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The Mid-Band Ethernet EFM technologies are proving to be the most cost-effective on-ramp to the Ethernet/MPLS metro networks In general, traditional service providers can address the Ethernet access problem with wireless technologies, fiber-based technologies, or copper-based technologies Although wireless technologies do not require much wired infrastructure and can thus be deployed quickly, they generally have serious deficiencies when targeted at highvalue services cost and reliability Wireless alternatives have fairly high capital costs and offer solutions that can be affected by weather, line of sight, or other disturbers in the same wireless frequencies (in the unregulated wireless spectrum) For carriers trying to offer business services, or even reliable triple-play services, wireless access technologies are not a strong solution They may be fine for simple best effort Internet access, but they are difficult to market as a high-margin reliable service offering Optical access, on the other hand, is ideal in that it provides almost unlimited bandwidth and very reliable services The downside of optical access is its limited availability Today, around 10 12 percent of business customers have access to optical connectivity The percentage of residential customers with optical access is much lower And unfortunately, although there are large-scale initiatives to push optical access to more and more subscribers, that penetration continues to grow at only 1 2% per year Therefore, optical access will continue to serve only a minority of locations for the foreseeable future Copper-based access technologies, on the other hand, have almost universal reach copper lines go to almost every building Until recently, copper access suffered from unnecessary complexity, low performance, and uncertain reliability The EFM standards changed all of that By using Ethernet natively on the in-place copper plant, the access network became simpler and more efficient The new EFM technologies also helped to increase the speeds of the access network, with 10PASS-TS speeds up to 100 Mbps and 2BASE-TL speeds over 5 Mbps per line And finally, the flexible and dynamic bonding mechanisms of Mid-Band Ethernet can provide automatic resiliency against failures in the outside plant The Mid-Band Ethernet technologies can be economically compared to other access options such as fiber optics, more traditional T1/E1 architectures, and traditional xDSL The primary drawback of fiber access is availability to extend the fiber network requires a significant amount of capital and time Trenching new fiber runs cost between $50,000 and $250,000 per mile and takes between 6 and 24 months With this kind of up-front investment in time and money, it s easy to see why carriers aren t just deploying fiber everywhere; there has to be significant revenue opportunity in order to recoup the up-front costs Traditional T1/E1 technologies, on the other hand, are universally available but lack both the capability to deliver significant bandwidth and the resiliency necessary for highly reliable services Mid-Band Ethernet technologies provide more than seven times the raw capacity of a traditional T1 Additionally, once the efficiencies of native Ethernet are included in the comparison, as compared to the overhead of frame relay, PPP, or ATM solutions of the T1, Mid-Band Ethernet can provide more than 13 times the user throughput experience a significant bandwidth increase compared to the 15 Mbps provided from a T1 connection This allows the deployment of 5, 10, 20, and even 40 Mbps services using the multi-pair capabilities of 2BASE-TL And with the automatic resiliency.

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int t; for(t=0; t<10; t++) printf("%d ", *q[t]); }

Remember, q is not a pointer to integers, but to an array of pointers to integers Therefore it is necessary to declare the parameter q as an array of integer pointers as shown here You cannot declare q simply as an integer pointer because that is not what it is A common use of pointer arrays is to hold pointers to error messages You can create a function that outputs a message given its code number, as shown here:

But if the user moves off of the button after five seconds, the opacity would look like this: 0.1 0.2 0.3 0.4 0.5 1.0 0.9 0.8 0.7 0.6 0.5 0.4 0.3 0.2 0.1 0.0 Notice how the value suddenly jumps from 0.5 to 1.0 If we set the From value of the leaving animation, it will set the starting value immediately when the user starts to leave. We don t see this when we let the first animation finish, but it s fairly noticeable when the animation is only half-finished. Fortunately, WPF handles this situation nicely if we exclude the From value. If From isn t specified, then the From value is assumed to be the current value in the control, and everything becomes nice and smooth. There are lots of little things you can do with this simple animation. For example, you could make the glow wait a moment before appearing (or disappearing). You could make animations repeat some number of times, or indefinitely. Using the AutoReverse property, you could make the animation automatically return the property to its original state. The Property System is incredibly powerful, but, unfortunately, we can only scratch the surface here. We will provide one more example this time a color change.

void serror(int num) { static char *err[] = { "Cannot Open File\n", "Read Error\n", "Write Error\n", "Media Failure\n" }; printf("%s", err[num]); }