Article

Article title ORGANIZATION OF COMPUTATIONS IN HETEROGENOUS DISTRIBUTED ENVIRONMENTS
Authors О.V. Sukhoroslov
Section SECTION IV. CLOUD COMPUTING
Month, Year 12, 2016 @en
Index UDC 004.75
DOI 10.18522/2311-3103-2016-12-115130
Abstract Modern scientific research is inextricably linked to the carrying out of complex calculations and the use of high performance computing resources. Currently available to researchers, there are a variety of such computing resources, including servers and the individual workstations, clusters and supercomputers, grid systems and cloud infrastructures. Each of these types of resources has its own characteristics, advantages and disadvantages. Sharing computing capacity of these resources within the heterogeneous distributed computing environments (HDCE) would signifi-cantly increase research productivity and resource efficiency. This article is an attempt to describe in the most general formulation the problems of organization of computations in HDCE, including the main types of resources and their characteristics, types of environments and their use, classes of applications and user requirements. HDCE refers to arbitrary combinations of distributed com-puting resources of various types. These resources can significantly differ from each other in their characteristics, access mechanisms, administrative affiliation, groups of served users, availability periods, costs, policies and quality of service levels. HDCE can have temporary (for solution of a certain problem) or permanent nature, and vary according to the number of users (personal or multiuser environments) and the range of resource providers. Over the past decade, the range of HDCE is significantly expanded while their structure has become more complex. There are new types of resources being HDCE themselves and allowing building new environments at a higher level of abstraction. At the same time there are new requirements to the methods and tools used for management of computations in HDCE, such as optimization of expenses for renting cloud computing resources while meeting the specified deadline to carry out the computations. The high degree of heterogeneity and the dynamic nature of HDCE, the proliferation of cloud services, a variety of usage scenarios and types of applications require the improvement of existing and development of new approaches to solving problems related to the organization of computations in such environments.

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Keywords Distributed computing; heterogeneous computing environments; integration of computing resources; grid; cloud computing.
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