P4 in-network source protection for sensor failover

S Lindner, M Häberle, F Heimgaertner… - 2020 IFIP …, 2020 - ieeexplore.ieee.org
S Lindner, M Häberle, F Heimgaertner, N Nayak, S Schildt, D Grewe, H Loehr, M Menth
2020 IFIP Networking Conference (Networking), 2020ieeexplore.ieee.org
Automated systems like industrial applications or autonomous cars heavily rely on sensor
information. To increase reliability, several sensors may be used to provide identical data,
eg, temperatures or velocity. Applications exploiting this data may either use both data
streams or rely on a single primary data stream until the primary stream fails. This increases
the complexity of the application and is prone to errors. In this paper we present a prototype
and mechanisms for in-network sensor failover. Our novel prototype detects the failure of a …
Automated systems like industrial applications or autonomous cars heavily rely on sensor information. To increase reliability, several sensors may be used to provide identical data, e.g., temperatures or velocity. Applications exploiting this data may either use both data streams or rely on a single primary data stream until the primary stream fails. This increases the complexity of the application and is prone to errors. In this paper we present a prototype and mechanisms for in-network sensor failover. Our novel prototype detects the failure of a primary sensor and delivers in turn the data of a redundant sensor to the application.
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