Sentence examples for development of diagram from inspiring English sources

We then explained the trade-off between expressive power and visual clarity of diagrammatic systems, by examining the historical development of diagram systems from Euler and Venn, through Peirce's work, to recent work by Shin and Hammer.

The peculiar representational use of spatial relations in the case of diagrams is direct and intuitive, as seen in the development of Euler Diagrams above, but also has its perils as we shall discuss.

Each completed diagram was digitally scanned and key components/relationships were tabulated to facilitate development of summary diagrams for each region and clinical area.

Two other omissions are the development of logic diagrams (Euler, Venn, Pierce and Shin) and the nature and use of geometric diagrams in Euclid's Elements, both of which are well treated in the entry diagrams (Shin et al. 2013).

Causal diagrams represent integrated knowledge and seed tool for their future development and development of similar diagrams for other environmentally related diseases such as asthma or sterility.

Extensive modeling led to the development of sunflower diagrams, radial plots representing the variation of insolation on planar surfaces with orientation and inclination.

The development of these diagrams was almost exclusively undertaken as an experimental activity, involving the substantial use of microscopy, X-ray diffraction, and thermal analysis.

In our development of the diagrams, we made reflective notes about the challenges of producing such representations and the usually implicit choices that go into them so that we could draw some conclusions about the mapping process.

The development of interactive diagrams is challenged by the need to provide a summary of the evidences of the exposure-effect associations while accounting for the complexity of the biological and statistical relationships detected along the path leading to cancer development and diagnosis.

As an alternative, we have developed ChemReader – a machine-vision-based software program designed for the development of customized chemical diagram extraction tools in industry or academic laboratories.

Further development of the PIT diagram promises to contribute several new approaches to sustainable product and process design.