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(negativistic features) Relishes menacing and brutalizing others, forcing them to cower and submit; verbally cutting and scathing, accusatory and destructive; intentially surly, abusive, inhumane, unmerciful.
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6.) In all of these replications the rst-stage estimation results in a Hessian that is not positive de nite. In these circumstances the program uses specialized methods to nd a close Hessian that is invertible. The program attempts a number of methods in sequence and exits on execution of the rst successful method. As new versions of the program have been developed, new techniques have been devised to handle situations when the Hessian is not positive de nite. The sequence of methods applied when the default method fails has also changed. In early versions of the program, such as the one used by Burden and Kimball, the rst specialized method that the program will attempt is documented as a wide-step procedure or quadratic approximation with falloff (King 1998, p. 10). In later versions of EI, the program attempts a generalized inverse Cholesky alternative proposed by Gill and King (see 6). A summary of the results are presented in Table 7.3. There is ample evidence that Tam Cho and Gaines were correct in their suspicions: Replication of Burden and Kimball is indeed dependent on the version and option settings of EI. The range of rst- and second-stage beta parameters do not overlap between EI v1.0 and v1.63 using their default settings. It is possible to tease out what has changed between the two versions by changing the option settings for cdfbvn and the method of inverting the Hessian. Changing the defaults alters the rstand second-stage estimates outside the range of simulation variance. For example, using EI (v1.63) default settings, the range of b across the 25 replications is [0.9304 0.9314], whereas when using EI v1.63 set at the original (v1.0) method of inverting the Hessian, b is [0.8984 0.9158]. The range of the second-stage estimates does not overlap for either Dukakis or Bush splitters. EI v1.63 estimates come closest to agreeing with EI v1.0 estimates when cdfbvn option is set to the v1.0 setting. The value of the log-likelihood is also different depending on whether cdfbvn option is set to v1.0 or v1.63, suggesting that the shape of the likelihood function is dependent on the cumulative bivariate normal distribution algorithm. It is also observed that the cdfbvn option setting interacts strangely with the Hessian option setting. When both are set to either v1.0 or v1.63, the range of the simulation variance narrows to uctuations at the third signi cant digit. When the options are mismatched across versions, uctuations are greater and occur at the second signi cant digit. 7.4.3 Platform Dependence Burden and Kimball performed their original research using EzI v1.21. Unfortunately, EzI v1.21 is no longer available, even from the author, so here EzI v2.3 is used in platform dependence analysis. EzI uses a Windows interface that cannot be automated, so the analysis performs only 5 EzI replications, compared to the 25 EI replications in Section 7.4.2. When EzI is run on Windows, the results are within simulation variance of Burden s and Kimball s original results. However, when we run a purportedly identical analysis using a corresponding version of EI on Linux, using the
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under these circumstances, the initial circumferential perspective absorbed in partial, peripheral, apparently trivial activities running errands, delivering messages, apparently trivial activities takes on a new signi cance: it provides a rst approximation to an armature of the structure of the community of practice.
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and even loss of service for some time if the user moves outside the coverage area of the network. Furthermore, many devices that use GPRS for communication have limited abilities such as small screens and relatively low processing power when compared to notebooks or desktop PCs. Therefore, a number of applications for which the fixed-line Internet is widely used have been adapted for mobile environments. Web browsing is certainly the most popular Internet application. It benefits from a fast connection and depends on the reliability of the bearer especially if web pages are big and thus take some time to be transferred during which no transfer interruptions should occur. Modern web browsers are also designed to make use of big displays and processing power of notebooks or desktop workstations. EGPRS offers sufficient bandwidth today to allow the use of web browsers running on such equipment. If the user, however, wants to access information with his mobile phone a different approach is necessary to adapt to the limited capabilities of the handset. For this reason, the wireless application protocol (WAP) standard was created by the Wapforum which was later consolidated into the Open Mobile Alliance (OMA) forum. Basically, the standard adopts the concepts of hypertext transfer protocol (HTTP) and hypertext markup language (HTML) and adapts them for the use in a mobile environment. iMode is a rivaling standard to WAP, initially designed by NTT DoCoMo in Japan. Since its creation it has also spread to other countries, but WAP remains the most widely used protocol for mobile devices outside of Japan. Several different versions of the WAP standard exist today and are used in operational networks. WAP 1.1 was designed for web browsing in very constrained environments. Special attention was given to the following limitations: Very limited bandwidth of the connection, which has an impact on the speed a page can be downloaded. Very limited processing power of the mobile device, which has an impact on how quickly pages can be rendered on the screen. Reliability of the connection. Pages should be loaded as quickly as possible to reduce the effects of transmission interruptions and lost network coverage on the user experience. HTML and its successor XHTML are used today to describe how web pages are to be rendered in the browser. While the text and layout of a page are directly embedded in the document, pictures and other elements are usually referenced and have to be requested separately. As these languages are quite complex and offer many possibilities that cannot be used in mobile devices due to the small displays and limited processing capabilities, WAP defines its own page description language which is called the wireless markup language (WML). Therefore, using a WAP browser on a mobile device is sometimes also called WAP browsing. Figure 2.35 shows a simple WML description to show a text on the display. While at first the WML source looks quite similar to HTML there are some differences apart from the limited functionality. The main difference is the use of so-called cards inside a single page. Inside the text of each card a link to other cards can be included so a user can navigate between the cards. The advantage of this approach is so download several cards that are related to each other in a single transaction rather than having to access the network every time the user clicks on a link. This is helpful to break down
smooth operating mode, but continuing to track key metrics is critical to ensuring success.
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