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High-bandwidth Digital Content Protection (HDCP)

4

while(in.get(ch)) cout << ch;

OC-3 T-1

Different (OSI Layer) Functions The Carrier Ethernet solutions discussed provide functionality that can be categorized across Layer 1, 2, and/or 3 of the OSI model (the physical, link, and/or network layer, respectively). As such, they either merely serve as a transport mechanism for delivering Carrier Ethernet services (basically enabling point-to-point E-Line services) or also, provide switching and routing functionality that will allow them to provide multipoint E-LAN services. Figure 16.2 illustrates the OSI defined functionality that is provided by the different solutions. Carrier Ethernet attributes may inherently be present in the base solutions, either partially or fully; for example, reliability is an attribute that is inevitably present in all SONET/MSPP solutions (even pre-Carrier Ethernet). Likewise, an MPLS solution inherently offers QoS and can scale as required of Carrier Ethernet solutions. Most of these solutions are, in fact, feasible because they possess some of the attributes dictated by Carrier Ethernet and can carry Ethernet frames, albeit some more efficiently than others. Some of these solutions, in their attempt to be relevant in the long-term, are also being actively augmented with additional (Carrier Ethernet) attributes for optimizing Ethernet delivery.

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var inStockList = from item in items join entry in statusList on item.ItemNumber equals entry.ItemNumber select new Temp(item.Name, entry.InStock);

where fp is the file pointer returned by fopen( ) and ch is the character to be output. The file pointer tells putc( ) which disk file to write to. For historical reasons, ch is defined as an int, but only the low-order byte is used. If a putc( ) operation is a success, it returns the character written. If putc( ) fails, an EOF is returned.

router will use upon rebooting. If the router boots up and doesn t have a con guration, but one exists in NVRAM, check the router s con guration register to see if it is set to 0x2142: this register setting causes the IOS to ignore any con guration le in NVRAM when booting.

Note that an arrow originating at Carrier Ethernet Demand and terminating at one or more of the eight variables indicates a causal relationship between the demand and that variable. A + or is adjacent to the head of an arrow and should be interpreted as described in the following example. Consider an arrow originating from the variable (Improved Service Provider) Economics and terminating at (Carrier Ethernet) Demand. The + sign with this arrow indicates that an increase (or decrease) in improvement in Service Provider economics will have a correspondingly positive (or negative) impact on the demand; a negative sign instead indicates an inverse relationship, i.e., a negative impact (demand will decrease) if economics improve or a positive impact (demand will increase) if economics decreases. The arrow pointed in the other direction (i.e., from ...Demand to ...Economics indicates that an increase in demand would mean improvement in economics (perhaps due to the effects of scale). These arrows, in both directions, form a loop; if they both have the same sign they are called reinforcing loops and result in exponential growth/reduction.

Having too much bandwidth is possible. Having too much reliability is just the opposite. Organizations lose significant amounts of money when the network connection is too slow, but far more when the link is down completely. One hour of network downtime can cost more than the profits and productivity achieved from a year of uptime. In this scenario, automatic backup is an absolute must. Buy the appropriate amount of bandwidth and make sure that the reliability is built in. Plan for the worst-case scenario! Consider an alternate backup plan. Use circuit switched or packet (frame) switched alternative connections in case of an outage.

The min-display-rate parameter limits the displayed statistics to those that exceed the one specified by this parameter (in events per second). This value can range from 0 to 2,147,483,647 seconds. Here is an example of the use of this command:

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