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近期我们成功开发了一个可以帮助大家由论文标题生成论文摘要的模型，下面是模型的部分结果展示，
原论文标题： A term extraction tool for expanding content in the domain of <unk> and <unk> proof of concept
原论文摘要： Among the challenges in developing terminology systems is providing complete content coverage of specialized subject fields. This paper reports on a term extraction tool designed for the development and expansion of terminology systems concerned with functioning, <<unk>> and health. Content relevant to this domain is the emphasis of the foci and targets of many nursing <<unk>> We extend previously published term extraction algorithms by applying two filters. The first filter is based on the raw frequency of the content words in the lexical string under consideration. The second filter applies the notion of a complete syntactic node to discover relevant noun or verb phrases. While we report on a limited corpus <<unk>> words comprising <<unk>> terms from 60 <<unk>> note <<unk>> the recall, precision, and <<unk>> we observed are encouraging and suggest continued development and testing of the tool is <<unk>>
模型自动生成摘要： The problem of finding <unk> of a document is a key issue in the area of document extraction and retrieval. Since this problem is not only a domain knowledge representation in the document, but also a document that contains an entire idea. This article reports some preliminary experiments on the application of document extraction. The paper presents some of the results obtained in the context of the document extraction process. The results achieved are compared with other published methods.
原论文标题： Separation of Diffuse and Specular Components of Surface Reflection by Use of Polarization and Statistical Analysis of Images
原论文摘要： The image of an opaque object is created by observing the reflection of the light incident on its surface. The dichromatic reflection model describes the surface reflection as the sum of two components, diffuse and specular terms. The specular reflection component is usually strong in its intensity and polarized significantly compared to the diffuse components. On the other hand, the intensity of the diffuse component is weak and it tends to be <<unk>> except near occluding contours. Thus, the observation of an object through a rotating <<unk>> approximately yields images containing constant diffuse component and specular component of different intensity. In this paper, we show that diffuse and specular components of surface reflection can be separated as two independent components when we apply Independent Component Analysis to the images observed through a <<unk>> of different orientations. We give a separation simulation of artificial data and also give some separation results of real scenes.
模型自动生成摘要：A method for detecting and reconstructing the shape of an object with a surface reflectance function, a method is proposed, and it is shown that an arbitrary shape is the same if and only if its reflectance function is invariant under the normal lighting condition, and it is possible to use a single method and its application to the problem of determining a surface shape in a surface with a particular surface reflectance function. The method is illustrated by an example of an arbitrary shape and surface texture. The procedure is shown to be computationally robust when <unk> is taken as a function of the <unk> and its reflectance function by means of a simple method of the procedure of surface shading and surface reflectance functions.
我们有意向大家提供此项服务，并开发其他更多服务，如辅助论文构思，生成论文标题以启发思维，由论文摘要生成论文草稿。因此向大家征集意见，我们将在之后根据您的投票开发并完善相关服务，未来一年内会提供中文服务的支持。
在撰写论文时，您认为在什么时候需要最多的帮助？
1.确定论文主题或者方向，寻找灵感
2.确定论文主题或想法后，写下摘要，或者是在论文完成之后进行摘要的创作
3.根据摘要或自己的想法，准备论文的主要结构和各个子块
4.已经完成论文半成品，需要对论文进行修改或者词汇句子的多样化，以改善论文质量或者规避查重
5.其他（您可以在评论或回复中指定详细信息）
请在评论中注明您的意见。
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