Examples of using Complex models in English and their translations into Russian
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Intensively to structure a geometry that allows complex models.
You can quickly create complex models with outstanding accuracy.
Expertise is needed to run and interpret complex models.
Expert meeting on"Tier 3" approaches, complex models or direct measurements, in GHG inventories.
Complex models might be needed to find right answers to certain policy questions.
Fertigatory have a lot of modifications, from the most simple andcompact to large and complex models.
Consequently, the need to build complex models separately for each administrative district of Moscow.
Complex models were recommended for validation of process studies at the catchment scale.
A report on the expert meeting on"Tier 3 approaches, complex models or direct measurements, in GHG inventories.
Complex models were also of value in identifying the key processes that needed to be incorporated into simpler models. .
Currently there is a tendency towards application of more complex models using active chemical and biological correlations.
Complex models were used for assessment in countries where both modelling expertise and data were abundant.
First is the regular castle, that means no amout of cartoon models, no big and complex models and no much print.
Some will involve complex models, others will be derived from less complicated approaches.
The development ofa variety of programming languages and software tools as a means to create complex models of decision-making.
These operations constitute unique and complex models of cooperation and partnerships between United Nations peacekeeping and other organizations.
A training on simple objects can absorb the potential for manipulation of these elements, facilitating learning to use, later,to apply them to more complex models.
AggreGate modelling engine enables companies to develop complex models of common industrial processes and homologated facilities, such as wells or pump stations.
Method of 3D print with photopolymers has become popular for two reasons: it provides high resolution andallows printing the most complex models with various physical properties.
Using data in complex models, we are able to digitize risks at early field development stages, even before drilling or approaching some other production task.
Critical loads for acidity were calculated using a mass-balance approach; more complex models have been applied more recently and these show lower values.
However while being used in civilian engineering, in particular city planning, through much of 20th century,it is now considered somewhat obsolete and replaced by more complex models.
The development of generally applicable complex models with lower data demands(i.e. more processes simulated internally) offered the potential for larger-scale application.
Exploration of the possibility for dynamic modelling of eutrophication, taking into account available data,e.g. for the Very Simple Dynamic model(VSD) and complex models, as described in Alterra/CCE 2007.
More complex models will be better able to adapt their shape to fit the data(for example, a fifth-order polynomial can exactly fit six points), but the additional parameters may not represent anything useful.
As in the case of multilayer neural networks of direct propagation, when designing the CNN architecture,increasing the number of layers and internal connections makes it possible to build more complex models that allow one to analyze more complex images.
Find a designer in Ukraine who could draw such technically complex models in a narrow-profile engineering program, because Eugene and Alexander mastered 3D modeling and made the models themselves.
The SBSTA noted the work undertaken by the IPCC relevant to the work programme referred to in paragraph 63 above, andwelcomed the plans of the IPCC to hold an expert meeting in August 2010 on"Tier 3 approaches, complex models or direct measurements, in GHG inventories.
Create complex models that solve in seconds on a laptop- answer noise and vibration questions interactively in"real time"; spend your time solving noise and vibration problems rather than differential equations.
Thanks to its high performance solver,PAM-RTM is a unique solution that can treat large and complex models using solid elements required to take into account the resin flow through the thickness of the part within industrial computation time.