Takahashi Toru

We describe the location notification system using a communication platform such as a social network. We previously, have developed a system for notifying the position of trams using GPS. This system has been tested on Hankai trams that run through Sakai from Osaka. In the development, the most important points are possible to maintain the system at a low cost. Low introduction cost is also better. This is because the introduction to many transportation is expected to be promoted. (For example, the local community). System, I have implemented divided into information distribution server and automotive clients. Major operating costs are maintenance costs on the server-side and a communication cost in the client-side. Aiming to maintenance cost savings of server, I was considering how to replace the information delivered to the social network service.

学生の主体的な学び、問題解決型の能動的な授業、実社会体験への取り組みとして、企業と連携し当該企業の製品アイディアを企画する授業を運営した。さらに企業から選抜された学生が実際の製品開発者にプレゼンテーションを行い、社会人基礎力の醸成を図る取り組みを進め、学生アンケートより頭記課題の改善が図れ、企業側の評価を得たことを述べた。

This report describes a method of searching the piece of the file contaminated by speech signal. Experimental result shows efficacy of using cumultive distance. Problem of searching source signal by using search key, which is mixed signal, is formulated that the problem is to search piece of signal from signal database. The piece of signal is a part that constitutes mixed signal. The mixed signal is used as search key. In this report, mixed signal consists of two source signals. One is music signal. Another is speech signal. The mixed signal is generated by cutting music from arbitrary starting position. The problem is two aspect. Searching target source is music signal. And searching target source is speech signal. We focus on searching performance of music source signal. The perfomance is evaluated by average miss and average false alarm. We test music search performance by using 1, 10, 30, 50, 100 cumulative distance. It is suggested that cumulative distance improves the performance. By using 100 cumulative disntace, experimental result shows average miss = 64 % and average false alarm = 1 %.