Sentence examples for realisation of information from inspiring English sources

When reading becomes silent, however, the role and realisation of information structure becomes unclear.

The realisation of information structure differs in the different modes of speaking and reading as a result of the different physiological processes involved.

The next section examines the function and realisation of Information structure within Systemic Functional Linguistics (SFL), contrasting it with the systems of Reference and Theme, and culminating in a model of how the three systems contribute to written text.

To investigate the differences between the realisation of Information structure in written and spoken modes of English, this section will first examine key aspects of the historical development of the written form and then examine how this has changed the neurophysiological processes involved in reading, resulting in the modern practice of reading as an individual, silent activity.

Through an investigation of the history of written English, it seems that the introduction of spaces into Latin and later vernaculars allowed written English to be read silently far more easily and extensively (Saenger, 1997), releasing the normal realisation of information structure, intonation, from the physiological constraints of the respiratory system.

This releases text that is written-to- be-read from the same physical constraints as spoken text and text that is written-to-be-spoken, and so the realisation of information structure in written text does not need to match its realisation in spoken text.

The parallels between spoken and written modes need not end there, though, as the role and realisation of New information in written English also need to be identified.

It seems unlikely that this important function has no equivalent in written English which retains the functions of Reference and Theme using the same grammatical realisations, but written English has not evolved a system to realise intonation and so it requires a different realisation for information structure.

With the increasing realisation of the importance of information and elicitation of knowledge, the need for improved methods of extraction and abstraction of information and knowledge has gained equal attention.

Further, the WebGIS GMO monitoring supplements PortalU which, in Germany, is the technical realisation of the Infrastructure for Spatial Information in Europe directive (Directive 2007/2/EC) released by the EU in 2007.

The variations of the emission rate with position are displayed for different dipole orientations and the implications of the results for the possibility of using this physical environment for the realisation of scalable architectures for quantum information processing are pointed out.