How to generate the neighbourhood with the local solution?
F: Use random to generate a mat, plus the mat and the solution. This dot is in a hyperrectangle neighbouthood of the mat.
How to define the tabu object, code or the mat? if use the mat, what should we define the object, the mat itself or the area ?
F: use mat and tabu the area of a rect around the mat(see mat as a dot in N-d space)
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Calc the J first or judge the tabu-list first?
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When get the minimum J, the FMI isn't the maximum. When the FMI is maximum, the J isn't the minimum. What should we choose?
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How to comprehend the saddle point in iteration seq?
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How to comprehend that the local minimun is related in the init value in iteration seq?
F: In 3-d space ,z in the value of J, consider that there is a local minimun in the 2nd quadrant and a global minimun in the 4th quadrant. When y0>0, it's easy to find the local mininum and never find the global mininum.