We present the first deterministic self-stabilizing network orientation algorithms. We present three protocols for arbitrary and asynchronous networks.

Network orientation is the problem of assigning different labels to the edges at each processor, in a globally consistent manner. A self-stabihzing protocol ...

This paper presents the first deterministic self- stabilizing network orientation algorithms. We present three protocols for arbitrary and asynchronous net-.

A self-stabilizing protocol guarantees that the system will arrive at a legitimate state in finite time, irrespective of the initial state of the system. Two ...

This paper presents the first deterministic self-stabilizing network orientation algorithms. We present three protocols for arbitrary and asynchronous networks.

Jul 23, 2015 · The protocols are self-stabilizing, meaning that starting from an arbitrary state, the protocols are guaranteed to reach a state, in which all ...

This paper presents the first deterministic self-stabilizing network orientation algorithms. We present three protocols for arbitrary and asynchronous ...

This paper presents the first deterministic selfstabilizing network orientation algorithms. We present three protocols for arbitrary and asynchronous networks.

Self-stabilizing network orientation algorithms in arbitrary networks. In International Journal on Informatics, Studia Informatica Universalis, Vol 1(1) ...

Jul 12, 2023 · Indeed, several self-stabilizing algorithms that construct BFS spanning trees in arbitrary connected and rooted networks have been proposed ...