"... In PAGE 11: ...lackbody fits as described in Section 3.3.2. The parameters from these simple fits are given in Table4 . The sources N1, N2 and N4 have similar properties to the SED for the southern globule: they peak in the far-IR, correspond to similar temperatures and radii, have aIR .... ..."

"... In PAGE 21: ... This distribution is strongly centrally peaked, and the predicted ux density observed in the smoothed maps is at the 5 limit of the observations (Table 2). Table5 summarizes the results for the six clusters. Column 2 gives the assumed electron temperature, column 3 the radius rW beyond which the gas escapes the cluster, and column 4 the limit on the total amount of ionized gas within rW, calculated from the 5 limit on the observed ux density within the smoothed synthesized beam (Table 2).... In PAGE 21: ... Since the light from old stellar populations is dominated by the red giant stars which are currently evolving and losing mass, the current global mass injection rate for a globular cluster can be estimated in a straightforward way from its global luminosity (Tayler and Wood 1975; Scott and Rose 1975). The estimated rates are given in column 6 of Table5 , and column 7 gives the expected gas content accumulated over 108 years, a rough estimate of the time between passage through... In PAGE 22: ... The timescale for the gas to be resident within rW can be estimated from W M(rW) 4 r2 W (rW) g (9) where (rW ) is the static gas density at rW and M(rW) is the mass within rW, and is not less than the sound crossing time. Column 8 of Table5 contains the value of W for each cluster and column 9 the total mass of gas expected to accumulate in the cluster in this time. For all observed clusters, this is considerably less than the observational limits in column 4 and is undetectable at current observational sensitivities.... ..."

"... In PAGE 28: ... This suggests that in our limited training time, the 19-layer system did not learn to utilize its three extra code units for the extraction of additional information (as compared to the 16-layer system) from the reference image. Interestingly, the binarity of the resulting code ( Table14 ) also increases up to 16 layers, then declines again slightly. In contrast to the normally observed negative correlation between throughput and binarity, the latter here appears to be indicative of the e ciency of information transfer through the trained system.... ..."

"... In PAGE 2: ... Just as a web crawler avoids over-burdening a web server by delaying between requests and issuing a limited number of requests in a particular time interval, a web-repository crawler may also limit daily requests to web repositories. The search engine APIs allow only a limited number of queries from distinct IP addresses or from certain keys which Warrick must adhere to ( Table2 ). Although IA does not publish a request limit, Warrick does not make more than 1000 requests per day per IP address, the same limit used by the Google API.... ..."

"... In PAGE 8: ... Again, we have taken the three most frequent adjectives occurring with topicalized infinite clause (5b), and with extraposed infinite clause (4), respectively. Table5 gives frequency figures for the construction adjective + verb + infinite clause (cf 4+5b).... ..."

"... In PAGE 2: ... The need for information intermediaries and brokers may also increase. Table2 . Classes of m-commerce services [2].... In PAGE 2: ...g. about traffic jams and changes in bus/flight timetables Product location and shopping Locating/ordering certain items from a mobile device Wireless re-engineering Improvement of business services which take place on the move Mobile auction or reverse auction Services for customers to buy or sell certain items Mobile entertainment services Video-on-demand and other services to a mobile user Mobile office Working from traffic jams, airport and conferences Mobile distance education Taking a class using streaming audio amp; video Wireless data center Information can be downloaded by mobile users/vendors Mobile music/music-on- demand Downloading and playing music using a mobile device The classes of mobile services described in Table2 can be further divided into two groups: user-oriented and provider-oriented. When the user is the one who controls the use of the service, it belongs to the former group, whereas when the provider sends advertisements etc.... In PAGE 2: ... Some services can be placed in both categories, however. As can be seen from the following text, most of the service classes described in Table2 belong to the first group (user- oriented), which includes mobile financial applications, mobile inventory management, product location and shopping, mobile auction or reverse auction, mobile entertainment services, mobile office services, mobile distance education and mobile music/music-on-demand. The provider-oriented group, on the other hand, includes mobile advertising and wireless re-engineering.... In PAGE 2: ... The provider-oriented group, on the other hand, includes mobile advertising and wireless re-engineering. In addition, two of the classes listed in Table2 , proactive service management and a wireless data center, can be placed in both groups. This is because the user can play as significant a role as the provider when these services are used.... In PAGE 3: ... There are also constraints on their input possibilities, CPU, memory, bandwidth and data transfer rate, they have a high latency and they are more costly to use than the WWW via a modem [3]. It is clear that mobile devices can be used best for limited purposes (see Table2 ), whereas they are not usually capable of performing advanced graphical transformations or content filtering operations, for instance [4]. Table 2.... ..."

"... In PAGE 6: ... Point 1 represents the stable eigendirection; the dotted lines show the path the object would take if it continued to move about that COR. 5 Examples for the Limiting Cases Table1 shows the results of analyzing the possible motions of a uniform disc and a ring under the two limiting cases. These results are graphically illustrated in Figure 5.... ..."

"... In PAGE 12: ... A study of the e ect of this parameter n0 in the CELAR-6 subinstance 2 can be visualized in Figure 5. Table1 shows results for the 5 CELAR-6 subinstances. The subinstances subproblem is reached (this parameter is indicated in the column limitedto).... ..."

"... In PAGE 9: ... To moderate the pattern count increase when preferred fill is used, we apply the limited preferred fill where we first fill a certain percentage of unspecified values of PPIs randomly and fill the remainder of unspecified values using preferred fill. We report the results of these experiments in Table5 for the case when up to 10% of the unspecified values are filled Table 4: WSA reductions with preferred fill and ATPG Preferred Fill Preferred Fill + ATPG 1st Capture 2nd Capture 1st Capture 2nd Capture Circuit Pat. Inc.... In PAGE 10: ...INTERNATIONAL TEST CONFERENCE 10 using random fill. The data in Table5 is arranged in a manner identical to that in Table 4. From Table 5 one can notice that using limited preferred fill only the test pattern counts increase, on average, by only 37.... In PAGE 10: ... The data in Table 5 is arranged in a manner identical to that in Table 4. From Table5 one can notice that using limited preferred fill only the test pattern counts increase, on average, by only 37.53% instead of 144.... In PAGE 10: ...educed to 47.78% from 64.29%. Similar reductions in the percentage reductions of peak as well as the percentage reductions of WSA during second capture cycle can be noted. From the second set of data in Table5 , one can also note that the percentage increase in pattern counts is moderated when limited preferred fill is used with modified ATPG procedure. These results show that a good tradeoff between power dissipation and test pattern count is achieved using limited preferred fill.... ..."

"... In PAGE 6: ... Point 1 represents the stable eigendirection; the dotted lines show the path the object would take if it continued to move about that COR. 5 Examples for the Limiting Cases Table1 shows the results of analyzing the possible motions of a uniform disc and a ring under the two limiting cases. These results are graphically illustrated in Figure 5.... ..."