Abstract
The salient properties of a work-consemhg, Tate-based service scheduling scheme for ATM networks, called the Head-of-the-Line Earliest Due Date (HOL-EDD), are described. The major feature of HOL-EDD is that it does not use cell stamping. Instead, it uses an integer decision variable for each VC to schedule cells for transmission. It is shown that the EOL-EDD has a connectionist implementation of O(1) computational complexity. The flexibility of the scheme is shown by generalizing it to schedule the CBR, ABR and UBR service classes.

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