Clustering is the task of assigning a set of objects into groups (clusters) so that objects in the same group are more similar to each other than to those in other groups. In particular, K-means is a clustering algorithm that calculates the cluster with the nearest mean for each object. To achieve this, it uses a function like Euclidean or Manhattan distance. Our objective is to exploit our heterogeneous computing environment, that integrates an Intel Core i7-6700K chip, 2x NVIDIA TITAN X and an Intel Altera Terasic Stratix V DE5-NET FPGA, to run K-means as fast as possible.Universidad de Málaga. Campus de Excelencia Internacional Andalucía Tech
K-means algorithm is one of the unsupervised learning clustering algorithm that can be used to solve...
Clustering approaches are widely used methodologies to analyse large data sets. The K-means algorith...
International audienceSummary k-Means is a standard algorithm for clustering data. It constitutes ge...
The design and implementation of the k-means clustering algorithm on an FPGA-accelerated computer cl...
K-means clustering has been widely used in processing large datasets in many fields of studies. Adva...
The purpose of this paper is to describe the key points of the implementation of clustering algorith...
International audienceFPGA devices have been proving to be good candidates to accelerate application...
The k-means algorithm is widely used for clustering, compressing, and summarizing vector data. We pr...
In mapping the k-means algorithm to FPGA hardware, we examined algorithm level transforms that drama...
In this paper, a configurable many-core hardware/ software architecture is proposed to efficiently ...
Processing power of pattern classification algorithms on conventional platforms has not been able to...
Abstract — In this paper, we propose a framework, KACU (standing for K-means with hArdware Centroid ...
Abstract—Cluster analysis plays a critical role in a wide variety of applications; but it is now fac...
Nowadaysanenormousamountofdynamic,heterogeneous,complexandunboundeddatawasobtainedfromvarioussectors...
This paper presents and analyzes a heterogeneous implementation of an industrial use case based on K...
K-means algorithm is one of the unsupervised learning clustering algorithm that can be used to solve...
Clustering approaches are widely used methodologies to analyse large data sets. The K-means algorith...
International audienceSummary k-Means is a standard algorithm for clustering data. It constitutes ge...
The design and implementation of the k-means clustering algorithm on an FPGA-accelerated computer cl...
K-means clustering has been widely used in processing large datasets in many fields of studies. Adva...
The purpose of this paper is to describe the key points of the implementation of clustering algorith...
International audienceFPGA devices have been proving to be good candidates to accelerate application...
The k-means algorithm is widely used for clustering, compressing, and summarizing vector data. We pr...
In mapping the k-means algorithm to FPGA hardware, we examined algorithm level transforms that drama...
In this paper, a configurable many-core hardware/ software architecture is proposed to efficiently ...
Processing power of pattern classification algorithms on conventional platforms has not been able to...
Abstract — In this paper, we propose a framework, KACU (standing for K-means with hArdware Centroid ...
Abstract—Cluster analysis plays a critical role in a wide variety of applications; but it is now fac...
Nowadaysanenormousamountofdynamic,heterogeneous,complexandunboundeddatawasobtainedfromvarioussectors...
This paper presents and analyzes a heterogeneous implementation of an industrial use case based on K...
K-means algorithm is one of the unsupervised learning clustering algorithm that can be used to solve...
Clustering approaches are widely used methodologies to analyse large data sets. The K-means algorith...
International audienceSummary k-Means is a standard algorithm for clustering data. It constitutes ge...