In this paper we present a novel adaptive multi-scale system for performing visual place recognition.
Only after a spatially explicit multi-scale system analysis and explorative landscape process modeling is completed, relevant agronomic landscape experiments can be designed.
Our proposed Bayesian approach is flexible in allowing a general model for distributions of failure times of a multi-scale system and its components.
The multi-scale system consists of flexible silicon dioxide platforms, supported by a single silicon pillar, coated with ∼200 nm in diameter and ∼4 μm tall polymeric organorods.
In this work, cleanroom-based processing techniques have been used for fabrication and characterization of nanostructures for inclusion in a multi-scale system mimicking the natural adhesive.
Land use changes and landscape processes are interrelated and influenced by multiple bio-physical and socio-economic driving factors, resulting in a complex, multi-scale system.
This type of emergence is not predictable, even in principle, because it describes the appearance of a completely new system in a multi-level or multi-scale system with many levels.
Beyond just providing illustrative metaphors, network science offers a theoretical framework for approaching brain structure and function as a multi-scale system composed of networks of neurons, circuits, nuclei, cortical areas, and systems of areas.
VicAddress (Vertically integrated computer aided design for device processes) developed in our laboratory has a threefold frame, including two-dimensional (2D) plasma structure, particle sheath kinetics, and particle-wafer interaction, in the multi-scale system of the plasma process.
For this shortcoming, we present a parametric Bayesian method that enables engineers to assess indirectly the reliability and the quality of a component with either a micro-structure or a nano-structure using experimental data on failure time of the multi-scale system.
Our study marks a pivotal point for multi-scale system understanding in vertebrate development.
