HP mt41 HP Velocity Technology Overview - Page 14

LiveTCP algorithm in action

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By improving on native TCP, LiveTCP accelerates the speed at which thin client protocols transmit data. For example, RDP, which is highly sensitive to latency, can benefit from LiveTCP by improving transmission speeds up to 10 times. RGS improvements are in the range of two to three times faster, whereas ICA is up to twice as fast with LiveTCP. In public networks, including those at airports, hotels, and coffee shops, where congestion is often a problem, LiveTCP improves overall throughput by more effectively managing shared bandwidth. Figure 7 illustrates the process by which LiveTCP independently adjusts the congestion avoidance algorithm for each flow. The optimized LiveTCP algorithm takes precedence over the native TCP algorithm. Figure 7. LiveTCP algorithm in action HP Velocity Technology Overview 14

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HP Velocity Technology Overview
14
By improving on native TCP, LiveTCP accelerates the speed at which thin client protocols
transmit data. For example, RDP, which is highly sensitive to latency, can benefit from
LiveTCP by improving transmission speeds up to 10 times. RGS improvements are in the
range of two to three times faster, whereas ICA is up to twice as fast with LiveTCP.
In public networks, including those at airports, hotels, and coffee shops, where congestion is
often a problem, LiveTCP improves overall throughput by more effectively managing shared
bandwidth.
Figure 7
illustrates the process by which LiveTCP independently adjusts the congestion
avoidance algorithm for each flow. The optimized LiveTCP algorithm takes precedence over
the native TCP algorithm.
Figure 7.
LiveTCP algorithm in action