Routing using Safe Reinforcement Learning
Author
Summary, in English
The ever increasing number of connected devices has lead to a metoric rise in the amount data to be processed. This has caused computation to be moved to the edge of the cloud increasing the importance of efficiency in the whole of cloud. The use of this fog computing for time-critical control applications is on the rise and requires robust guarantees on transmission times of the packets in the network while reducing total transmission times of the various packets.
We consider networks in which the transmission times that may vary due to mobility of devices, congestion and similar artifacts. We assume knowledge of the worst case tranmssion times over each link and evaluate the typical tranmssion times through exploration. We present the use of reinforcement learning to find optimal paths through the network while never violating preset deadlines. We show that with appropriate domain knowledge, using popular reinforcement learning techniques is a promising prospect even in time-critical applications.
We consider networks in which the transmission times that may vary due to mobility of devices, congestion and similar artifacts. We assume knowledge of the worst case tranmssion times over each link and evaluate the typical tranmssion times through exploration. We present the use of reinforcement learning to find optimal paths through the network while never violating preset deadlines. We show that with appropriate domain knowledge, using popular reinforcement learning techniques is a promising prospect even in time-critical applications.
Department/s
Publishing year
2020-02-20
Language
English
Publication/Series
2nd Workshop on Fog Computing and the Internet of Things
Full text
- Available as PDF - 451 kB
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Document type
Conference paper
Topic
- Control Engineering
Conference name
2nd Workshop on Fog Computing and the Internet of Things
Conference date
2020-04-21
Status
Inpress
Project
- ELLIIT LU P02: Co-Design of Robust and Secure Networked Embedded Control Systems
ISBN/ISSN/Other
- ISBN: 978-395977144-3