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The application of resistance design to subscriber loops begins with three basic steps: (1) determination of the resistance design boundary, (2) determination of the design loop, and (3) selection of the cable gauge(s) to meet design objectives The resistance design boundary is applied in medium and high subscriber density areas LRD procedures are applied in areas of sparser density (eg, rural areas) The design loop length is based on local and forecast service requirements The planned ultimate longest loop length for the project under consideration is the design loop, and the theoretical design and gauge(s) selection are based on it The theoretical design is used to determine the wire gauge or combinations of gauges for any loop If more than one gauge is required, Ref.

6 states that the most economical approach, neglecting existing plant, is the use of the two nest consecutive standard gauges that meet a particular switch design limit The smaller of the two gauges is usually placed outward from the serving switch because it usually has a larger cross section of pairs Since the design loop length has been determined, the resistance per kft (or km) for each gauge may be determined from Tables 51, 52, and 54 The theoretical design can now be calculated from the solution of two simultaneous equations The following example was taken from Ref 6 Suppose we wished to design a 32-kft loop with a maximum loop resistance of 1300 Q If we were to use 24-gauge copper pair, Table 51 shows that we exceed the 1300-Q limit; if we use 22 gauge, we are under the limit by some amount.

Therefore, what combination of the two gauges in series would just give us 1300 Q The loop requires ve H66 load coils, each of which has a 9-Q resistance It should be noted that the 1300-Q limit value does not include the resistance of the telephone subset Let X the kilofeet value of the length of the 24-gauge pair and Y the kilofeet value of the length of the 22-gauge pair Now we can write the rst equation: X+Y.

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As already described, there are very often more than four satellites available in the sky for positioning purposes The main idea of RAIM is to conduct independent position computations with various sets of chosen satellites The need for at least one supplementary satellite is obvious, and the actual availability of more than ve allows the erroneous signal, if any, to be de ned in addition to the detection of the problem The basic mechanism consists of computing six positions (in the case of ve satellites), the rst one with all ve satellites (using the least-square method for instance), and the ve others considering the possible ve sets of four satellites Then, comparisons are carried out between the various positions found and an analysis of the dispersion leads to the detection of problems relative to one satellite, if any.

The Union of Estonian Psychologists was founded. The rst European Congress of Psychology, sponsored by the European Federation of Professional Psychology Associations, took place in Budapest, Hungary.

is to say, recognizing and pursuing positive sensations and emotions, on the one hand, and recognizing and eschewing negative sensations and emotions, on the other Although there are many philosophical and metapsychological issues associated with the nature of pain and pleasure as constructs, it is neither our intent nor our task to inquire into them here That they recur as a polar dimension time and again in diverse psychological domains (eg, learned behaviors, unconscious processes, emotion, and motivation, as well as their biological substrates) has been elaborated in another publication (Millon, 1990) In this next section, I examine their role as constructs for articulating attributes that may usefully de ne personality Before we proceed, let us note that a balance must be struck between the two extremes that comprise each polarity; a measure of integration among the evolutionary polarities is an index of normality.

Normal personality functioning, however, does not require equidistance between polar extremes Balanced but unequal positions emerge as a function of temperamental dispositions, which, in their turn, are modi ed by the wider ecosystems within which individuals develop and function In other words, there is no absolute or singular form of normal personality Various polar positions and the personality attributes they subserve result in diverse styles of normality, just as severe or marked imbalances between the polarities manifest themselves in diverse styles of abnormality (Millon & Davis, 1996) Moreover, given the diverse and changing ecological milieus that humans face in our complex modern environment, there is reason to expect that most persons will develop multiple adaptive styles, sometimes more active, sometimes less so, occasionally focused on self, occasionally on others, at times oriented to pleasure, at times oriented to the avoidance of pain.