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In today s access and metro networks, delivering broadband services to businesses is both an attractive business opportunity and a technical challenge Less than 20 percent of all businesses are serviced directly by fiber, and the copper plant, in some instances,

<CollectionViewSource x:Key="processesView" Source="{StaticResource processes}" Filter="CollectionViewSource_Filter">

11:

/* */ close(fd); return 0; } /* close the file */

private void CollectionViewSource_Filter(object sender, FilterEventArgs e) { Process p = e.Item as Process; e.Accepted = (p.BasePriority >= 8); }

can be over fifty years old Additionally, even recent copper installations are inherently limited in bandwidth Achieving true broadband speeds requires some means of combining multiple pairs into a common bandwidth pool Once established, this bandwidth pool should be utilized in a way that maximizes the revenue potential for both individual services or customers and services delivered to multi-tenant unit (MTU) locations Circuit bonding is a platform that addresses these network issues without adversely impacting the existing network infrastructure, and it can be used with both fiber and copper infrastructure Additionally, circuit bonding can support clients with higher rates than the individual transport facilities This capability is realized due to circuit bonding s ability to create a large pool of bandwidth between locations by concatenating multiple parallel transmission channels By creating a single pool of bandwidth, the boundaries normally encountered in each channel are replaced by a single boundary equal to the total bandwidth of all of the channels As long as a payload can fit into this concatenated channel, it can be transported and protected This capability is particularly beneficial when transporting signals that have bit rates greater than any individual line channel, transporting signals with formats that are not accepted neatly into the transmission channels, or mixing different types of signals in the same system

open( ), close( ), read( ), write( ), unlink( ), eof( )

int dup(int handle) int dup2(int old_handle, int new_handle)

The event handler will be called once for each row in the data source. FilterEventArgs contain the current item (e.Item) and an Accepted property. If we set that to true, the item will be included. If not, it will be left out. The example here excludes all low priority processes from the list (figure 12.12).

The prototypes for dup( ) and dup2( ) are found in <ioh> The functions are not defined by ANSI/ISO C/C++ The dup( ) function returns a new file descriptor that fully describes (ie, duplicates) the state of the file associated with handle It returns nonnegative on success; 1 on failure The dup2( ) function duplicates old_handle as new_handle If there is a file associated with new_handle prior to the call to dup2( ), it is closed It returns 0 if successful, 1 when an error occurs In the case of an error, errno is set to one of these values: EMFILE EBADF Too many files are open Bad file handle

The access infrastructure is the final frontier in broadband networking The single most limiting factor in the current access network is the availability of fiber to any given building Only by bonding or concatenating multiple channels can true broadband speed be achieved on wireline networks where there is no fiber connectivity While the standards bodies have recognized this bonding need with the development of virtual concatenation (VCAT) and link concatenation adjustment scheme (LCAS) for SONET, IMA for ATM, MLPPP for IP, and so on, each of these approaches is unique to the protocol or network supported Circuit bonding is created by using the current GFP/VC/LCAS standards Even if a building has fiber access, Multi-Service Access (MSA) platforms are not optimal for providing Ethernet transport A fundamental issue related to MSAs is that these platforms are either TDM- or IP-centric A TDM-centric MSA strands bandwidth when transporting IP since this type of MSA must use static multiplexing based on SONET STS boundaries Because the IP-centric MSA generally does not have the resiliency of SONET to transport TDM traffic, optimal transparent transport of Ethernet services has not been fully realized In most circumstances, bandwidth and transparency are traded off for the proper connectivity Traditional Ethernet access solutions use transport bandwidth inefficiently; therefore, the following issues need to be addressed when providing Ethernet transport services in the access network:

This fragment assigns fp2 a new file descriptor:

FILE *fp, *fp2; /* */ fp2 = dup(fp);