bandwidth-limited造句

• A bandwidth - limited active suspension controller for off - road vehicle based on co - simulation technology
  基于联合仿真技术车辆有限带宽主动悬架控制系统
• The texture data are organized in a quadtree as a bandwidth - limited resource rather than a finite resource
  在有限的纹理存储资源下，使川了基于四叉树的多分辨率表示方式。
• If you are gpu bandwidth - limited : try reducing the size of your textures . you may also be performing too many blending operations , which are costly
  如果是gpu带宽受限：减少你的纹理大小。可能你执行了太多的混合操作，那玩意是很昂贵的。
• Since an underwater acoustic communication channel is bandwidth - limited , transmission of quantized speech samples at high bit rates is restricted , hence speech signals must be compressed
  要想在水中进行数字语音通信就必须对语音信息进行大幅度压缩，降低传输所需的比特率。
• Our treatment shows in the raman effect case , mnls solitons , the same as nls solitons , keeps its energy , initial center and initial phase unchanged . however , the raman effect , not the same as nls solitons . reduces its amplitude , widens its width and under the same conditions , the self - frequency shift of mnls soltions is closer to the result of numerical simulation . in the raman effect together with frequency filters case , mnls solitons , the same as nls solitons , keeps initial center and initial phase unchanged and bandwidth - limited frequency filters can make the mean frequency of mnls soltion stand a steady value at the red side of the initial mean frequency , i . e . suppress the self - frequency shift of mnls soltions . and that , the other physical parameters of mnls soltion last stand a steady value . however under the same conditions , the steady value of the mean frequency of mnls soltions is closer to the initial mean frequency and the result of numerical simulation
  有所不同的是， raman效应虽然不改变孤子能量，但会引起孤子峰值的下降和宽度变宽，且在同一条件下， mnls孤子微扰理论得到的自频移比nls孤子微扰理论得到的更接近直接数值计算结果。有限带宽的频率滤波也不引起mnls孤子初始中心、初始位相的改变，选取适当的频率滤波器参数值能使孤子的平均频率稳定在初始平均频率的红侧一稳定值，抑制了自频移，而且孤子的各物理量最后都稳定在一稳定值，这些与nls孤子微扰理论都是类似的。有所不同的是，宽度为飞秒量级下， mnls孤子平均频率的稳定值更接近初始平均频率，更接近数值计算结果。
• Digital speech technology has been widely used in many fields of communications in recent years , but it is just at beginning to use acoustical wave to implement underwater digital speech communications , which mainly results from the bandwidth - limited underwater acoustic communications channel and its high temporal and spatial variability
  目前，数字语音技术已广泛应用于许多通信领域，但是在水下利用声波进行数字语音通信却是刚刚起步的新技术，这主要是由于水声信道有限的通信带宽及其时变、空变等特性所决定的。