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signals containing high frequencies, the low frequency portion of the signal goes a relatively long way The high frequency portion of the digital wave is radiated off the wire and is delayed by the characteristics of the wire The longer the wire, the worse the problem The result is that the signal dribbling out the end of the wire is weak and distorted because all the components didn t arrive in time or with the right strength The components of our digital signal that were radiated are picked up by adjacent wires in the cable We call this crosstalk in the telephone business and the unwanted signal picked up is noise The brute force method can be employed to remedy this Sending a stronger signal makes more signals available at the destination but also increases the amount of energy radiated As the telephone company, we must make sure that any new service added to our outside plant (local loops in aggregate) does not interfere with any existing service Our goal of wanting to provide more distance must be tempered by the realities of crosstalk Interestingly enough, the European Telcos ignored the question of ISDN delivery, preferring to concentrate on defining the S/T interface instead Their theory was that we re selling a service and how we deliver it to the customer isn t important we can always figure that out later (Also since they were government monopolies, if the cost of delivery was high, they could always raise the tariff) The North American Telcos had a different situation They were not allowed to sell or lease the NT1 interface as part of the ISDN service and had to specify the electrical and logical interface at the Telco demarcation point Therefore, the signaling on the local loop had to be worked out and standardized before ISDN could be deployed.

The Open Source Motor Controller (OSMC) was developed by robot builders for robot builders (wwwrobot-powercom) The OSMC is a modular control system that offers the high current capacity of the 4QD with the plug-and-play interface of the Vantec and Victor controllers The OSMC was developed as a collaborative effort between robot builders to develop a high-powered, low-cost speed controller alternative to the then-limited supply of commercial controllers The OSMC is a modular system, available fully assembled in kit form or as bare boards The controllers can be assembled with several different FET configurations to give current capacity of up to 160 amps continuous and voltage capacity to 50 volts The controller is made up of two separate circuit boards the logic board and the power board The logic board is the interface to the radio receiver and handles channel mixing The power board contains the FETS and associated driver circuitry One logic board can drive two separate power boards, allowing for complete drive-train control over a tank-steered robot The open source nature of this controller means that the full development details schematics, parts list, and control code are freely available to developers The hobbyist nature of the controller means that a lot of rapid changes have occurred in the development of the software and documentation of the controller logic, and different versions of the control board with different features are available

The ProClarity Standard client is the completely thin-client version of ProClarity that is part of the ProClarity Analytics Server It is a series of pages that allow nearly all the same functionality as the Desktop Professional client while being completely web-based As a web-based application, the Standard client does have significant differences in how certain actions are performed, but most of the functionality of the Professional client is available In a few rare cases, the Standard client even includes functionality not found in the Professional client, as will be pointed out in the following sections Perhaps one of the most significant differences between the Standard and Professional clients is that the Standard client does not include any drag-and-drop capabilities The Standard client is not AJAX-enabled, but instead operates like a series of traditional web pages Users start by selecting the library they want to view, then a book in that library, and finally a view in the particular book The view is rendered and looks as close to the view saved in the Professional client as possible; there are minor changes to the display because of limitations of a web client versus a rich Windows application Another major difference between the Standard and Professional clients is the lack of pop-up menus when right-clicking on a chart or grid The menu that appears when a user right-clicks is the standard Internet Explorer menu and has nothing to do with the underlying page being viewed Internet Explorer does not see the ProClarity view as different from any other web page it might render, so the menu does not contain any ProClarity-specific options Instead, items are most often selected by left-clicking on them and then selecting options in one of the Standard client tabs, some of which mimic the Professional client s Setup Panel while others include sorting, filtering, and so forth The differences between Standard and Professional and the ways to analyze data using the Standard client is discussed in the next sections.

The U interface is unique to North America and the open telephone network interconnection Figure 9-5 shows the U interface connecting to the NT1 and the NT1 in turn creating the internal S/T bus to which up to eight ISDN devices can be connected This U interface can be either a two-wire or a four-wire connection In the following discussion, we concentrate on the two-wire connection, because it is the more technologically challenging The four-wire interface requires much less technology and can be delivered over a greater distance Many early BRI interfaces were installed using the four-wire interface for just these reasons For wide-scale deployment, however, the two-wire interface has to be perfected, since the Telcos are not about to double the size of their already extensive outside plant