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numbers (192, 64, and 624) is 16, which means that you will be splitting each second into 16 pieces You then take the HCD and divide the number of packets by it, which gives you 12 for Queue 1 (192 divided by 16), 4 for Queue 2 (64 divided by 16), and 39 for Queue 3 (624 divided by 16) So, for every 12 packets sent from Queue 1, 4 will be sent from Queue 2 and 39 will be sent from Queue 3 You then multiply the number of packets for each queue by the average size of packets for that queue This calculation results in a 12,000-byte limit for Queue 1, a 4800-byte limit for Queue 2, and a 31,200-byte limit for Queue 3 It also keeps your ratios very close to the original bandwidth requirement because Queue 1 is assigned 192 Kbps, Queue 2 is assigned 768 Kbps, and Queue 3 is assigned 4992 Kbps This strategy works out pretty well, except each second is divided into only 16 parts, which means your wait time for Queue 1 could be as high as 40 ms If you could afford to move the bandwidth requirements a little, you could reduce Queue 3's needs to 608 packets per second (4864 Kbps), and you could then change the ratios to 6/2/19 (Queue 1/Queue 2/Queue 3) and split each second into 32 parts This strategy would give you a total of only 7552 Kbps used, however, so the router would actually cycle through each queue slightly more than 32 times per second Tip Luckily, if you hate number games, you don't have to worry about packet size nearly as much with IOS 121 or later In IOS 121, the CQ algorithm was changed slightly, and it puts a queue in a deficit if it has to be sent over its byte limit in a given cycle In other words, if CQ has to send 3000 bytes instead of 2000 for a given queue due to packet sizing, it puts that queue in a 1000-byte deficit for the next cycle, and it attempts to transfer only 1000 bytes instead of 2000 CQ is a good choice for congestion management if you need to assign a very specific amount of bandwidth to a given application but do not want that application to impact the performance of other applications (and vice versa) The down side of CQ is that it requires a lot of work to implement properly, and it is not dynamic Also, CQ does not classify traffic within a queue (user 1 FTP verses user 2 FTP), so one user of a protocol could potentially monopolize the bandwidth for all users of that protocol Finally, priority queuing (PQ) simply classifies traffic as one of four types and assigns the traffic to queues based on the traffic's classification The four traffic classifications that PQ uses are high, medium, normal, and low You choose how traffic is classified similarly to the process used for CBWFQ or CQ, by choosing one or more packet characteristics that cause the packet to be entered into a specific queue PQ's queuing mechanism is designed to ensure that high-priority traffic is always sent ahead of low-priority traffic The logic is fairly simple When able to send a packet, every queue is examined in order, starting with the high-priority queue and ending with the low-priority queue The first packet PQ finds gets sent Consequently, if a packet is in the high queue, it is sent immediately, regardless of the other queues If another packet arrives in the high-priority queue while this packet is being sent, it is sent next As a result, low-priority (and sometimes even normal-priority) traffic may never be sent For this reason, you must be very careful when you classify traffic using PQ As for its advantages, PQ's only real advantage is also its biggest disadvantage You can use PQ to make sure a certain type of traffic is always sent, even at the expense of all other traffic. asp.net gs1 128 EAN - 128 ASP . NET Control - EAN - 128 barcode generator with free ...
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