Specifically, the most prominent solutions are compared focusing on data models, querying, scaling, and security related capabilities.
Results obtained with experiments and simulations are compared, focusing on the mean and slow-drift motions and forces.
For that purpose, simulated and observed streamflows are compared focusing on four hydrological signatures: daily runoff, daily regime, flood and low flow.
Subsequently, both low-swing driver schemes are analysed and compared focusing on their power consumption and performance characteristics, which are the main issues in present day IC design.
For each IDS, the architecture and the related functionality are briefly introduced, discussed, and compared, focusing on both the operational strengths and weakness.
Several fusion power plant designs (SEAFP Models 1 6) were compared focusing on part of the plant's life cycle: environmental impact of recycling the materials.
The performances of the monostable PEH connected to these interface circuits are then analyzed and compared, focusing on the influences of the varying load, excitation and electromechanical coupling strength on the nonlinear dynamics, bandwidth and harvested power.
Open profiling and targeted approaches to metabolomics are compared, focusing on high resolution NMR spectroscopy and mass spectrometry, as well as discussing how to analyse the large amounts of data generated using multivariate statistics.
Specific experimental designs for fear conditioning in fMRI and PET were compared, focusing on the impact of critical experimental variables, such as timing parameters, the contingency rate, or characteristics of the stimuli, on neuroimaging results.
Proteins from human adult and foetal fibroblast cell lines were compared, focusing on those involved in wound healing.
