A First-Come-First-Served Mutual-Exclusion Algorithm with Small Communication Variables

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

We present an algorithm for the mutual exclusion problem that satisfies the "first come first served " property and requires only five shared bits per participant. The algorithm works in a model of concurrency that does not assume atomic operatio

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