The phrase "area optimal" is not standard in written English and may cause confusion.
It could be used in contexts discussing optimization within a specific area or field, but it is better to clarify the meaning.
Example: "The design of the park was area optimal, ensuring maximum use of space for recreational activities."
Alternatives: "regionally optimal" or "locationally optimal".
Even though our model is basically designed for power optimization, we are also able to obtain area optimal results from it.
For beams with a linear relationship between the cross-sectional moment of inertia and area optimal shapes of analytical form are derived.
Then, using the data obtained from an actual industrial area, optimal values are determined for exiting DVRs in an IDVR structure in the case of a 24-time interval variation of feeders load.
The Mt. Alpi region in the southern Apennines has a heterogeneous distribution of elevated topography, erosionally-resistant lithology and uplift, making the area optimal for conducting topographic and river analyses to better understand the landscape development of a transient orogen.
The differences can be relatively large even within a small geographical area: optimal temperature based on thermal comfort ranges from 14°C in central Europe to 25°C in southern Spain (Ballester et al. 2011).
To remove these limitations, OTS needs an embedded multi-area optimal power flow (MA-OPF).
Research areas: Optimal control, power electronics, motor drives, electrified transportation, renewable energy, smart grid.
Augmented Lagrangian based decomposition [14, 15, 16, 17, 18] is the extended method of Lagrangian relaxation and used widely in multi-area optimal power flow (OPF).
For this reason, we classified our study area in two landscape element classes: 'natural vegetation' (noncultivated semi-natural areas optimal for the species) and 'agricultural land' (mostly cultivated areas and, in a much lesser extent, lagoons, reservoirs, villages and other developed areas unsuitable for the species).
This paper describes a methodology for area-optimal combinational technology mapping, specifically designed for such FPGA architectures.
The tool estimates the available domestic water heating loads in a controlled area, determines optimal switching programs and presents results to the user in a graphical form.
