Sentence examples for build individually from inspiring English sources

If one is able to build individually self-tuning components, the composition of these building blocks into higher-level e-services with service-quality guarantees seems feasible only with sufficiently simple component interfaces and radical minimization of cross talk.

"In our case everyone has their own small workflow, their own small decentralized app that we can build individually — and that are connected through a blockchain layer bringing all of them together, so I think it's a much more efficient way to program applications".

And the predictive models on the thermoelectric performance under two operating temperature conditions are built, individually.

Therefore, pressure drop could be built individually combining viscous drop and elastic drop, which allows establishing a constitutive model of viscous-elastic fluid in porous media that considered the polymer's flow characteristics and the porous media's features.

The parameters for construction were the following: Hamada indices that respond to topology (armchair, zigzag or chiral nanotubes) and diameter, the saturated or unsaturated nature of the nanotube, the length and, most importantly, the presence of defects that can be built individually or repetitively by rotating bonds, removing atoms, or adding additional carbon atoms.

Integration of MLST, AFLP and MLEE-based phylogenetic information into a common supertree was possible by taking advantage of the matrix representation by parsimony (MRP) technique (20 22), which consists in merging trees that can be built individually from heterogeneous data.

Or as Natasha says: "Working together, we can share knowledge and skills, to build capacity individually and together".

"Why destroy the wisdom we build up individually and communally every generation if it's not necessary?" he prodded reporters, fellow scientists and potential donors.

Many of these benefits will be achieved through the unique identification of individual things, together with search and discovery services, enabling each thing to interact individually, and so build its individual life history, a record of its activities and interactions over time.

Random forest models were built to individually evaluate the impairment risk of diatom assemblages for six chemical and five hydromorphological or land-use related pressure categories.

In previous work, we proposed a multi metamodelling approach that captures the complexity of these systems by using a metamodelling hierarchy, built from individually defined metamodels, each capturing different aspects of a healthcare domain, namely, user access modelling, health process modelling, process monitoring, user interface modelling and modelling of the data sources.