文件名称:1-s2.0-S0026269212000948-main
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Ann2 n round-robin arbiter (RRA) searches its n inputs for a 1, starting from the highest-priority input.
It picks the first 1 and outputs i ndex in one-hot encoding. RRA aims to be fair to its inputs and
maintains fairness by simply rotating the input priorities, i.e., the last arbitrated input becomes the
lowest-priority input. Arbiters are used to multiplex the usage of shared resources among requestors as
well as in dispatch logic where the purpose is load balancing among multiple resources. -Ann2 n round-robin arbiter (RRA) searches its n inputs for a 1, starting from the highest-priority input.
It picks the first 1 and outputs its index in one-hot encoding. RRA aims to be fair to its inputs and
maintains fairness by simply rotating the input priorities, i.e., the last arbitrated input becomes the
lowest-priority input. Arbiters are used to multiplex the usage of shared resources among requestors as
well as in dispatch logic where the purpose is load balancing among multiple resources.
It picks the first 1 and outputs i ndex in one-hot encoding. RRA aims to be fair to its inputs and
maintains fairness by simply rotating the input priorities, i.e., the last arbitrated input becomes the
lowest-priority input. Arbiters are used to multiplex the usage of shared resources among requestors as
well as in dispatch logic where the purpose is load balancing among multiple resources. -Ann2 n round-robin arbiter (RRA) searches its n inputs for a 1, starting from the highest-priority input.
It picks the first 1 and outputs its index in one-hot encoding. RRA aims to be fair to its inputs and
maintains fairness by simply rotating the input priorities, i.e., the last arbitrated input becomes the
lowest-priority input. Arbiters are used to multiplex the usage of shared resources among requestors as
well as in dispatch logic where the purpose is load balancing among multiple resources.
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