Steven A. Frank of the University of California proposed another outlook on the approach of the law of generalization. He suggested that any established current mathematical scales used to measure generalization were unnecessarily detailed and that trying to keep generalization in a scale of constant values was not needed. Frank concluded that the exponential form of generalization could be accurately captured with shift invariance. Chris R. Sims has attempted to offer another look at the law of generalization through the scope of the principle of efficient coding. Sims makes the case for rate-distortion theory through perceptual identification experiments   .
 Chris R. Sims has attempted to offer another look at the law of generalization through the scope of the principle of efficient coding. Sims makes the case for rate-distortion theory through perceptual identification experiments . Steven A. Frank of the University of California, Irvine proposed another outlook on the approach of the law of generalization. He argues that the exponential form of the universal law arises simply because it is the only mathematical transformation from a continuous perceptual scale to a response probability which is invariant to shift and stretch .
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Steven A. Frank of the University of California proposed another outlook on the approach of the law of generalization. He suggested that any established current mathematical scales used to measure generalization were unnecessarily detailed and that trying to keep generalization in a scale of constant values was not needed. Frank concluded that the exponential form of generalization could be accurately captured with shift invariance.
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Steven A. Frank of the University of California, Irvine proposed another outlook on the approach of the law of generalization. He argues that the exponential form of the universal law arises simply because it is the only mathematical transformation from a continuous perceptual scale to a response probability which is invariant to shift and stretch