Journal
Scientific and technical journal of information technologies, mechanics and optics
UDK004.021
Issue:9 (54)
Download PDF0 Kbyte
HIGH-PERFORMANCE SOFTWARE FOR NANO-DIMENSIONAL ATOM-MOLECULE SYSTEMS MODELING
Annotation
Approach for building of next-generation high-performance software aimed at nanostructure and nanocomplex modeling within the bounds of iPSE concept is proposed. Proof of high-level architecture of this software is given; structure and purposes of main problem-oriented services are defined; issues of human-computer interaction organization, data- and knowledge management, results visualization are considered.
Keywords
Постоянный URL
Articles in current issue
- CONCEPTION AND METHODOLOGICAL BASIS FOR INTELLIGENT GRID SYSTEMS BUILDING
- HIGH-PERFORMANCE GRID-APPLICATIONS DEVELOPMENT ENVIRONMENT. PART I: PRINCIPLES
- HIGH-PERFORMANCE GRID-APPLICATIONS DEVELOPMENT ENVIRONMENT. PART II: ARCHITECTURE, IMPLEMENTATION AND APPLICATION
- HIGH-PERFORMANCE GRID-APPLICATIONS DEVELOPMENT ENVIRONMENT. PART III: KNOWLEDGE ACQUISITION AND FORMALIZATION
- HIGH-PERFORMANCE SOFTWARE FOR HYDROMETEOROLOGICAL EXTREME EVENTS SIMULATION. PART I: PROBLEM STATEMENT, MODELS, METHODS AND PARALLEL ALGORITHMS
- HIGH-PERFORMANCE SOFTWARE FOR HYDROMETEOROLOGICAL EXTREME EVENTS SIMULATION. PART II: SOFTWARE ARCHITECTURE DESIGN AND ASSESSMENT
- HIGH-PERFORMANCE SOFTWARE FOR METOCEAN EXTREME EVENTS SIMULATION. PART III: CALCULATION RESULTS INTERPRETATION AND APPLICATION
- INSTRUMENTAL ENVIRONMENT FOR MASS MOBILE NEW-AGE ONLINE-SERVICES. PART 1. OPERATING PRINCIPLE, SOFTWARE ARCHITECTURE
- INSTRUMENTAL ENVIRONMENT FOR MASS MOBILE NEW-AGE ONLINE-SERVICES. PART 2. NFC TECHNOLOGY
- INSTRUMENTAL ENVIRONMENT FOR MASS MOBILE NEW-AGE ONLINE-SERVICES. PART 2. NFC TECHNOLOGY
- IDENTIFICATION OF PARAMETRIC BOUND MODELS OF COMPLEX SYSTEMS
- PARALLEL SIMULATION OF ASYNCHRONOUS CELLULAR AUTOMATA EVOLUTION
- ARCHITECTURE OF SERVICE-ORIENTED DISTRIBUTED COMPUTED SYSTEM AND ITS REALIZATION ON THE BASE OF FRAMEWORK OSGI
- COMPARATIVE STUDY OF TABU-MACHINE AND HOPFIELD NEURAL NETWORKS APPLICATION TO SOLVE DISCRETE OPTIMIZATION PROBLEMS FROM DISTRIBUTED DATABASES DOMAIN
- DEDICATED NUMERATOR FOR RADAR SIGNAL PROCESSING
- TECHNOLOGY OF VIRTUAL TEST DESKS CONSTRUCTING IN DISTRIBUTED COMPUTING ENVIRONMENT
- PARALLEL SOFTWARE DEVELOPMENT IN PARJAVA
- EFFECTIVE UTILIZATION OF COMPUTATIONAL RESOURCES FOR BERMUDA OPTIONS RATIONAL PRICES ESTIMATION
- SIMULATION INVIRONMENT FOR PERCOLATING PROBLEMS
- SOFT DEVELOPMENT OF COMPETITIVE MARKET MODELING FOR COMPUTATIONAL CLUSTERS
- SIMULATION OF LARGE-SCALE VORTEX STRUCURES ON PARALLEL COMPUTERS
- LOCALLY-REFINED RECTANGULAR MESHES
- INTERPRETATION AS RESEARCH METHOD FOR DYNAMICAL PROPERTIES OF PARALLEL PROGRAM ON INSTRUMENTAL COMPUTER
- SIMULATION OF RESILIENT WAVE PROPAGATION THROUGH ENVIRONMENT OF MUD VOLCANO
- PARALLEL COMPUTING WITH «CELL» MICROPROCESSORS
- STOCHASTIC SIMULATION OF COMPLEX NETWORKS
- METROLOGICAL SUPPLY FOR DISTRIBUTED COMPUTATION AND SYSTEMS
- GRAPHIC ACCELERATORS IN SUPERCOMPUTER MVS-EXPRESS FOR AEROGASDYNAMICS TASKS
- MAIN MEMORY SPEED ANALYSIS AND PC PERFORMANCE MODELING