In the ATM network, ABR service USES a rate-based flow control mechanism.
AT M网络中abr服务采用基于速率的流量控制机制。
In this paper, a rate-based flow control model is studied and a new mechanism ERFCM is put forward for insufficiency of the existing mechanisms such as EPRCA.
研究和分析了基于速率的流量控制模型，针对已有显式速率(EPRCA)机制存在的不足，提出了一种新的控制机制ERFCM。
The propagation delay of cells, especially the nonlinear large-lag of communication may create congestion and loss of data in rate-based flow control in networks.
在基于速率反馈的网络流量控制系统中，信元在网络中的传播时延，特别是网络流量控制中的非线性大滞后，会带来极大的网络拥塞和数据丢失。
Flow control of ABR service is identified by ATM forum as a rate-based close-looped feedback mechanism, which makes ABR service the only one whose rate can be controlled among the five services.
对于ABR业务，AT M论坛最终确定其流量及拥塞控制是一种基于速率的闭环反馈控制机制，这使得A BR成为五种业务中唯一一种速率可控的业务。
This paper proposes an approach to design a rate based flow control mechanism in order to regulate the Available Bit Rate (ABR) traffic and effectively control congestion of the networks.
对此，本文提出一种方法来设计基于速率的流量控制机制以便调节ABR服务并有效地控制网络拥塞。
Thanks to the event based packet exchange, the information exchange is quick with small flow rate occupation between the BA controllers, which guarantees the real time capability of the control.
由于采用了基于事件的报文交换方式，使得 楼宇控制器之间以较小流量占用而获得信息的快速交换，保证了控制的实时 性。
In this paper, we first contrast the pros and cons of rate-based and credit-based flow control patterns, and get the conclusion that the latter is more suitable for the IP router design.
本文针对基于网络处理器体系结构的IP路由器中流量控制技术进行研究，讨论并比较了基于速率和基于信用两种流控方式的优缺点，认为在路由器内部适于采用基于信用的流量控制机制。
This design USES a frame rate control algorithm based on space-hash to improve the quality of the LCD display. It USES two-level buffer structure to ensure steady output flow.
该设计使用了基于空间散列的帧频控制算法以优化LCD显示图像质量，并使用两级缓存结构以保证稳定的输出数据流。
Starting with analyzing the factors affecting dispensing performance, an adhesive flow rate predictive model is developed and a vision-based online control strategy for time-dispensing is presented.
本文从分析影响时间-压力点胶一致性的因素入手，对点胶量的模型预测、在线测量和点胶过程控制展开了研究。
Starting with analyzing the factors affecting dispensing performance, an adhesive flow rate predictive model is developed and a vision-based online control strategy for time-dispensing is presented.
本文从分析影响时间-压力点胶一致性的因素入手，对点胶量的模型预测、在线测量和点胶过程控制展开了研究。
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