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ARED: automata-based runtime estimation for distributed systems using deep learning
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DOI：10.1007/s10586-021-03272-w.png)
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High-performance computers are used for computation-intensive tasks. It is essential for these systems to simultaneously execute several computation-intensive tasks for efficient and timely system utilization. Since typical tasks have a longer runtime, it is essential to determine the runtime of each task prior to execution and schedule them accordingly. We propose a method for predicting the runtime of MPI-based software. Initially, we analyze the source code of the software by translating the code to finite automata and measuring the state complexity. Next, the runtime of software is trained using a deep neural network (DNN) along with its state complexity. Herein, we propose three models based on DNN, statistics and their hybrid. DNN model is superior in comparison. Additionally, the adaptability of our method is demonstrated by showing that our method can adapt on new environment with 90% accuracy on various software.
Keyword:
Automata theory
Deep learning
Software modeling
Time estimation
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