This paper has proposed an error searching method to search the solutions of errors that occurred in the unified commanding platform mix-deployed software (UCPMD). Because those errors belong to different stages or ma...This paper has proposed an error searching method to search the solutions of errors that occurred in the unified commanding platform mix-deployed software (UCPMD). Because those errors belong to different stages or may be happened in different services, applications, IP ports, system software, or different versions of software, and those errors are also can be classified into different types. It is necessary to locate accurate reason that cause an error as well as find out its solution. The proposed error searching system applies Chinese keyword extraction and Chinese fuzzy matching between keywords, which considers the processed keywords as the index to find out the solutions of errors. Besides, the error searching system had made correspondence among errors, reasons, and solutions, and put them to different categories in terms of their characteristics, such that it is easy to manage, search, and use. Among others, we have added specialized thesaurus as the index of keywords, which enriches and completes the searching results. Because of the proposed error searching system evolves keyword extraction and keyword fuzzy matching technologies;it is more accurate to find out user-interested solutions.展开更多
This paper discusses the approaches for automatical searching of control points in the NOAA AVHRR image on the basis of data rearrangement in the form of latitude and longitude grid. The vegetation index transformatio...This paper discusses the approaches for automatical searching of control points in the NOAA AVHRR image on the basis of data rearrangement in the form of latitude and longitude grid. The vegetation index transformation and multi-level matching strategies have been proven effective and successful as the experiments show while the control point database is established.展开更多
为了有效地利用蛋白质串联质谱数据,提高蛋白质鉴定的准确性,提出了一种基于信息论的蛋白质数据库搜索鉴定算法——ITPIA(information theory based protein identification algorithm)算法.针对多肽串联质谱质量低、噪音多等问题,ITPI...为了有效地利用蛋白质串联质谱数据,提高蛋白质鉴定的准确性,提出了一种基于信息论的蛋白质数据库搜索鉴定算法——ITPIA(information theory based protein identification algorithm)算法.针对多肽串联质谱质量低、噪音多等问题,ITPIA算法利用了信息论中的熵理论提出了一种有效的实验串联质谱和多肽的理论质谱的匹配打分算法.该算法更大程度上从多肽串联质谱中获得蛋白质的结构信息.实验结果表明,ITPIA算法有效地提高了蛋白质鉴定的准确性.展开更多
文摘This paper has proposed an error searching method to search the solutions of errors that occurred in the unified commanding platform mix-deployed software (UCPMD). Because those errors belong to different stages or may be happened in different services, applications, IP ports, system software, or different versions of software, and those errors are also can be classified into different types. It is necessary to locate accurate reason that cause an error as well as find out its solution. The proposed error searching system applies Chinese keyword extraction and Chinese fuzzy matching between keywords, which considers the processed keywords as the index to find out the solutions of errors. Besides, the error searching system had made correspondence among errors, reasons, and solutions, and put them to different categories in terms of their characteristics, such that it is easy to manage, search, and use. Among others, we have added specialized thesaurus as the index of keywords, which enriches and completes the searching results. Because of the proposed error searching system evolves keyword extraction and keyword fuzzy matching technologies;it is more accurate to find out user-interested solutions.
基金Project supported by the National Oommission of Defense Science and Technotocjy(No.Y96-10)
文摘This paper discusses the approaches for automatical searching of control points in the NOAA AVHRR image on the basis of data rearrangement in the form of latitude and longitude grid. The vegetation index transformation and multi-level matching strategies have been proven effective and successful as the experiments show while the control point database is established.
文摘为了有效地利用蛋白质串联质谱数据,提高蛋白质鉴定的准确性,提出了一种基于信息论的蛋白质数据库搜索鉴定算法——ITPIA(information theory based protein identification algorithm)算法.针对多肽串联质谱质量低、噪音多等问题,ITPIA算法利用了信息论中的熵理论提出了一种有效的实验串联质谱和多肽的理论质谱的匹配打分算法.该算法更大程度上从多肽串联质谱中获得蛋白质的结构信息.实验结果表明,ITPIA算法有效地提高了蛋白质鉴定的准确性.
