应用分割和重组可支持大量消息(大到发送设备和接收设备的缓冲区容量)的收发。
Large messages, up to the buffer capacity of the sending and receiving devices, are supported using Fragmentation and Reassembly.
本文对CIMS生产线中缓冲区容量进行了优化分配，提出了拉格朗日乘子优化法和启发式优化算法，得到了满意的结果。
This paper discusses the optimal apportionment of capacities of buffers in CIMS production line, presents the Lagrange Operator Algorithm and Heuristic Algorithm, obtains the satisfied results.
如果消息引擎中排队的事件和动作超过了该缓冲区的容量，则丢弃它们。
If the number of events and actions queued on the messaging engine exceeds this buffer capacity, they will be discarded.
BUFFERSIZE表示缓冲区空间的容量(以4K页面为单位)。
BUFFERSIZE indicates the capacity (in 4k page) of the buffer space.
对于大容量磁盘来说，这是至关重要的，因为其中百分之十的缓冲区可能等于许多个GB的潜在空间。
This is vital for large disks, where a 10 percent buffer could equal many gigabytes of potential space.
量化阶段量化因子是一个控制码率的重要参数，这个参数的设定主要是结合缓冲区的占用容量。
In quantization step quantization gene is an important parameter in video stream control. The enactment of this parameter is determined by buffer occupancy.
量化阶段量化因子是一个控制码率的重要参数，这个参数的设定主要是结合缓冲区的占用容量。
In quantization step quantization gene is an important parameter in video stream control. The enactment of this parameter is determined by buffer occupancy.
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