firstly used in the developed technology, which provides for decrease in air scale and
improvement of surface quality for the customers. It is possible to manufacture rolled
products up to 6×1500 mm (steel grade S355MC) in accordance with EN 10149-2
using the existing equipment without exceeding the existing process constraints during
its operation and without upgrading. It is possible to further master the rolled products,
which are manufactured according to the TMCP technology.
The nineteenth section “THE CONCEPT OF SOFTWARE UPGRADE FOR
GOVERNMENT BODIES BASED ON THE DURATION OF SOFTWARE’S LIFE
CYCLE”. The study showed that, in the current context, the problem of timely software
upgrades is critical in providing the sufficient level of information security of the
critical infrastructure, which primary consists of government bodies and other public
institutions. Developed the concept of budgetary planning, key elements of which are
software life-cycle modeling and centralized procurement bidding. Implementation of
the proposed concept will help to make process of software upgrades more manageable
and predictable, as well as more efficient and reasonable use of budgetary funds. It
allows to reduce the software piracy and ensure an adequate level of efficiency and
security of the software in public sector.
The twentieth section “FIRE SAFETY IN THE WINE INDUSTRY”. The article
presents the results of studies of the risk of fires in wine-making companies. The issues
of fire safety provision for security organization of the territory, buildings and facilities,
technological processes, automation systems are consecrated. The information on
changes in the legislative base on fire safety is provided.
The
twenty-first
section
“ECOLOGICAL
MONITORING
AND
DETERMINATION OF PHOTOSYNTHESIS PARAMETERS IN EQUATIONS OF
WOODY PLANTS”. Based on the proposed structures of consortive protective
ecotone (CPE), there was developed a mathematical model of tree diameter growth
taking into account the effect of photosynthesis, which will allow predicting the index
of CPE condition. The CPE condition index is one of the important parameters of the
quality of the forest plantation functioning. The advantage of the nonuniform quality
scale is that it more accurately reflects the peculiarities of response to impact, the
disadvantage is that it closes the possibility of
adequate generalization of multiple
responses to different actions in a comprehensive assessment of the state.
Thus, before
the output of the status indicator function, the solution to the quality scale problem was
seen in the use of coded responces, in particular, on the basis of the desirability
function, and displaying the received coded values on a single uniform quality scale.
The parameters of photosynthesis have been determined; to do this, programmes were
developed based on the least-squares method and the Leuvenberg-Marquard
optimization method.
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