Development and future direction of mathematical software packages
- Hold Date
- 2013-07-17 16:45~2013-07-17 17:45
- Place
- Lecture Room L-1 (3F, IMI, Kyushu University)
- Object person
-
- Speaker
-
Kastuki Fujisawa (Chuo University & JST CREST)
The IMI Colloquium in July | Date:Wednesday, 17 July 2013 16:45-17:45 lecture | Place:Lecture Room L-1 (3F, IMI, Kyushu University) | Speaker:Kastuki Fujisawa (Chuo University & JST CREST) | | Title:Development and future direction of mathematical software packages -- high-performance technology, industrial‐academic cooperation and educational program -- | | Abstract: From the 1990s, we have performed many research projects in various areas such as optimization, operations research, computer science, architecture, control, and high-performance computing; therefore we have developed many types of mathematical software packages for researchers of each area, industrial-academic cooperation, and educational programs. We think that we need three important activities for development and dissemination of mathematical software packages as follows; 1: Adopting latest technologies in mathematical science, algorithm and data structure, and high-performance computing. A mathematical software package itself must be a high-performance solver for solving mathematical problems quickly and accurately. A high-performance solver as an aggregate of latest technologies can attract many users' attention and pioneer new application areas. 2: Industrial‐academic cooperation and developing up new application fields. We have performed many public relations activities for mathematical software packages which we have developed; however, Not only do we distribute mathematical software packages to users via Internet but we ourselves applies them to new areas with some enterprises. 3: Expanding educational programs. We have some special educational programs for middle, high school and university students. In this talk, we also discuss future directions of activities for mathematical software packages. | | | IMI Colloquium Report |