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Resource reservation is a fundamental mechanism for ensuring quality ofservice in time-sensitive networks, which can be decentralized by usingreservation protocols. In the Ethernet technology Time-Sensitive Networking,this has been proposed in conjunction with the Credit-Based Shaper. For thereservation, the standards assume a maximum worst-case latency bound at eachhop. However, we will show through formal analysis and simulation that theseworst-case latency bounds are not safe. To face this, we propose an extensionto the current standards to allow the reservation of time-sensitive trafficwith reliable latency guarantees. The effectiveness of our approach isdemonstrated through simulations of both synthetic and industrial networks.Finally, by providing additional information about neighboring devices, wecould further increase the maximum reservable traffic by up to 20% in our testcases.

On the Validity of Credit-Based Shaper Delay Guarantees in Decentralized Reservation Protocols