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downward to the right The negative slope of the line indicates that there is a negative association between cost and time; costs go up as duration is shortened Using CPM, we can determine the optimum project length, striking a balance between shortening jobs and not shortening them to minimize the direct and indirect costs A preliminary schedule with maximum time length and normal resources is generated This schedule is reduced by expediting one or more activities at an additional cost If these additional costs are less than the savings in indirect costs from expediting the project, then the activities should be expedited A new schedule is then generated and additional activities are expedited This continues while net savings are realized in total cost Improvements continue to be made using a stepwise method.

An ontology defines the common words and concepts (the meaning) used to describe and represent an area of knowledge. An ontology is an engineering product consisting of a specific vocabulary used to describe [a part of] reality, plus a set of explicit assumptions regarding the intended meaning of that vocabulary 1 in other words, the specification of a conceptualization.2

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Only activities along the critical path affect a project s length, and thus only these activities are considered for crashing The cost time slope for each activity along the critical path is examined, and the one with the smallest slope is selected because it can be shortened with the least expenditure Cost-benefit analysis is conducted to determine if net savings exist This process is repeated until either no activity on the critical path can be shortened or the cost of shortening would exceed the resultant savings from shortening the project duration Consider a basic project with four activities, as shown in Exhibit 198 The normal and crash duration times, as well as the cost to crash, is given in Exhibit 199 for each activity The activity s normal time represents the number of weeks needed to complete the activity at an efficient pace.

Reference radiation patterns for line- Reference radiation pattern for modelling of-sight radio-relay system antennas antenna performance to be used in the for use in coordination studies and absence of information about a interference assessment in the particular antenna frequency range from 1 to about 40 GHz Mathematical model of average radiation patterns for line-of-sight point-to-point radio-relay system antennas for use in certain coordination studies and interference assessment in the frequency range from 1 to about 40 GHz Reference radiation pattern for modelling PTP (point-to-point) antenna performance to be used in the absence of information about a particular antenna

The crash time represents the minimum time that results from the use of additional resources It is possible to have other times between the normal and crash durations However, reducing the project time beyond the crash duration is not possible The cost of crashing is the cost of the additional resources needed to shorten the activity completion time by.

Last, in Figure 9.6 we test and con rm that the catalog browse response times are well below the requirement maximum for the Saturday peak workload for that transaction.

Figure 5.8 Constellation plots of same receiver (a) with and (b) without AFC enabled. With AFC enabled, the EVM has improved by more than 4 dB, enabling operation and low PER at 54 Mbps.

CS 9,10

Generally, a client browser is used simply to submit small amounts of data via forms But the HTTP protocol does support file upload options (for PUT or POST), and browsers do have mechanisms that let a user select a local file for upload This example demonstrates a possible use for this upload capability It illustrates also file and directory manipulations, system calls, regular expression checking of data and other capabilities of PHP The imaginary application is an assignment submission system for a university subject that provides a first introduction to C++ The client s view is of a static HTML page that allows the uploading of a single cc file containing C++ code, along with a txt documentation file; this is illustrated in Figure 63 These files get uploaded to the server host where they are stored, initially, in a temporary directory.

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The PHP script performs basic checking of the uploaded data, moves the files into a directory created for the student, and completes processing tasks like compiling the submitted code and reporting any compilation errors to the student who submitted the files The uploading and processing of files is inherently dangerous; you really have no idea of the things that you may receive Applications like this should incorporate a substantial number of safety checks, or be limited so that they are only accessible on an intranet One problem that can arise is a form of denial of service attack You accept files; fine: your friendly local hacker repeatedly connects and submits the 600 Mbyte movie clip he downloaded from some other site, thereby slowly consuming all your disk space The PHP system actually incorporates a few extra checks to limit this attack.

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