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Word-processing languages

In a similar manner to the program for optimization of a packed column, the program written in table (2) is in a very simple form that can be translated easily to the basic language used by other computers. The output will be sent directly to the monitor screen in the output window. However, by replacing the PRINT statements by LPRINT statements the output will be sent to a printer. If the clipboard is defined a file, and the result print, statements are replaced by write statements, then the results can be sent to the clipboard and pasted into word processing text. An example of an output from the program Is shown in Table (3),... [Pg.232]

LDG qualitatively tries to find cause and effect relationships between process deviations generated by HAZOP guide words. LDG HAZOP is a web-based multiclient expert system for HAZOP developed in Java language [4]. The main subunits connected to the user interface are the DOC and LDG modules. The DOC module is mainly used for the word processing unit. DOC modules consist of (1) result/report generation subsystems, (2) a document management subsystem, and (3) a hint generator. [Pg.247]

Practices are descriptions of behaviors that operationally define each value statement. The best practices for your organization will describe behavior directly pertinent to the success of your safety process. In addition, they should be worded in language that is meaningful to the people who will see them. [Pg.276]

A process language is a stochastic language that is subword closed all subwords of a word are in the language. [Pg.216]

Said most prosaically, we view quantum generators as representations of the word distributions of quantmn process languages. Despite similarities, this is a rather different emphasis than that used before. The first mention of quantum automata as an empirical description of physical properties was made by Albert in 1983 [13]. Albert s results were subsequently criticized by Peres for using an inadequate notion of measurement [14]. In a computation-theoretic context,... [Pg.216]

The process language generated by this QFG is the so-called Golden-Mean Process language [1]. The word distribution is shown in Fig. 2. It is characterized... [Pg.217]

Fig. 2. Golden Mean process language Word 00 has zero probability aU others have nonzero probability. The logarithm base 2 of the word probabilities is plotted versus the binary string, represented as base-2 real number O.s . To allow word probabihties to be compared at different lengths, the distribution is normalized on [0,1]—that is, the probabilities are calculated as densities. Fig. 2. Golden Mean process language Word 00 has zero probability aU others have nonzero probability. The logarithm base 2 of the word probabilities is plotted versus the binary string, represented as base-2 real number O.s . To allow word probabihties to be compared at different lengths, the distribution is normalized on [0,1]—that is, the probabilities are calculated as densities.
Fig. 4. Even Process language Words 01 0, fc = 1, 2, 3,... have zero probability all others have nonzero probability... Fig. 4. Even Process language Words 01 0, fc = 1, 2, 3,... have zero probability all others have nonzero probability...
Representation of chemical structure diagrams within word-processed text, perhaps in association with the Standard Generalised Markup Language (SGML). [Pg.187]

Many of Bruce s comments reveal a grammarian s annoyance at poorly worded language. Bruce faults the document s lack of parallelism and criticizes other errors that he believes were introduced capriciously or as the result of word-processing errors."" He complains that this kind of error is difficult to understand since the proper wording is contained on a flexible disk for the word processing units. ... [Pg.44]

As was said in the introduction (Section 2.1), chemical structures are the universal and the most natural language of chemists, but not for computers. Computers woi k with bits packed into words or bytes, and they perceive neither atoms noi bonds. On the other hand, human beings do not cope with bits very well. Instead of thinking in terms of 0 and 1, chemists try to build models of the world of molecules. The models ai e conceptually quite simple 2D plots of molecular sti uctures or projections of 3D structures onto a plane. The problem is how to transfer these models to computers and how to make computers understand them. This communication must somehow be handled by widely understood input and output processes. The chemists way of thinking about structures must be translated into computers internal, machine representation through one or more intermediate steps or representations (sec figure 2-23, The input/output processes defined... [Pg.42]

Our word vitamin was coined m 1912 m the belief that the substances present m the diet that prevented scurvy pellagra beriberi rickets and other diseases were vital amines In many cases that belief was confirmed certain vitamins did prove to be amines In many other cases however vitamins were not amines Nevertheless the name vitamin entered our language and stands as a reminder that early chemists recognized the crucial place occupied by amines m biological processes... [Pg.913]

Given an automaton M that starts in state CTi, and any finite string s A, a, s) will represent the final output state that J<4 will enter after having processed s, one symbol at a time, from left to right. J<4 is said to accept the word s if ai,s) E the word s is rejected if and only if it is not accepted. Finally, we may define the language C JA) accepted by M as the set of all words s A that are accepted by Ad. A language C is called regular if there is a finite automaton Ad that accepts it. [Pg.39]


See other pages where Word-processing languages is mentioned: [Pg.314]    [Pg.112]    [Pg.156]    [Pg.221]    [Pg.112]    [Pg.347]    [Pg.555]    [Pg.68]    [Pg.2552]    [Pg.314]    [Pg.63]    [Pg.335]    [Pg.122]    [Pg.931]    [Pg.2454]    [Pg.31]    [Pg.31]    [Pg.277]    [Pg.4]    [Pg.584]    [Pg.63]    [Pg.217]    [Pg.221]    [Pg.17]    [Pg.85]    [Pg.328]    [Pg.61]    [Pg.238]    [Pg.291]   
See also in sourсe #XX -- [ Pg.556 ]




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Word processing

Words

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