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At node we use a -bit quantizer with a dynamic range We assume that the quantization range can be selected for each node based on desirable properties of their respective sensing ranges [14].
As an adaptive quantizer, [−mσi + 1,1, mσi + 1,1] is used as the quantization range of the (i + 1) th projection vector yi + 1 and Δ = 2 m σ i + 1, 1 Q.
[−mσ i, mσ i ] is the quantization range for the i th frame.
And when the quantization is adaptive, [−mσi + 1, mσi + 1] is the quantization range for the (i + 1) th frame.
Note that the quantization range D i can be determined for nodes, based on their respective sensing ranges.
Otherwise, when the quantizer is fixed, in the convenience of analysis, [−mσ i, mσ i ] is used as the quantization range for the (i + 1) th frame.
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If the quantized range defined by the threshold is used for quantization, then the ERR and EAR obtained using this method will have no impact.
The weighting exponent (m) value recommended for color quantization applications ranges between 1.3 [30] and 2.0 [31].
Under some mild conditions, an adaptive robust fault-tolerant control is developed to compensate the affects of uncertainties, actuator failures and errors caused by quantization, and a range of the parameters for these quantizers is established.
Key concepts that are discussed cover spatial and temporal perception, and how it affects quantization of dynamic range and, when combined with chromatic components, the extent and behavior of a system's color volume.
For H.264/AVC, quantization parameter's range is within.
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