For a priority encoder, priority is given to that input that has a larger value compared to the others. i.e., if for a 3 bit output, we have both 6 and 3 as active, then 6 is given priority over 3 and the output will be 110
what are the weaknesses of a encoder
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A normal encoder get proper output when input is asserted atmost one at a time. i.e if I0 I1 I2 I4 are inputs of 2to4 decoder then if the both inputs I1 and I2 are given then the output maybe 11 or 00 but not 01 or 10. In pripority encoder assigns priority to inputs, If encoder have I2 high priority than I1 and both I1 and I2 are applied '10' will be output.
Normal encoder will not consider the priority of data it will encode normally but priority encode will encode data with consideration of user defined priority . Normal encoder will not consider the priority of data it will encode normally but priority encode will encode data with consideration of user defined priority Example:- D2,D1,D0 data Normal encoder will not consider the priority of data it will encode normally but priority encode will encode data with consideration of user defined priority Example:- D2,D1,D0 data If we consider D2 has high priority (D2>D1>D0)then priority encode will give most priority to that it will give according to priority sequence
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disadvantages of priority scheduling
Two major disadvantages of H.264 in energy constrained environment are · Encoder complexity · Low resiliency to channel error
A shaft encoder is also known as a rotary encoder. The shaft encoder converts an angular position of a shaft to a digital code.
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Yes.