FEATURES OF PROBABILISTIC ANALYSIS OF EFFICIENCY AND RELIABILITY OF PROBLEMORIENTED ENVIRONMENTS FOR CLOUD COMPUTING
Annotation
A probabilistic model of cloud computing environment performance is proposed. Approaches to estimation of efficiency and reliability of service providing are considered on the base of the proposed model.
Keywords
Постоянный URL
Articles in current issue
- CLAVIRE: Perspective Technology for Second Generation Cloud Computing
- HIGH-PERFORMANCE TECHNOLOGIES OF URGENT COMPUTING FOR FLOOD HAZARD PREVENTION
- SERVICE-ORIENTED PLATFORM FOR EXECUTION OF COMPOSITE APPLICATIONS IN DISTRIBUTED ENVIRONMENT
- INTELLECTUAL SUPPORT OF COMPOSITE APPLICATION DESIGN IN DISTRIBUTED PROBLEM-ORIENTED ENVIRONMENT
- DOMAIN-SPECIFIC TECHNOLOGIES FOR APPLICATION DESIGN IN DISTRIBUTED ENVIRONMENTS
- SCIENTIFIC-TRAINING COMPLEX “COMPUTER MODELING IN NANOTECHNOLOGIES” ON THE BASE OF A GRID SYSTEM
- FEATURES OF PROBABILISTIC ANALYSIS OF EFFICIENCY AND RELIABILITY OF PROBLEMORIENTED ENVIRONMENTS FOR CLOUD COMPUTING
- VIRTUAL RANGE FOR RESEARCH DESIGN OF MARITIME OBJECTS AND CONSTRUCTIONS
- WEB-ORIENTED RESEARCH-PRODUCTION SENTER “SOCIODYNAMICS”
- PARALLEL ALGORITHMS OF DYNAMIC PROCESS MODELING IN COMPLEX NETWORK
- RESULTS OF PROJECT “YOUNG RESEARCHERS MOBILITY” REALIZATION IN 2010: DEVELOPMENT OF FUNCTIONAL ELEMENTS OF IPSE TECHNOLOGY AND APPLIED SERVICE WIDENING
- FEATURES OF REALIZATION OF PARALLELIZING TRANSFORMATIONS IN INTERACTIVE HIGH-LEVEL OPTIMIZATING PARALLELIZER OF CODES
- PECULIARITIES OF DIGITAL SOLUTION FOR EVOLUTIONAL PROBLEMS OF SHORT LASER PULSE PROPAGATION WITH NUMA ARCHITECTURE SYSTEMS
- CONSTRUCTION OF SAH BVH TREES FOR RAY TRACING WITH THE USE OF GRAPHIC PROCESSORS
- DISTRIBUTED PROGRAM PLATFORM FOR PROTOTYPING OF INTELLECTUAL SYSTEMS FOR CONTROL OVER COMPLEX DYNAMIC OBJECTS
- PECULIARITIES OF LONG-TERM EXECUTION PROGRAMS FLOWS IN THE FRAMES OF iPSE CONCEPT
- ON FAMILY OF MULTIPLE SCANS BASED ON PEANO CURVES CONSTRUCTION FOR GLOBAL OPTIMIZATION TASKS PARALLEL SOLVING
- ENSEMBLE FORECASTS OF THE EXTREME HYDROMETEOROLOGICAL PHENOMENA IN DISTRIBUTED ENVIRONMENT CLAVIRE