DSpace Collection:
http://dspace.wunu.edu.ua/handle/316497/14912
2024-03-29T11:48:17ZReconfigurable Cell-Array (RCA) Based Computer System with Cell Specialization
http://dspace.wunu.edu.ua/handle/316497/33248
Title: Reconfigurable Cell-Array (RCA) Based Computer System with Cell Specialization
Authors: Bilenko, Anatoliy; Sitnikov, Valeriy
Abstract: Reconfigurable system based on cell specialization of reconfigurable cell-array computer system is
presented. Analysis of specialized reconfigurable cell-array hardware and methods of specialized cell inclusion are
given.2012-01-01T00:00:00ZРеконфигурируемая система на основе однородной вычислительной системы со специализацией ячеек
http://dspace.wunu.edu.ua/handle/316497/33247
Title: Реконфигурируемая система на основе однородной вычислительной системы со специализацией ячеек
Authors: Биленко, Анатолий; Ситников, Валерий
Abstract: Рассматривается структура реконфигурируемой системы на основе однородной вычислительной
систем со специализацией. Проведен обзор модернизации аппаратной части однородной вычислительной среды, а также методы включения специализированных блоков.2012-01-01T00:00:00ZFault Tolerance in Grids Using Job Replication
http://dspace.wunu.edu.ua/handle/316497/33246
Title: Fault Tolerance in Grids Using Job Replication
Authors: Amoon, Mohammed
Abstract: As grids consist of a large number of resources, fault tolerance forms an important aspect of the scheduling
process. In this paper, we address the problem of scheduling user jobs in grids so that failures can be avoided in the
presence of resources faults. We employ job replication as an effective mechanism to achieve efficient and fault-tolerant
scheduling system. Most of the existing replication-based algorithms use a fixed number of replications for each job
which consumes more grid resources. We first propose an algorithm to determine adaptively the number of job replicas
according to the grid failure history. Then we propose an algorithm to schedule these replicas. The proposed
algorithms have been evaluated through simulation and have shown better performance in terms of grid load,
throughput and failure tendency.2012-01-01T00:00:00ZExtraction of Left Ventricular Contours from Ventriculograms with Labeling of Image Pixels by Active Contours
http://dspace.wunu.edu.ua/handle/316497/33245
Title: Extraction of Left Ventricular Contours from Ventriculograms with Labeling of Image Pixels by Active Contours
Authors: Polyakova, Marina
Abstract: The method of the extraction of left ventricular contours is developed for ventriculograms which obtained by
radiological research of heart with the angiographic system. The proposed method includes the underlining of left
ventricular contours through the repagular wavelet transform and labeling the pixels of image by active contours that
reduced the error of detection of the edge and the area of left ventricle.2012-01-01T00:00:00Z