ForSense:通过语义集成和机器研究支持加速在线研究

IF 4.3 3区 材料科学 Q1 ENGINEERING, ELECTRICAL & ELECTRONIC ACS Applied Electronic Materials Pub Date : 2022-11-04 DOI:https://dl.acm.org/doi/10.1145/3532853
Gonzalo Ramos, Napol Rachatasumrit, Jina Suh, Rachel Ng, Christopher Meek
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引用次数: 0

摘要

在线搜索是人们在互联网上进行的一项频繁而重要的活动,但目前对这项任务的支持是基本的、分散的,并且没有很好地集成到web浏览器体验中。在语义制造理论的指导下,我们提出了ForSense,一个加速人们在线研究体验的浏览器扩展。ForSense的两个主要新颖性来源是在线研究的多个阶段的集成,以及通过利用神经驱动机器阅读的最新进展为用户提供机器辅助。我们使用ForSense作为设计探针来探索(1)整合在线研究的多个阶段的好处,(2)利用当前机器阅读的进展加速在线研究的机会,(3)在不精确的机器建议存在的情况下支持在线研究任务的机会,以及(4)关于人们在进行在线研究时表现出的行为的见解,他们访问的页面,以及他们创建的工件。通过我们的设计探测,我们观察人们执行在线研究任务,并看到他们受益于ForSense的集成和在线研究的机器支持。从我们收集的信息和见解中,我们得出并分享了设计和支持研究任务的不精确机器辅助的关键建议。
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ForSense: Accelerating Online Research Through Sensemaking Integration and Machine Research Support

Online research is a frequent and important activity people perform on the Internet, yet current support for this task is basic, fragmented and not well integrated into web browser experiences. Guided by sensemaking theory, we present ForSense, a browser extension for accelerating people’s online research experience. The two primary sources of novelty of ForSense are the integration of multiple stages of online research and providing machine assistance to the user by leveraging recent advances in neural-driven machine reading. We use ForSense as a design probe to explore (1) the benefits of integrating multiple stages of online research, (2) the opportunities to accelerate online research using current advances in machine reading, (3) the opportunities to support online research tasks in the presence of imprecise machine suggestions, and (4) insights about the behaviors people exhibit when performing online research, the pages they visit, and the artifacts they create. Through our design probe, we observe people performing online research tasks, and see that they benefit from ForSense’s integration and machine support for online research. From the information and insights we collected, we derive and share key recommendations for designing and supporting imprecise machine assistance for research tasks.

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CiteScore
7.20
自引率
4.30%
发文量
567
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