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Two network elements are consolidated into one WDM and ADM network elements were eliminated In their place the 10 Gbps packet rings provides more bandwidth with the number of devices so they can generate more revenue and reduce costs simultaneously However, when traffic exceeds the 10 Gbps ring capacity, WDM is still planned as Layer1 transport to scale past 10 Gbps Willtel can sell TDM or Data service interchangeably The reduction of complexity of equipment and provisioning required to create a new service was important In addition, services can be changed from circuit to data on the same device and often on the same port This reduces the time it takes to deliver a new customer service while it increases the probability of competing successfully for new customers Only one network is required whatever the mix of services Historically, there have been 2 networks required to support both data and voice services As the proportion of these two services changes, planning for upgrade and support of the services requires educated guesswork about when and where equipment will be needed The new network supports both services interchangeably, there is never an imbalance between customer demand and carrier infrastructure Customers can migrate from TDM to Ethernet with no change to the network WilTel expects the mix of services between TDM and Ethernet to fluctuate over time, with Ethernet increasing and TDM decreasing Because both services are efficiently supported on the same platform, customers can change their service mix over time without a negative impact on the CO equipment requirements Statistical multiplexing gains enable higher revenues The network was also built because of its efficient use of all bandwidth by best effort services when it is not being used for high priority services

return *(char *)ch - *(char *)s; }

qsort( )

So far, the only difference between the object binding and XML binding is the configuration of the data source. You may also notice in the designer that Figure 11.8 The binding is executed in real time our ListBox now contains items from against our data in the editor. It only looks like a the live XML file. This can certainly be bunch of errors because it s, well, a list of a bunch annoying at times, especially if the UI of errors. binds to a remote data source at design time. At the same time, it s rather convenient to see the effects of binding without having to run the program (figure 11.8).

The cable MSO s in the U S have also been actively deploying RPR Cisco has installations of prestandard RPR (DPT) throughout the U S cable industry More recently ,Cox Communications, Time Warner Cable, Comcast Cable, and Adelphia have installed RPR based rings for their internet access and video requirements Farther north, Canada also has significant installations of RPR Bell Canada and Telus both have RPR network installations to provide packet and circuit services in their operating areas Japan Telecom Co, Ltd a part of the Softbank Group has built a nationwide network using RPR technology The Otoku Line services are enabled by the QoS and resilience of RPR This service has been available since December 2004 In China utility companies are becoming significant communication service providers both for their own operations and as a service for their customers One organization that is developing a large regional RPR network is the Central China Power Group This group is comprised of; Jiangxi Power Company, Jiangxi Province; Hangzhou Power

struct lconv *localeconv(void)

The prototype for localeconv( ) is in <localeh> It returns a pointer to a structure of type lconv, which contains various items of country-specific environmental information relating to the way numbers are formatted The lconv structure is organized as shown here

Now we ve got a rather ugly list because it s a list of the InnerText of the XmlElements. In the list on the left, we want the values from the name attributes of each item tag. As we did before, we need to set up a DataTemplate. We enter the following XAML within the ListBox tags:

struct lconv { char *decimal_point;

In order to understand fully how the network shown in Figure 131 works, we must start with some basics In spite of their ubiquity, the knowledge of exactly how bridges work is somewhat scarce, so a semi-historical introduction is in order The original DEC/Intel/Xerox Ethernet was standardized by IEEE Std 8023, Carrier Sense Multiple Access/Collision Detection (CSMA/CD) Ethernet The original Ethernet provided users with access to a local area network (LAN) consisting of a single largediameter coaxial trunk cable (usually bright yellow), with taps (or medium attachment units) through which stations could connect to the cable Every data frame transmitted by any station was seen by every other station attached to the trunk cable