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int main() { access obj1, obj2; access::set_access(locked); // call using class name // intervening code // see if obj2 can access resource if(obj2get_access()==unlocked) { // call using object access::set_access(in_use); // call using class name cout << "Access resource\n"; } else cout << "Locked out\n"; // return 0; }

ICommand 203 icons 180, 183 ICustomTypeDescriptor 219 IDocumentPaginatorSource 413 IE 7 392 IEC 260 IEnumerable 251 IIS 396 ImageDrawing 347 ImageSource 347 immediate mode drawing 19, 333 imperative programming 17 18, 45 IMultiValueConverter 289 parameters 291 inductive UI 384, 389 Inductive user interfaces 374 InfoProvider 281 inheritance 47 InitializeComponent 27, 74, 382 Ink 12, 89 InkPanel 89 INotifyCollectionChanged 243, 326 INotifyPropertyChanged 219, 238 input 49 InputGestures 202 IntelliSense 31, 37, 159, 428, 459 interaction code 25 Intermediate Language 14 Internet Explorer 9, 183, 392, 404 Internet Zone 34 interoperability 457 InvalidateRequerySuggested 208

This program does not compile because get_access( ) is attempting to access a nonstatic variable You may not see an immediate need for static members, but as you continue to write programs in C++, you will find them very useful in certain situations because they allow you to avoid the use of global variables

In the US, wireless operators had until recently enjoyed the benefit of the FCC mandate requiring wired infrastructure providers to lease lines to third-party service providers With that mandate no longer in existence, the case for alternate means to backhaul cellular traffic looks more attractive Additionally, the cost-effective wired backhaul infrastructure may not be available at all cell sites This is particularly true as cellular operators persuade their customers to subscribe to their lucrative broadband services and need to increase their spectral efficiency by deploying more cell sites It should be remembered that the early development of the standard was also driven partly by the need to provide a standardized technology to backhaul cellular traffic As was stated earlier, the SC-PHY standard was developed primarily for backhaul applications, and it is still the most suitable standard to be used for backhauling cellular traffic This is primarily because the majority of cellular sites are either on top of large buildings and towers that are likely to be in line-of-sight of another building or tower with access to a wired infrastructure In addition, all the reasons presented in favor of SC-PHY for fiber-extension applications apply equally well to this application also The backhaul of cell towers could be provided by installing a BS on the rooftop of a building with access to a wired backhaul facility and installing SSs on the rooftops of cell-sites buildings or on top of cell towers The cost of deploying WiFi has come down considerably in the past few years, allowing for large ubiquitous use of the technology and a widespread deployment of WiFi hotspots However, the cost of backhauling a hotspot remains the single biggest cost for hotspot operators Unlike cellular operators that enjoy a single backhaul connection covering a larger footprint per cell tower, WiFi hotspots have smaller coverage, requiring more hotspots to cover a comparable area For Muni-WiFi networks, the problem is even more acute as the number of hotspot access points per square mile is significantly more than in the case of cellular networks Lately, the problem of backhauling WiFi traffic has been addressed to some extent by WiFi mesh technologies However, it has its own limitations, the least of which is the lack of a common standard WiMAX poses as a very strong candidate for providing connections to WiFI hotspots In particular, OFDM-PHY is much better suited to this application, primarily because, unlike relatively conspicuously located cell towers, WiFi hotspots usually do not have easy LOS to a central location For example, a caf providing a WiFi hotspot is unlikely to be in line-of-sight of a building with WiMAX BS The lower bandwidth of OFDM-PHY is not likely to be a limitation because WiFi hotspots do not usually serve real-time high bandwidth traffic In addition, because of a larger coverage area of the OFDM-PHY standard, a larger number of WiFi hotspots can be covered per BS (see Figure 153).