It is very important in the field of bioinformatics to apply computer to perform the function annotation for new sequenced bio-sequences. Based on GO database and BLAST program, a novel method for the function annotat...It is very important in the field of bioinformatics to apply computer to perform the function annotation for new sequenced bio-sequences. Based on GO database and BLAST program, a novel method for the function annotation of new biological sequences is presented by using the variable-precision rough set theory. The proposed method is applied to the real data in GO database to examine its effectiveness. Numerical results show that the proposed method has better precision, recall-rate and harmonic mean value compared with existing methods.展开更多
主要分析GPS-RTK(Global Positioning System Real Time Kinematic)实时动态定位技术及其定位模式。重点讨论GPS-RTK在地质勘探测绘中的勘探网测量、控制测量、地形测量、工程点布设、勘探线剖面测量、地质工程点定位测量和物化探测量...主要分析GPS-RTK(Global Positioning System Real Time Kinematic)实时动态定位技术及其定位模式。重点讨论GPS-RTK在地质勘探测绘中的勘探网测量、控制测量、地形测量、工程点布设、勘探线剖面测量、地质工程点定位测量和物化探测量等方面的应用。最后讨论了GPS-RTK的测量误差和精度、基准站和移动站的设置以及数据链通讯和作业半径的确定。展开更多
基金the support of the National Natural Science Foundation of China under Grant No.60673023,60433020,10501017,3040016the European Commission for TH/Asia Link/010 under Grant No.111084.
文摘It is very important in the field of bioinformatics to apply computer to perform the function annotation for new sequenced bio-sequences. Based on GO database and BLAST program, a novel method for the function annotation of new biological sequences is presented by using the variable-precision rough set theory. The proposed method is applied to the real data in GO database to examine its effectiveness. Numerical results show that the proposed method has better precision, recall-rate and harmonic mean value compared with existing methods.
文摘主要分析GPS-RTK(Global Positioning System Real Time Kinematic)实时动态定位技术及其定位模式。重点讨论GPS-RTK在地质勘探测绘中的勘探网测量、控制测量、地形测量、工程点布设、勘探线剖面测量、地质工程点定位测量和物化探测量等方面的应用。最后讨论了GPS-RTK的测量误差和精度、基准站和移动站的设置以及数据链通讯和作业半径的确定。