Core Stateless Network 核心无状态网络
core stateless fair queue 心无状态公平队列
core-stateless fair queueing 称为核心无状态公平性调度
core-stateless scheduling algorithms 核心无状态调度策略
Stateless core 核心状态无关
In existing deterministic core-stateless packet scheduling schemes, scalability is often achieved at the expense of under-utilization of the reserved bandwidth for flows at core nodes. This increases the burstiness in the traffic flow and limits the utility of network resources.
现有提供确定性性能保证的核心无状态分组调度策略中,可扩展性的获得通常以中间节点的速率损失为代价,从而导致数据传输突发性的增强,降低了网络资源的利用率。
参考来源 - 基于虚拟延迟矢量的核心无状态分组调度框架DVRS·2,447,543篇论文数据，部分数据来源于NoteExpress
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