Sentence examples for incomplete system from inspiring English sources

A city is a complex but incomplete system: in this mix lies the capacity of cities across histories and geographies to outlive far more powerful, but fully formalised, systems – from large corporations to national governments.

It is very much an incomplete system with the fiscal transfer mechanisms across the community flawed; the transparency of the European Central Bank inadequate; the differences between the fastest growing economies, such as Ireland, and the less flexible economies, such as Germany, exaggerated.

The final result of Wyclif's revolution is therefore an incomplete system of intensional logic, which he superimposes on the standard extensional system inherited from Aristotle.

In this case, the transmitters will encode assuming incomplete system knowledge and the receiver will decode assuming similarly reduced information about the system.

According to Azzouni, we know the Gödel sentence as long as we are able to embed the syntactically incomplete system (such as Peano arithmetic) in a stronger system in which the truth predicate for the original system occurs and in which the Gödel sentence is proved (Azzouni 1994, pp. 134 135; Azzouni 2006, p. 89, note 38, last paragraph, and pp. 161 162).

In this context, we tackle the following problem: given the formal specification of the (incomplete) system, say it p, already built, how to characterize collaborators of p to be selected, based on a given communication interface L, so that a given property φ is satisfied.

Incomplete systems were also defined for the case, common with trees, of incomplete datasets.

This work presents a formulation of reduced SEA models for incomplete systems defined by a set of effective loss factors.

Engineering systems are represented as either complete or incomplete systems of events and as compounds of various subsystems of events.

Our results support the strength of a complete system that incorporates attention, prediction and anticipation mechanisms compared to incomplete systems for real-world and complex tasks.

The event oriented analysis of technical objects is in general accomplished by representing them as complete or incomplete systems and subsystems of events.