Development of a conservation operator of an additive discrete optimum approximation operator on a multi-dimensional manifold to the theory of discrete control and network flow ○Takuro Kida（Tokyo Tech. Prof EM）・Yuichi Kida（Ohu Univ.）
Linear processing type optimum future prediction of signals applying Kida's optimum signal-approximation to multi-dimensional signals that are made by arranging known region restriction data in a row ○Takuro Kida（Tokyo Inst. Tech.）・Yuichi Kida（OHU Univ.）
Approximate Projection Expression of Nonlinear Artificial Intelligent Systems Based on Matrix Operator Polynomial Approximations ○Yuichi Kida（Ohu Univ.）・Takuro Kida（Tokyo Tech.）
The optimum multi-dimensional discrete signal estimation of a slightly non-linear filter bank and its application to environmental preserving ○Yuichi Kida（Ohu Univ.）・Takuro Kida（Nihon Univ.）
Firstly, we present the optimum interpolation approximation ... [more]