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If you have followed the steps in this chapter and have used the numbers shown in the illustrations, you should have a model that is fully functioning and dynamically balancing with the same output numbers shown on pages 160 165. Now begin experimenting with changing various inputs and see how the balance sheet always balances, no matter what input changes you make. In the next chapter, we will look at how to extract the output lines from this Input sheet and create other sheets, including the cash flow statement. In this way, we can organize the presentation of the lines more easily to get the format of the output we want.
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and U1.column_name=U2.column_name UNION SELECT S.SYNONYM_NAME,'|', U1.column_name,'|', translate(initcap(S.SYNONYM_NAME),'_',' '),'|', translate(initcap(U1.column_name),'_',' '),'|', S.SYNONYM_NAME||'.'||U1.column_name,'|', ' ','|', decode(SUBSTR(U1.DATA_TYPE,1,1),'N','N','F','N','D','D','C'),'|', SUBSTR(U2.comments,1,474),'|', 'O','|' FROM ALL_TAB_COLUMNS U1, ALL_COL_COMMENTS U2, ALL_OBJECTS O, USER_SYNONYMS S WHERE S.table_owner=O.owner AND S.table_name=O.object_name AND (O.OBJECT_TYPE='TABLE' OR O.OBJECT_TYPE='VIEW') AND O.owner=U1.owner AND O.object_name=U1.table_name AND U1.owner=U2.owner AND U1.table_name=U2.table_name AND U1.column_name=U2.column_name
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Displacement (a) Dwell-rise- (b) Dwell-rise-dwell(c) Dwell-risedwell (DRD). return-dwell (DRRD). return-dwell (DRDRD).
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A circular polyurethane foam sponge containing nonoxynol-9 attached to a loop for removal It is moistened and placed intravaginally up to 24 hours before coitus. The sponge can be left in place for up to 24 hours after intercourse Increased risk of toxic shock syndrome Nonoxynol-9. It is available as a vaginal cream, film, foam, and gel It is placed intravaginally at least 15 minutes prior to intercourse and remains effective for up to 1 hour Relative high failure rate (29% typical use failure rate in first year) It is not an effective vaginal microbicide and does not protect against HIV, gonococcus, or chlamydia transmission
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Beyond protecting privacy, biometrics can be seen as actually enhancing privacy. Several newly developed biometric technologies use an individual s physical characteristics to construct a digital code for the individual without storing
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The MMF file can be found at the following location within the Window s user profile: Windows 2000, Windows 2003, and Windows XP Documents and Settings\%Username%\Application Data\Citrix\MetaFrame Password Manager Windows 2000 and Windows XP Hot Desktop Documents and Settings\All Users\Application Data\Citrix\MetaFrame Password Manager\%Username%
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Command and Control (Emergency Management) During disaster response operations, someone has to be in charge. In a disaster, resources may be scarce, and many matters vie for attention. Someone needs to fill the role of decision maker to keep disaster response activities moving and to handle situations that arise. This role may need to be rotated among various personnel, particularly in smaller organizations, to counteract fatigue. NOTE Although the first person on the scene may be the person in charge initially, that will definitely change as qualified assigned personnel show up and take charge, and as the nature of the disaster and response solidifies. The leadership roles may then be passed among key personnel already designated to be in charge. Scribe It s vital that one or more persons continually document the important events during disaster response operations. From decisions to discussions to status to roll call, these events must be written down so that the details of disaster response can be pieced together afterward. This will help the organization better understand how disaster response unfolded, how decisions were made, and who performed which actions, all of which will help the organization be better prepared for future events. Internal Communications In many disaster scenarios, personnel may be stripped of many or all of their normal means of communication, such as desk phone, voicemail, e-mail, and instant messaging. Yet never are communications as vital as during a disaster, when nothing is going according to plan. Internal communications are needed so that status on various activities can be sent to command and control, and so that priorities and orders can be sent to disaster response personnel. External Communications People outside of the organization need to know what s going on when a disaster strikes. There s a potentially long list of parties who want or need to know the status of business operations during and after a disaster, including Customers Suppliers Partners Shareholders Neighbors Regulators Media Law enforcement and public safety authorities These different audiences need different messages, as well as messages in different forms.
