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seriously impair the microwave users because it will appear only as random noise to any other frequency system operating in the same frequency ranges However, as more users of spread spectrum are inserted into a specific frequency range, the possibility of congestion and interference exists If you attempt to use this range of frequencies and congestion builds, then the decision could be a wrong one Despite the benefits of frequency hopping, the benefits may be overshadowed with distance, utilization, and power constraints Consequently, when the FCC decided to allocate frequency spectrum to the PCS carriers, the fixed microwave users were told they had to find a new home This means that the operators who had radio systems in operation had to find new frequencies to use Moreover, to facilitate the frequency change, many of the fixed operators had to upgrade their equipment to work in the new frequency band they found acceptable Part of the auctions for the PCS frequencies included money set aside to help the fixed operators upgrade and move to a new frequency This put added pressure on the wireless carriers to pay for the auctioned frequencies before building their infrastructure The FCC raised approximately $13 billion in the auctions, but that placed the carriers in a negative position They spent a lot of their capital up front to get the frequencies, before they could buy any equipment

At a recent BattleBot competition, GE handed out hundreds of hand-sized samples of Lexan 9034 to robot designers, some of whom immediately put it to use on their creations as protective armor or spacing material Technical demonstration videos were on display and product specification sheets were made available Even the BattleBox was designed with four layers of protection using Lexan material to keep the deadly robots and flying parts from injuring spectators Even this material is not impervious to all types of damage, as a large chunk of one of the Lexan panels had a large chunk torn out of it by a wayward robot in a recent match Your local plastics supplier may have the material on hand, can order it, or can direct you to the GE Structured Products division (wwwgestructuredproductscom) nearest you

Figure 7-11 Each application within the PPS Planning system needs an Application Calendar, which is created by clicking the Create the Calendar link in the Dimension workspace

Traffic in the form of asynchronous bursts of information (cells) enters the network at random times This randomness is what causes the confusion and the unpredictability of the data To manage the traffic flow, buffers are used to allow the flow and ebb of traffic volumes Because data tends to be very bursty, it is extremely difficult to predict the demands of the network and the capacity needed at a given time Therefore, when sufficient resources are not available, the use of buffers helps to offset the immediate demands It is this bursty traffic that produces a contention for the network resources The use of leaky buckets in the buffering of the traffic helps to manage and control the flow of traffic onto and through the network The leaky bucket, as the name implies, is a buffer that is constantly flowing In Figure 11-10 , a leaky bucket concept is shown with the two stages of buffering Traffic enters into the buffers and is tagged, based on the amount of cells allowed by the carrier If the user exceeds the amount of cell flow per increment (per second, and so on), then the buffer is filled and begins to empty out the bottom side If more cells enter the buffer than are allowed, the cells are flagged for discard A first in, first out (FIFO) concept is normally used to handle the traffic as it flows, but the end user may flag specific traffic according to application, priority, and the like

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Figure 11-10: Leaky buckets allow for buffering of the traffic ATM involves finding values that the network needs and making decisions about how the network will perform These decisions involve taking action to ensure its availability to users and to ensure that all current connections are receiving adequate service based on their class of service To facilitate these decisions, the following performances are examined: