FlashFind:移动设备上大型数据集的响应式搜索

Thilo Ernst, A. Schramm
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摘要

本文介绍FlashFind,这是一个设备上的搜索引擎,可以通过一个小部件搜索界面立即访问存储在当前支持闪存的移动设备(PMP, PND,电子阅读器,智能手机)上的大量数字内容。在没有网络访问的情况下,FlashFind提供了与标准web搜索引擎相当的搜索体验。更重要的是,搜索完全是增量的和基于前缀的,即每次按下键后不久就会显示结果,而不是整个单词,用户通常只需要输入少量字符,直到找到想要的结果。该试点应用程序在Windows Mobile智能手机和Linux上运行,在西欧地图(- 1000万个条目)中提供近乎即时的全球搜索选择,并正在集成到商业导航应用程序中。正在申请专利的FlashFind技术同样能够搜索其他基于文本或文本注释的粗糙结构的空间或非空间内容,例如电子阅读器设备上的电子书集合。与服务器或桌面搜索解决方案相比,FlashFind针对移动设备在CPU、主存和交互约束方面的限制(例如,只有一个电话键盘)进行了优化。正在进行的工作是针对模糊搜索、新的应用程序和设备类别,以及将我们的搜索技术与其他创新的输入法集成。
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FlashFind: Responsive search in large datasets on mobile devices
This paper introduces FlashFind, an on-device search engine for making the vast amounts of digital content stored on today's flash memory-enabled mobile devices (PMP's, PND's, e-readers, smart phones) instantly accessible through a single-widget search interface. Without network access, FlashFind provides a search experience comparable to that of standard web search engines. More than that, the search is fully incremental and prefix-based, i.e. results are shown shortly after each key press, and instead of entire words, the user mostly needs to type only a small number of characters until the desired result is found. The pilot application, implemented on Windows Mobile smart phones and on Linux, provides near-instantaneous global search-based selection among the streets, points of interest and cities in a map of Western Europe (-10 millions of entries) and is being integrated into a commercial navigation application. The patent-pending FlashFind technology is equally capable to search other coarsely-structured text-based or text-annotated spatial or non-spatial content, e.g. collections of e-books on an e-reader device. In contrast to server or desktop search solutions, FlashFind is optimized for the limitations of mobile devices in terms of CPU, main memory, and interaction constraints (e.g. having only a phone keypad). Ongoing work is targeted at fuzzy search, at new applications and device classes, and at integrating our search technology with other innovative input methods.
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