most of the erythrocyte related diseases are detectable by hematology images analysis. at the first step of this analysis, segmentation and detection of blood cells are inevitable. in this study, a novel method using a line operator and watershed algorithm is rendered for erythrocyte detection and segmentation in blood smear images, as well as reducing over-segmentation in watershed algorithm t...

Malaria is a disease activated by type of microscopic parasite transmitted from infected female mosquito bites to humans. fatal that endemic in many regions the world. Quick diagnosis this will be very valuable for patients, as traditional methods require tedious work its detection. Recently, some automated have been proposed exploit hand-crafted feature extraction techniques however, their acc...

Most of the erythrocyte related diseases are detectable by hematology images analysis. At the first step of this analysis, segmentation and detection of blood cells are inevitable. In this study, a novel method using a line operator and watershed algorithm is rendered for erythrocyte detection and segmentation in blood smear images, as well as reducing over-segmentation in watershed algorithm t...

In recent years, Peripheral blood smear is a generic analysis to assess the person’s health status. Manual testing of images are difficult, time-consuming and subject human intervention visual error. This method encouraged for researchers present algorithms techniques perform peripheral with help computer-assisted decision-making techniques. Existing CAD based methods lacks in attaining accurat...

Autofocusing is a fundamental procedure towards automated microscopic evaluation of blood smear and pap smear samples for clinical diagnosis. This paper presents comparison results of 16 selected focus algorithms based on 8000 static bright-field images and 1600 dynamic autofocusing trials using 10 blood smear and pap smear samples. Besides static behaviour, dynamic autofocusing performance is ...

BACKGROUND Blood smear microscopic images are routinely investigated by haematologists to diagnose most blood diseases. However, the task is quite tedious and time consuming. An automatic detection and classification of white blood cells within such images can accelerate the process tremendously. In this paper we propose a system to locate white blood cells within microscopic blood smear images...

objectives microscopy of giemsa-stained thick and thin peripheral blood smear (pbs) remains as the standard laboratory method for the diagnosis of symptomatic malaria. this study was done to compare pbs with polymerase chain reaction (pcr) method for detecting asymptomatic malaria parasitemia. patients and method blood samples were collected from 900 asymptomatic school children between 7-11 ye...