@inproceedings{oai:ipsj.ixsq.nii.ac.jp:00241876,
 author = {Yugo, Otani and Go, Suzuki and Sosuke, Moriguchi and Takuo, Watanabe and Yugo, Otani and Go, Suzuki and Sosuke, Moriguchi and Takuo, Watanabe},
 book = {Proceedings of Asia Pacific Conference on Robot IoT System Development and Platform},
 month = {Dec},
 note = {Emfrp is a functional reactive programming (FRP) language for resource-constrained systems such as microcontrollers. The language enables the concise description of reactive behavior specific to embedded systems. The current Emfrp compiler runs on a development host PC. Therefore, the program development, testing, and modification cycle is time-consuming. We have implemented an interpreter, Emfrp-REPL, which runs on the target device and enables interactive and rapid development using the REPL interface. The interpreter is designed to minimize I/O latency and employs snapshot GC to suppress latency fluctuations. However, the execution speed could be faster because the evaluation of expressions is based on AST traversal. In this study, we design and implement Emfrp-VM, a byte code VM for Emfrp, to solve this problem., Emfrp is a functional reactive programming (FRP) language for resource-constrained systems such as microcontrollers. The language enables the concise description of reactive behavior specific to embedded systems. The current Emfrp compiler runs on a development host PC. Therefore, the program development, testing, and modification cycle is time-consuming. We have implemented an interpreter, Emfrp-REPL, which runs on the target device and enables interactive and rapid development using the REPL interface. The interpreter is designed to minimize I/O latency and employs snapshot GC to suppress latency fluctuations. However, the execution speed could be faster because the evaluation of expressions is based on AST traversal. In this study, we design and implement Emfrp-VM, a byte code VM for Emfrp, to solve this problem.},
 pages = {63--64},
 publisher = {情報処理学会},
 title = {A Bytecode VM for an FRP Language for Small-Scale Embedded Systems},
 volume = {2024},
 year = {2024}
}