Titlebook: Intergenerational Bonds; The Contributions of Mary Renck Jalongo,Patricia A. Crawford Book 2021 The Editor(s) (if applicable) and The Autho

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Sandra L. McGuire while using the critical section and therefore the critical section must have at least .+1 slots. (. is the maximum number of possible faulty processors)..There are several possibilities for defining a priority rule that achieves fairness among the processors. In [FLBB] processor . has a higher pri

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說笑

Patricia A. Crawfordnning on the .-dimensional hypercube (.-cube for short) in . rounds, where for communication by each node of the .-cube, only one of its links is used in each round. The scheme BC1-.-cube can tolerate ?(. ?1)/2? Byzantine node and/or link faults in the worst case. If there are at most . Byzantine fa

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Natalie Conrad Barnyak,Mary Renck Jalongo,Patricia A. Crawfordving maliciously), yet it is required that the non-faulty processors eventually agree on a value that was initially held by one of them. This paper presents consensus protocols that tolerate arbitrary faults, are . (i.e., run for a number of rounds proportional to the number of faults . that actuall

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ving maliciously), yet it is required that the non-faulty processors eventually agree on a value that was initially held by one of them. This paper presents consensus protocols that tolerate arbitrary faults, are . (i.e., run for a number of rounds proportional to the number of faults . that actuall

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Marjory Ebbeck,Hoi Yin Bonnie Yim,Lai Wan Maria Lee which all messages will arrive at their destinations and meet their deadlines. At each step a processor cannot send on any of its outgoing links more messages than the capacity of that link. We study bottleneck-free networks, in which the capacity of each edge out-going any processor is at least th

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Simone DeVorerbitrary anonymous networks of processes. Our algorithms are simpler than in [11] and slightly improve on those in [9,11] with respect to communication complexity. So far, the present algorithms are very likely to be the first fully and precisely specified distributed communication protocols for nam