@article {IOPORT.01225802,
    author       = {Naumkin, I.E. and Chelaznov, A.A. and Shkuropatskij, D.A. and Chubarov, L.B. and Shokin, Yu.I.},
    title        = {The general concept and the implementation principles of an interactive graphic environment for calculating the parameters of complex power grids.},
    year         = {1998},
    journal      = {Vychislitel'nye Tekhnologii},
    volume       = {3},
    number       = {3},
    issn         = {1560-7534},
    pages        = {35-47},
    publisher    = {Institut Vychislitel'nykh Tekhnologij, Sibirskogo Otdeleniya, Rossijskoj Akademii Nauk, Novosibirsk},
    abstract     = {Summary: The transition to the up-to-date computer technologies in power industry enhances the importance of creating a general information and control system for emergency situations (GICS ES) for power stations. The GICS ES must include an extensive data base, an on-line recommendation system providing optimization of the response to an emergency situation (ES), and a multi-level complex analysis of various breakdowns of technological systems and showing the possible scenarios of ES and breakdowns. While the breakdown simulation can be a~particular problem of a specific technological system, the ES modeling is an inter-industry problem which is to be solved taking into account the general regulations of the software development in each industry. The application software VMAES presented in the paper offers a~complete set of facilities for studying the transition problems in power grids. The well-developed program interface facilitates the settings of the solution of the problem. The VMAES system may be regarded as one of necessary components of the GICS ES at power stations.},
    identifier   = {01225802},
}