SELECT StdFirstName, StdLastName, StdCity, EnrGrade FROM ((Student INNER JOIN Enrollment ON Student.StdSSN = Enrollment.StdSSN ) INNER JOIN Offering ON Offering.OfferNo = Enrollment.OfferNo ) INNER JOIN Faculty ON Faculty.FacSSN = Offering.FacSSN WHERE EnrGrade >= 3.5 AND OffTerm = 'FALL' AND OffYear = 2005 AND FacFirstName = 'LEONARD' AND FacLastName = 'VINCE'
Fig. 5.16 Stray Current Impressed by Voltage Field
Autonomous mini sumos are probably the most exciting ones to make. The primary difference between the autonomous mini sumo and the remote-control mini sumo is that the autonomous mini sumo runs completely on its own. How well it performs depends on how well the software is written, how well the sensors work, and how well your opponent s autonomous bot works. The main component of an autonomous mini sumo is the microcontroller that is used for the bot s brain. The next question that comes up is which microcontroller to use. The fastest way to start a microcontroller holy war is to ask a room full of bot builders, What s the best microcontroller You will get as many different answers as there are people in the room. There really is no best microcontroller, because they will all work. They all have their advantages and disadvantages. In our opinion, the best microcontroller is the one that you are most comfortable with. The examples in the following sections will use a Basic Stamp 1 from Parallax, Inc. ( The Basic Stamp 1 was selected because it s a good microcontroller; it is relatively easy to learn how to use; and, most of all, it has been proven to be an effective microcontroller on champion mini sumos.
Fiber-optic transmission offers many inherent benefits for carrier-grade Ethernet services. Foremost, the unrivalled bandwidth capacity of DWDM transmission/switching systems makes EoWDM by far the most scalable approach for high-density/high-speed data port aggregation, for example, n 10 Gigabit Ethernet. By contrast, SONET/SDH or MPLS switching platforms are simply not cost-competitive at multiterabit switching rates. Moreover, EoWDM can enforce hard-QoS guarantees at all network loadings, and this capability is only matched by EoS also a circuit-switching technology albeit at much lower absolute loadings. Conversely, packet-switching solutions (such as EoMPLS, EoRPR, Ethernet switching) use more complex scheduler and priority mechanisms to enforce relative separation between coarse classes of service (CoS). At the carrier level, this requires a level of over-engineering as latency performance is very load-dependent [12], further increasing CAPEX and lowering amortization/payback periods. Also note that next-generation SONET (NGS)/multiservice provisioning platform (MSPP) technologies have become very popular with incumbents and can deliver very high efficiency and carrier-class OAM (see 11). Nevertheless,
as follows: What type of information will need to be attached to (embedded in) the model components How many different levels of detail will be required (for different components, or project phases) Will the information simply be available (linked to) or also need to be processed (i.e., scheduling information, productivity rates, etc.) Will the information need to be exported (correct file format) Is the information imported (database link) or created in the model components What information will be required by the team to perform all its tasks in a timely manner These questions are very similar to the questions that begin the specification planning process, but in this round the potential tool to accomplish these tasks has to be kept in mind. This is a selection of both the process and the most likely tool to accomplish the process to the best advantage of the project. The team needs to be careful not to either choose or disqualify specific tools based on team members skills (or lack thereof) at this stage; but instead should try to determine from a functional standpoint what will be the best tool for the work to be accomplished. There is always an opportunity to either find the necessary talent or compromise the tools, if need be. The specific tools that can accomplish the necessary tasks will also determine the required skills from the project team. There is a large range in the ease of use and learning curves for the various software tools used in the BIM field. It is not always realistic to accomplish all the things the software companies claim their products are able to produce with the available skills of the persons on the project team. The saying A bird in the hand is better than ten in the bush is very appropriate in relation to software claims. The author cannot recommend experimenting with software on any project where the schedule matters (some exceptions may apply). This refers to both new and unfamiliar software, as well as version updates for software that is already in use by a project team. Careful planning of the deliverables will formulate the required processes enabled by the BIM. The amount and type of information available at any given phase of the project can be a critical factor and can greatly influence the timing of the processes. Most of the early processes will relate to project planning, i.e., the design and development of the project and its systems. The implementation of these processes is organized into three stages: The first stage is information gathering. This is the information that will be developed into the BIM and reflects the creation of the conceptual and schematic level information about most aspects of the project. The second stage is the iterative analysis of the BIM that will lead to the further refinement of the information in the BIM. This analysis phase (and its associated processes) will generally begin just after design has commenced and sometimes continue until the project is completed. Examples of analytic processes are the consideration of alternative solutions to any part of the project or its systems and an analysis of the effect of these alternatives on the overall project (e.g., its cost). The third stage of implementation methods is the management of the processes that will generate the required information. An example of such a process is the coordination of building systems through clash detection. When clashes between system components are identified, this triggers a process of its own to address the inconsistency. The project
Figure 7.30 When testing a T1, looping the far end CSU may show errors. If looping the far end NIU makes the circuit run error-free, this could indicate a timing or even a cabling problem between the devices.
THE FOUNDATION OF C++ #include <stdio.h> void start(void); #pragma startup start 65 int main(void) { printf("In main\n"); return 0; } void start(void) { printf("In start\n"); }
As explained, algorithms act on containers. Although each container provides support for its own basic operations, the standard algorithms provide more extended or complex actions. They also allow you to work with two different types of containers at the same time. To have access to the STL algorithms, you must include <algorithm> in your program.
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On the basis of these observations, we can plot the relationship between the energy in electronvolts and wavelengths for photons in the visible region of the electromagnetic spectrum (see Figure 2.7).
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