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数据的传输量和图像中存在的渲染能力是无线图像通信中存在的两种特性,要优化这两种性能,即提升图像的渲染性能,或者减小数据的传输量,相关人士提出了一种比较合理的优化算法,即将基于矩形分割的局部渲染技术运用在无线图像通信中,这种技术目的是为了节省CPU的计算资源,同时减少电量的消耗以及对于带宽的依赖性。通过相关实验,这种算法确实适应于这种情况,但是有一定的适用范围,比如在图形相对来说比较平稳的时候,它的计算性能可达到提高30%,甚至更高的性能,并在此基础上的数据传输量降低50%以上。
Data throughput and image rendering capabilities exist in the wireless image communication of the two characteristics, to optimize these two properties, that is, to enhance the image rendering performance, or reduce the amount of data transmission, the parties proposed a The more reasonable optimization algorithm is to apply the local rendering technology based on rectangle segmentation in wireless image communication. This technology aims to save the computing resources of the CPU while reducing the power consumption and the bandwidth dependence. Through experiments, this algorithm does adapt to this situation, but it has a certain scope of application, for example, when the graph is relatively stable, its computational performance can be increased by 30% and even higher performance, and at The amount of data transfer on this basis is reduced by more than 50%.