Sentence examples for diagram language from inspiring English sources

A generalized version of the constraint diagram language that overcomes the illustrated counter-intuitive features and limitations is proposed.

The constraint diagram language was designed to be used in conjunction with the unified modelling language (UML), primarily for placing formal constraints on software models.

The languages presented may serve as a reference of sorts, helping to clarify some of the underlying choices in block diagram language design, and in the process shedding light on the differences between, and limitations of, existing block diagram languages.

This chapter covers methods of describing a system using block diagrams, a clear and detailed block diagram "language," some examples of other block diagramming "dialects," and finally some methods for analyzing system behavior using block diagrams.

Block diagrams provide two major benefits to the control system engineer: They provide a clear and concise way of describing the behavior and structure of the system, and when the block diagram "language" is limited appropriately, they provide formal methods for analyzing system behavior.

The benchmark problems were taken from the International Probabilistic Planning Competition IPPC-20111), wereh were specified in RDDL (Relational Dynamic Influence Diagram Language) [24], a language to represent factored MDPs.

A block-diagram language is a typical example.

Ptolemy II has much more in common with Simulink, which is a graphical block-diagram language, originally developed for control system design.

Three notebooks of Edwin Francis Coffin Notes on the Hawikuh site include lists of the burials and objects from the burial sites, maps and diagrams, language translations, presumably for helping to communicate with Zuni workers, architectural notes, forms of burial, types of bones, plant remains, Manuscripts and notes on pottery, the Plaza Trench, Square Kiva, and the cities of Cibola.

This is achieved by a transformation between the two block-diagram languages.

The proposed method is based entirely on components available in the Ladder Diagram (LAD) language, and can be considered as an alternative to the Sequential Function Chart (SFC) diagrams.