Time- and Space-Efficient Self-Stabilizing Algorithms - Bernd Hauck
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Pristatymas per 15-21 d.d.
30 dienų grąžinimo politika
Self-stabilization is a general approach to design a system to tolerate arbitrary transient faults. This thesis presents new time- and space-efficient self-stabilizing algorithms for well-known problems in graph theory and provides new complexity analyzes for existing algorithms. The main focus of this thesis is on the proof techniques used in the complexity analyzes and the design of the algorithms.
Aprašymas
Self-stabilization is a general approach to design a system to tolerate arbitrary transient faults. This thesis presents new time- and space-efficient self-stabilizing algorithms for well-known problems in graph theory and provides new complexity analyzes for existing algorithms. The main focus of this thesis is on the proof techniques used in the complexity analyzes and the design of the algorithms.
Daugiau informacijos
| Autorius | Bernd Hauck |
|---|---|
| Leidėjas | Cuvillier |
| Išleidimo metai | 2013 |
| Viršelio tipas | Minkšti viršeliai |
| EAN | 9783954043248 |