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earning more in overtime in a year than her base pay This raised a red flag but after investigation, the business learned that this was in fact the case for this particular employee More importantly, they began looking at seasonal adjustments to their staffing and overtime levels and began setting boundaries for when such items became too high or too low The technology used for this particular engagement was SQL Server 2000 and ProClarity Analytic Server Reports were created by a few users in Information Technology and published to the internal PAS site Department managers were trained in how to view the reports and conduct some of their own analysis on the data

Just as the industry was getting used to the idea of reduced overhead for data transmission, some radical thoughts began to surface in the industry In the past, all data ran over voice networks, adjusted and accommodated according to voice standards But what if voice could run over a data network instead By using the capability of reduced overhead, more reliable circuits, and faster throughput, the network could be tuned to accommodate voice in the form of packets of data Much of the pressure for voice over any data technology has been based on cost in the past Newer ideas are based on efficiency and the convergence of the network protocols and services Voice is fairly inefficient! Actual voice traffic is carried only about 25 percent of the time we are on a connection The rest of the time, we are sending silence (no information) If we can integrate the two networks and carry interleaved traffic (voice or data), then we can efficiently fill the network with traffic all the time, instead of just sending idle conditions Thus, a new concept was born that could be accomplished through compression and interleaving the data Therefore, on a digital circuit, data is data and voice is too! The voice is just a data stream of ones and zeros The Frame Relay Forum has been busy defining the standards for three service offerings, one of which is the Voice Over Frame Relay (VoFR) specification In conjunction with VoFR offerings, the forum was busy developing other protocols and specifications to support some of the unique challenges with real time data on a network This includes the use of PVC fragmentation protocols and multilink Frame Relay services The fragmentation protocols are necessary to support the different types of delay experienced on the network for time-sensitive traffic (that is, voice) Interleaving the voice communications (using small frames) onto a high-speed data link with larger frames is one way to handle this need This sharing of the same physical link allows both real-time and non-delay sensitive traffic to coexist yet receive separate treatment as it moves across the network The fragmentation of the traffic allows variability, depending on the speed of the link, the congestion, local timing needs, and the type of service being used This makes the implementation of fragmentation available at various interface points In Figure 10-14 , the use of a fragmentation procedure is shown in three different places: at the UNI, at the NNI, and on an end-to-end basis These three ways allow enough flexibility to accommodate the different types of service being delivered across the Frame relay network.

Feature Digital sensor inputs Analog sensor inputs (0 5 volt, 8-bit A/D) PWM outputs Solid-state relay outputs

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Figure 10-14: Three places where fragmentation can take place in support of Voice over Frame Relay (VoFR) With the implementation of VoFR, particularly with carrying international telephony traffic, the Frame Relay Forum introduced the specification FRF11 that deals specifically with the voice side of the business This specification goes beyond the possibilities of fragmenting the data and incorporates the necessary steps of call set-up and call teardown The other major issues that the FRF11 deals with are as follows:

TABLE 8-3

Analog to digital conversion Digital to analog conversion (back to analog) Compression techniques The sizing and transmission of a frame of traffic

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