In this paper, we investigate the problem of optimal control of complex multistage chemical
reactions, which is considered a nonlinear global constrained optimization problem. This …

This paper deals with a problem of optimal control of complex multi-stage chemical reactions
which often impose complicated restrictions on control variables, such as temperature or …

Loosely coupled computing systems is an emerging class of parallel computing systems.
They are capable of solving large computationally expensive problems at a relatively low …

This research work treats the subjects of simulation, automatic design and metrology of
freeform imaging optical systems. Starting from an example of freeform unobscured space …

This paper deals with a problem of optimal control of complex chemical reactions. Such multi
stage reactions often impose complicated restrictions on control variables, for instance, the …

This paper studies the gains and losses of parallelization of evolutionary algorithms. It is
known that the computing system's parallel architecture should be taken into account to …

This paper deals with a problem of optimal control of multi-stage chemical reactions which
often is considered as a non-linear global optimization task. One of the distinct features of …

Since the incorporation of scientific approach in tackling problems of optical instrumentation,
analysis and design of optical systems constitute a core area of optical engineering. A large …

This paper studies distinct features between optimization of conventional and freeform
optical systems. Freeform optical systems include lens or mirror surfaces with shapes that …

Freeform optical systems include lens or mirror surfaces with shapes that have no axis of
revolution in order to reach better performance in off-axis designs such as Head-Mounted …