动态交互作为使用“自然用户界面”和“丰富表示”的搜索操作

Y. R. Joshi, A. Patankar, H. Joshi
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引用次数: 0

摘要

通过本文,我们描述了智能交互系统的定义特征、建模和测试。智能交互系统将与现有的强大计算机同步工作,创造一种强大的力量,使人机通信毫不费力。有人说:“简单是最终的复杂。”因此,我们提出的智能交互系统将非常简单,可以将其定义为“永久搜索引擎”。它将补充设备作为自然用户界面(具有“文本/图像/对象/音频识别”的能力)和Web 2.0兼容的强大表示层(如adobeflex以及相关硬件)。“永久搜寻引擎”不会储存或处理任何资料,但用户可在需要时插入相关装置。它只需与自然用户界面设备接口,并将数据传递到远程服务器计算机,远程服务器计算机将处理数据,进行个性化处理,演示并将输出返回给“简单客户端”,该客户端只需通过其强大的表示层显示输出。例如,请想象一下,医生使用接口摄像头在“永久搜索引擎”上筛选病人的瘀伤,并迅速得到诊断。下一分钟,医生用铅笔在屏幕上写下药物的名称,并得到将被打印出来的详细信息。另一个强大表示层的例子是“在系统中查看搜索结果”。用户不需要戴眼镜就能看到小字体的结果,因为屏幕会根据用户眼睛镜片反射的光线来调整字体大小。反射将显示透镜是否能够正常聚焦。如果镜头功能不正常,字体会增加或减少,以获得正确的效果。因此,从本质上讲,每次人机交互都将被视为“搜索操作”,并辅以“强大的表示层”和“自然的用户界面”。这是我们提议的系统的独特想法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dynamic interplay as a search operation using 'natural user interfaces' and 'rich presentation
Through this paper we would like to describe the defining characteristics, modeling & testing of intelligent interaction systems. Intelligent interaction systems will work in synchronization with existing powerful computers to create, a robust force in making human computer communication effortless. It's said that "Simplicity is the ultimate Sophistication. So our proposed intelligent interaction system will be very simple and it can be defined as "Perpetual Search Engine. It will be supplemented with the devices as Natural user interfaces (with the abilities of "Text/Image/Object/Audio recognition) and Web 2.0 compliant powerful presentation layer (such as adobe flex along with relevant hardware). The "Perpetual Search Engine would not store/process any data but it will provide user the ability to plug-in the respective devices if user needs. It would just interface with the Natural user interface devices and pass the data to remote server computer which will process data with handling of personalization, demonstration and return the output to "simple client which would just display output with its powerful presentation layer. For example, please imagine that a doctor screens patient's bruise on the "Perpetual Search Engine using an interfaced camera and gets his diagnosis quickly. Next minute, the doctor writes name of the medicine on screen using a pencil and gets the details which will be printed. Another example of powerful presentation layer is "viewing your search results in the system. The user won't need spectacles to see the results with small font as screen would adjust font size from the analysis of the reflections of light rays from the lenses of user's eyes. The reflection would show whether the lenses are able to focus in normal way. If lenses function abnormally, font will be increased/decreased for getting proper results. So in essence, every Human-Computer interaction will be treated as a "Search operation which will be supplemented with the "Powerful presentation layer and "Natural user interfaces. This is the unique idea of our proposed system.
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