FSP now uses more dumb, but faster on today networks retry algorithm
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INFO
12
INFO
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@ -17,13 +17,13 @@
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FSP uses UDP datagrams and it is reliable even when there is
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high number of packet loss. It is usable on WiFi network with
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60%-80% packet loss.
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FSP can very quickly addapt to changing line condition. This
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is excelent for wireless packet networks. FSP needs about 6
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RTT to retune itself after receiving condition goes worse.
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And unlike TCP based protocols, FSP has a fast restart when
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line improves - It do not needs any RTT; FSP goes immediatly
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to maximum possible speed.
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is excelent for wireless packet networks where network condition
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changes wildly based on receiver location and disturbance.
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Unlike TCP based protocols, FSP has a fast restart when
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line condition improves - It do not needs any RTT for retuning
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self. FSP goes immediatly back to maximum possible speed.
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Maximum FSP speed is by design lower than maximum speed of TCP
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based protocols because it has only 1 packet in the network.
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