Early detection through examination is very important for a medical treatment of cervical cancer, because a survival rate is improved markedly by curing at an initial stage. Ministry of Health, Labor and Welfare of Japan recommends it to receive cervical examination for a woman 20 years or older, but becomes around 20% of examination rate at the present. For the number of patients of cervical cancer tending to increase year by year, it is a problem that the burden of cytotechnologists increases, and the possibility of misdiagnosis becomes high. Therefore the study of a computer-aided diagnosis system using an image processing attracts attention. We make the algorithm to diagnose the malignancy of HSIL and LSIL, in this study. In addition, we build GUI so that it is easy for cytotechnologists to use the proposed diagnosis support system.
To satisfy the target properties of adhesives, we had developed a novel material design system (weak conditioned combinatorial linear programming (WCCLP) and user friendly software) which is effective and useful to search the combination of a well-balanced material. We have also proposed an algorithm of risk evaluation by the WCCLP to optimize the material supply. In this paper, we applied this algorithm to the formulation design and material supply risk evaluation of multi-layer materials and meta multi-layer materials. The algorithm is effective and useful to evaluate the stability and robustness of multi-layer materials supply risk of materials.
Not a small number of person who advise about career decision-making at vocational training school and University worry about ability of providing advice. For complementing this ability, a new method using assessment tool are needed. However, this is one of most difficult issues to find the assessment tool fitted each consultation. In this research, we developed a system which works out career decision-making tool called @CDM(Assessment Tool for Career Decision-Making) . Our @CDM system assists to explore the careers in which each client is most likely to find satisfying based upon your interests and skills. Each consultant can use this system costless and need not to train for using this system because users need not explain the results of this system.