Geometrical Construction of Heterogeneous Loop Amplitudes in 2D Gravity

We study a disk amplitude which has a complicated heterogeneous matter configuration on the boundary in a system of the (3,4) conformal matter coupled to two-dimensional gravity. It is analyzed using the two-matrix chain model in the large N limit. We show that the disk amplitude calculated by Schwinger-Dyson equations can completely be reproduced through purely geometrical consideration. From this result, we speculate that all heterogeneous loop amplitudes can be derived from the geometrical consideration and the consistency among relevant amplitudes.Comment: 13 pages, 11 figure

Splitting of Heterogeneous Boundaries in a System of the Tricritical Ising Model Coupled to 2-Dim Gravity

We study disk amplitudes whose boundaries have heterogeneous matter states in a system of $(4,5)$ conformal matter coupled to 2-dim gravity. They are analysed by using the 3-matrix chain model in the large $N$ limit. Each of the boundaries is composed of two or three parts with distinct matter states. From the obtained amplitudes, it turns out that each heterogeneous boundary loop splits into several loops and we can observe properties in the splitting phenomena that are common to each of them. We also discuss the relation to boundary operators.Comment: 10 pages, Latex, 3 figure

A neural network system for transformation of regional cuisine style

We propose a novel system which can transform a recipe into any selected regional style (e.g., Japanese, Mediterranean, or Italian). This system has two characteristics. First the system can identify the degree of regional cuisine style mixture of any selected recipe and visualize such regional cuisine style mixtures using barycentric Newton diagrams. Second, the system can suggest ingredient substitutions through an extended word2vec model, such that a recipe becomes more authentic for any selected regional cuisine style. Drawing on a large number of recipes from Yummly, an example shows how the proposed system can transform a traditional Japanese recipe, Sukiyaki, into French style

Establishment of Nonlife Insurance Business Navigation System A-NIBNS

In this study, the authors teamed up with nonlife insurance companies and agencies to create a business approach method that made it possible to reform insurance-related business activities from a policyholder perspective. A detailed operational method was then put together as A-NIPNS, or Amalabs Nonlife Insurance Business Navigation System. The system is comprised of four parts: (1) a networking system for sharing information within nonlife insurance companies and with agencies, (2) a customer handling evaluation system, (3) a business information sharing system used to link nonlife insurance companies and agencies, and (4) a complaint utilization system for policyholders. After putting together the system, the authors implemented a trial operation using Nonlife Insurance Company A and Nonlife Insurance Agency B in order to check its effectiveness