A leukocyte recognition method for human peripheral blood smear based on island-clustering texture(ICT)is proposed.By analyzing the features of the five typical classes of leukocyte images,a new ICT model is establish...A leukocyte recognition method for human peripheral blood smear based on island-clustering texture(ICT)is proposed.By analyzing the features of the five typical classes of leukocyte images,a new ICT model is established.Firstly,some feature points are extracted in a gray leukocyte image by mean-shift clustering to be the centers of islands.Secondly,the growing region is employed to create regions of the islands in which the seeds are just these feature points.These islands distribution can describe a new texture.Finally,a distinguished parameter vector of these islands is created as the ICT features by combining the ICT features with the geometric features of the leukocyte.Then the five typical classes of leukocytes can be recognized successfully at the correct recognition rate of more than 92.3%with a total sample of 1310 leukocytes.Experimental results show the feasibility of the proposed method.Further analysis reveals that the method is robust and results can provide important information for disease diagnosis.展开更多
基金This work is supported by 863 National Plan Foundation of China under Grant No.2007 AA01Z333 and Special Grand National Project of China under Grant No.2009ZX02204-008.
文摘A leukocyte recognition method for human peripheral blood smear based on island-clustering texture(ICT)is proposed.By analyzing the features of the five typical classes of leukocyte images,a new ICT model is established.Firstly,some feature points are extracted in a gray leukocyte image by mean-shift clustering to be the centers of islands.Secondly,the growing region is employed to create regions of the islands in which the seeds are just these feature points.These islands distribution can describe a new texture.Finally,a distinguished parameter vector of these islands is created as the ICT features by combining the ICT features with the geometric features of the leukocyte.Then the five typical classes of leukocytes can be recognized successfully at the correct recognition rate of more than 92.3%with a total sample of 1310 leukocytes.Experimental results show the feasibility of the proposed method.Further analysis reveals that the method is robust and results can provide important information for disease diagnosis.
