Learn More
Mobile ad-hoc social networks (MASNs) have emerged as a self-configuring and self-organizing social network. MASN enhances local interactions among different mobile and handheld device users. The MASNs n e e d s t o b e accessed by using end-to-end IT network infrastructure. In this article, we propose a detailed solution called BASA which would help in(More)
In the era of Big Data, huge amounts of structured and unstructured data are being produced daily by a myriad of ubiquitous sources. Big Data is difficult to work with and requires massively parallel software running on a large number of computers. MapReduce is a recent programming model that simplifies writing distributed applications that handle Big Data.(More)
ÐIn many scientific applications, array redistribution is usually required to enhance data locality and reduce remote memory access in many parallel programs on distributed memory multicomputers. Since the redistribution is performed at runtime, there is a performance trade-off between the efficiency of the new data decomposition for a subsequent phase of(More)
—Array redistribution is usually required to enhance algorithm performance in many parallel programs on distributed memory multicomputers. Since it is performed at run-time, there is a performance trade-off between the efficiency of the new data decomposition for a subsequent phase of an algorithm and the cost of redistributing data among processors. In(More)
Smartphones have been shipped with multiple wireless network interfaces to meet their diverse communication and networking demands. However, as smartphones increasingly rely on wireless network connections to realize more functions, the demand of energy has been significantly increased, which has become the limit for people to explore smartphones’ real(More)
ÐIn many scientific applications, dynamic array redistribution is usually required to enhance the performance of an algorithm. In this paper, we present a generalized basic-cycle calculation (GBCC) method to efficiently perform a BLOCK-CYCLIC(s) over P processors to BLOCK-CYCLIC(t) over Q processors array redistribution. In the GBCC method, a processor(More)
" This publication is a valuable source targeted to those interested in the development of field of grid engineering for academic or enterprise computing, aimed for computer scientists, researchers and technical managers working all areas of science, engineering and economy from academia, research centers and industries. " The past decade has witnessed a(More)