The phrase "analysis of systems of" is correct and usable in written English.
It can be used in contexts where you are discussing the examination or evaluation of various systems, often in fields like science, engineering, or social sciences.
Example: "The analysis of systems of governance reveals significant differences in efficiency and public satisfaction."
Alternatives: "examination of systems of" or "evaluation of systems of".
The major task of qualitative analysis of systems of ordinary differential equations is to recognize the global pattern of solution curves in the phase space.
This is attributed to the improvements in theory and computing infrastructure that enable the analysis of systems of unprecedented size and detail at an affordable computational expense.
During the 1950s and '60s such work reached its apex: the formal analysis of systems of classification on the basis of their different component distinctions within a semantic domain (or the building blocks of meaning in a given field), a process that became known as "componential analysis".
The analysis of systems of chemical reactions can be traced back to 1921 when Jouguet established the notion of independence of reactions and the invariants of a system of reactions [ 2].
At about the same time, compartment analysis and mathematical modeling of systems with feedback loops became possible, but the more complicated biological systems remained relatively intractable until methods for qualitative analysis of systems of coupled non-linear differential equations and chaotic systems became prevalent starting in the 1980s.
The analysis of the collective properties of systems of interacting agents, how ever, is a problern that occurs repeatedly in many disciplines.
This establishes a basis for the reliability analysis of systems consisting of components with fuzzy reliability.
Based on Interface Automata we propose a framework for compositional design and analysis of systems: a set of domain-specific automata-theoretic type systems for compositional system specification and analysis by behavioral specification of open systems.
Furthermore, the chapter gives examples of thermodynamic analysis of systems involving various forms of energy like light, fuels, biomass, nuclear, wind, geothermal, and hydro.
The example of statistical mechanics is but one of many that together build up a hierarchical structure of simplified models whose function is to make practicable the analysis of systems at various levels of complexity.
Newer conceptual models from outside healthcare are needed to advance the depth and rigour of analysis of systems and cognitive insights of causes of error.
