紀要論文

関数型リアクティブプログラミングによる 組み込みシステム開発の研究

jpn

24321192

https://doi.org/10.15002/00014409

法政大学大学院情報科学研究科

12

1

6

2017-03-31

Version of Record

Functional languages are easy to detect bugs in a program at early stages and the program is unlikely to cause unexpected behavior, mainly because reference transparency is maintained, therefore, it is useful for assembling a high quality system. However, writing programs in a functional language tends to be hard when the system needs to acquire information from the outside, updating values by processing on that information. Functional reactive programming (FRP) is gaining attention as a framework to declaratively describe such processing. FRP is a very useful programming paradigm for describing operations that requires time handling such as physical operations, games, animation, parallel processing and other processing in real world domains. However, FRP is difficult to understand and cannot be handled easily. It takes time to actually perform coding. Therefore, in this research, we have implemented a library for embedded systems that makes FRP easier to handle. This makes it possible to improve code size reduction, readability, and ease of use. In this experiment, this library was able to reduce in code amount. Readability and ease of use were improved by the functions provided by the library.

Article

AA12746425