CHI '21A Probabilistic Interpretation of Motion Correlation Selection Techniques
help研究问题输入性能、误触控制与交互效率在基于运动相关性选择中,用户行为与目标运动的互信息如何影响选择意图的判断?CHI '21A Probabilistic Interpretation of Motion Correlation Selection Techniques
help研究问题输入性能、误触控制与交互效率如何利用信息熵优化目标路径以提高选择性能?CHI '21A Probabilistic Interpretation of Motion Correlation Selection Techniques
lightbulb现实痛点输入性能、误触控制与交互效率用户很难高效准确地通过运动相关性技术完成选择任务。CHI '21A Probabilistic Interpretation of Motion Correlation Selection Techniques
help研究问题输入性能、误触控制与交互效率协同定制功能如何通过键盘设计增强亲密关系中非语言交流的表现?CHI '21Mediating Intimacy with DearBoard: a Co-Customizable Keyboard for Everyday Messaging
help研究问题输入性能、误触控制与交互效率什么样的定制化选项最能反映亲密关系中的情感与共享历史?CHI '21Mediating Intimacy with DearBoard: a Co-Customizable Keyboard for Everyday Messaging
help研究问题输入性能、误触控制与交互效率在不改变用户生态的情况下,如何通过软键盘嵌入新功能支持关系的深度互动?CHI '21Mediating Intimacy with DearBoard: a Co-Customizable Keyboard for Everyday Messaging
lightbulb现实痛点输入性能、误触控制与交互效率现有消息应用限制了用户表达亲密关系的非语言互动方式。CHI '21Mediating Intimacy with DearBoard: a Co-Customizable Keyboard for Everyday Messaging
help研究问题输入性能、误触控制与交互效率短语级解码能否提高移动键盘的自动纠错精度?CHI '21PhraseFlow: Designs and Empirical Studies of Phrase-Level Input
help研究问题输入性能、误触控制与交互效率用户在使用支持短语级输入的键盘时,其输入速度和认知负担如何变化?CHI '21PhraseFlow: Designs and Empirical Studies of Phrase-Level Input
help研究问题输入性能、误触控制与交互效率哪种视觉反馈设计最适合短语级输入的用户体验需求?CHI '21PhraseFlow: Designs and Empirical Studies of Phrase-Level Input
lightbulb现实痛点输入性能、误触控制与交互效率移动键盘纠错精度低,无法利用上下文导致用户体验差。CHI '21PhraseFlow: Designs and Empirical Studies of Phrase-Level Input