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Consider an Internet video conferencing application. Assume that the compressed video streams are packetized, and that a packet is either lost (due to over long delay or mis-delivery or detected bit errors within a packet) or received intact. Assume that the effective packet loss rate is quite high, about 10%, and that there is no feedback channel available. The average end-to-end delay between the source and destination is about 50 msec. Further assume that the maximum end-to-end delay allowed between the source and destination is 150 msec.
What would you propose as mechanisms to control and conceal the effect of packet loss? Which error resilient coding tools will be effective and which tools will not be effective in this case?
Consider the previous scenario again, but assume that the network has a lower packet loss rate, say 1%. Would your solution be different?
Again, consider the same scenario, but assume this time that a feedback channel is available between the destination and the source and that it usually takes 50 msec to deliver a feedback message. What are the solutions you propose in this case? What would you send on the feedback channel?
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Identify the type of cable that is permitted in single- and multifamily dwelling units but that cannot be used underground, nor in buildings that are more than three stories above grade, nor in commercial garages, motion picture studios, theaters,..
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Consider an InGaAs APD with excess noise x=0.7, M=10 where M is the multiplication factor. The unmultiplied dark current is 10 nA and bandwidth is 700 MHz. What is the avalanche photodiode noise current per square root of bandwidth
The circuit will have as inputs a minimum of two inputs; the binary equivalent of two decimal numbers of not greater than (10,000)10. The circuit will also produce a minimum of two outputs, the quotient and the remainder.
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