对分布式并行绘制系统的几何指令流进行压缩能缓解网络带宽瓶颈。
Compression of geometry instruction stream in distributed parallel rendering systems can alleviate network bandwidth bottleneck.
对分布式并行绘制系统的几何指令流进行压缩能缓解网络带宽瓶颈。
Compression of geometry instruction stream in distributed parallel rendering systems can alleviate network bandwidth bottleneck. LZW method is used in op codes compression.
提出了一种基于PC集群的大规模三维战场电磁环境并行绘制方法。
A parallel rendering method of large-scale battlefield electromagnetism based on PC cluster is proposed.
通过负载平衡优化，并行绘制流水线有效实现了绘制、合成与显示的重叠。
Through load balancing optimization, parallel rendering pipeline can overlap rendering, compositing and display process.
针对分块后的网格，使用前面的并行绘制算法，并且充分利用分块网格边界上的对应关系，在一次循环中完成整个网格模型的绘制。
More important, the large-scale mesh could be totally rendered in one iteration, since a non-trivial re-construction method was developed by using of corresponding boundaries among parts.
其次，着重研究了两种模式（立即模式和保留模式）的并行绘制系统以及HLA/RTI结构，从理论上证明了可以在HLA/RTI中实现并行绘制。
Secondly, we studied Immediate Mode and Retained Mode of Parallel Rendering Systems and HLA/ RTI. We theoretically proved that the Parallel Rendering could be realized in HLA/ RTI.
随后按照所需顺序绘制其他消息事件，使用ParallelCombinedFragment显示可能存在的并行性，绘制完成后应如图23 所示。
We then draw the other message events in the desired order, using a Parallel Combined Fragment to show the possible parallelism, after which it should look about like Figure 23.
GPU处理具有较高的并行度，利用GPU对细节复杂模型的绘制进行加速是一个有效加速途径。
Modern Graphics Processing Unit (or GPU) has powerful parallel computing capability, and thus using GPU to accelerate the real time rendering of highly detailed surfaces is an effective approach.
实验测试结果表明，该系统结构对多任务具有较好的并行效率和可扩展性，能够充分利用系统的并行计算资源，达到较好的绘制效果。
Experiments show that it has better parallel efficiency and scalability, can take full advantage of its own resources, and has wonderful rendering effect.
并行处理任务能力：在绘制过程中可以同时完成坐标显示、线段绘制中途暂停、加工速度、加工时间显示、可以在线升级程序。
Parallel processing capacity: during the plotting process can also support coordinate performance, pause, and also the performance of operating speed and time, also supporting online updating.
并行处理任务能力：在绘制过程中可以同时完成坐标显示、线段绘制中途暂停、加工速度、加工时间显示、可以在线升级程序。
Parallel processing capacity: during the plotting process can also support coordinate performance, pause, and also the performance of operating speed and time, also supporting online updating.
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