Method mind mapping

One should keep in mind that, although the computations are based on first-principles methods, the maps are still models for the corresponding chromophores in chiral molecules. Also, the perturbation is highly simplified. 

Several methods for the identification of problems, including the systems approach, mind mapping, and the ISQ, were discussed in Section 5.3, Problem Identification. The last one was developed by Altshuller s disciples in the context of TRIZ. Therefore, it is most appropriate to incorporate it into the modified TRIZ procedure, presented here. The ISQ has been discussed with examples before therefore, it will not be discussed again in this chapter. The reader should remember, however, that when ISQ is performed, it produces... 

During the product developmen process, it is feasible to increase the product reliability by using various preventive methods beside the mentioned approach, e.g. FTA, FMEA, Lessons-Leamed method, QFD or generally creative techniques (TRIZ, mind-mapping, brainstorming). But these methods are not in the scope of this paper. The mentioned different methods can be combined in different development stages. The approach in this paper is a contribution in the context of development of reliable products. 

By using one or more of these tools, an individual or a group is more likely to achieve quality, that is, meet all requirements. Why Because these methods encourage interaction, synergism, and use of both hemispheres of the participant s minds. (For an introductory discussion of the brain s hemispheres, see the subsequent section of this chapter titled Why Mind Mapping ). We know where most of the creativity, the innovation, the stuff that drives productivity lies, according to former GE Chairman Jack Welch, in the minds of those closest to the work. Creativity and iimovation lie within most of us we need catalysts to release them. 

After a simple Fourier inversion of a set of magnetic structure factors MbU, one can retrieve the magnetisation density. A much better result, e.g. the most probable density map, can be obtained using the Maximum Entropy (MaxEnt) method. It takes into account the lack and the uncertainty of the information not all the Bragg reflections are accessible on the instrument, and all the values contained in the error bars are satisfactory and have to be considered. However, as this method extracts all the information contained in the data, it is important to keep in mind that it may show spurious small details associated to a low accuracy and/or a specific lack of information located in (/-space. 

ABSTRACT The data visualized on various sea ice maps are not the same. The discrepancies of the information provided hy each source will result from the error of the measurement method, which can he as high as 15% of the concentration of ice floes. It should also he home in mind that the more generalized information about the state of the ice cover, the lower prohahUily of detection of ice floe patches of a high concentration and spatial extent. 

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