Sentence examples for higher level system from inspiring English sources

Causal relationships quantify higher level system attributes as functions of lower level subsystem attributes.

Surrogate models are more easily integrated into higher level system models than the detailed physics-based models.

Two types of interactions amongst multi-level models are considered: (1) Type-I, where the output of a lower-level model (component and/or subsystem) becomes an input to a higher level system model, and (2) Type-II, where parameters of the system model are inferred using lower-level models and tests (that describe simplified components and/or isolated physics).

However, this index depends on another one, which comes from a higher level system, the availability of the network; in this example, the recovery time (an availability parameter) defined the boot image load time (a performance parameter).

Notably, this conceptualization posits not only that units at a lower level establish a higher level system (e.g., cells establish a biological organism) but also that the higher level system produces and re-produces the units at the lower level (the biological organism produces the cells it consists of).

The course is designed to step through different forms of biological intelligence, starting with simple systems and eventually reaching the neural systems and how some of the primitive forms of computation are harnessed in higher level systems.

KDDML (KDD Markup Language) is a middleware language and system designed to support the development of final applications or higher level systems which deploy a mixture of data access, data preprocessing, extraction and deployment of data mining models.

The management of higher level systems, whether common grazing lands, coastal fisheries resources, communal forests, national parks, polders, or watersheds, requires social organization comprising the key stakeholders.

From a holistic perspective, the mechanistic understanding of single molecular machines does, however, not allow for a complete understanding of higher level systems.

Boulding conceptualized systems' interrelationships by stating that "all lower level systems are embedded in systems of a higher order [and become their sub-systems]...but higher level systems have unique characteristics".

This complicates the validation of high level system requirements during detailed design.