The design parameters of the novel heat exchanger design were optimized with multi-scale approaches.
Our findings suggest that landscape structure, vegetation composition and distance to roads are all important factors influencing roe deer distribution, highlighting the importance of multi-scale approaches.
Since multi-scale approaches however have proven successful in other applications, we aim to utilize the within-tree-crown distribution of within-footprint signal characteristics as additional features.
Döbrich et al. (2016) paid attention to a micro-scale character of a reinforcing textile in their study of a meso-scale RUC; this is not common due to higher computational efforts compared with multi-scale approaches.
Because these processes act at different spatial scales, multi-scale approaches are required not only to detect the patterns of soil distribution but also to develop generic and high-resolution prediction models for the characterisation of large areas.
In existing multi-scale approaches, where the individual representations are stored independently from each other, there is a high risk of creating inconsistencies, in particular in the highly dynamic collaborative planning context.
Without computationally expensive multi-scale approaches [6], this cannot be avoided and imparts a practical consideration that the magnitude of any low-frequency scan distortion should not be larger than one half-unit cell within the size of the smoothing kernel range.
Therefore, in the last years considerable effort has been put forward to combine different methods in so called multi-scale approaches to treat chemical reactions in large systems and in the development of methods, which allow to simulate processes on long time scales.
The application of similar multi-scale approaches in other sites and for other non-timber forest products would provide important information to evaluate their long term conservation, subsidize the development of management plans and help to guarantee the livelihoods of traditional communities.
In particular, multi-scale approaches are developments promising to drive the study of molecular interaction networks further.
Multi-scale approaches are designed to bridge spatial and temporal scales by merging models with different resolution.
