1) multiresolution sinusoidal model
多分辨率正弦模型
1.
The proposed system is composed of a multiresolution sinusoidal model and a multiresolution ERB noise model.
通过对现有的各种参数音频编码方案进行比较和改进,提出了一种面向高采样率音频信号的参数音频编码系统,通过使用多分辨率正弦模型、多分辨率ERB噪声模型,辅以谐波结构分析、双变换短时成分检测与双变换短时模型,可在24Kb/(s·ch)的码率下实现对44。
2) multi-resolution model
多分辨率模型
1.
Multi-resolution Model Construction Method Based on Half-edge Collapse;
一种基于半边折叠的多分辨率模型构造方法
2.
Multi-Resolution Model Algorithm for Large-Scale Terrain;
大规模地形多分辨率模型算法研究
3.
This paper explores how to construct dynamic multi-resolution models for terrain elevation data by using multi-resolution characteristic of wavelet transform and proposes a wavelet-progressive-reconstruction algorithm to solve the problem of smooth transition between multi-resolution models.
利用小波变换的多分辨率特性构建了地面高程数据的动态多分辨率模型,通过小波渐近重构算法解决了多分辨率模型间的平滑过渡问题,通过缝补解决了不同分辨率地形块间的裂缝问题,实现了对大规模地形的视点相关的连续快速绘制,通过实验进行了验证。
3) multiresolution model
多分辨率模型
1.
A multiresolution model for explore array maps and its application;
勘探部署图的多分辨率模型及其实现
2.
A segmentation approach was presented based on multiresolution model,which firstly constructed a multiresolution model according to the original mesh,then extracted a 3D wireframe from the multiresolution model and lastly finished segmentation by mapping the wireframe model to the original mesh.
该方法首先构建多分辨率三角网格模型,然后从多分辨率模型中提取得到一个三维线框;最后将三维线框映射回原始网格提取特征线并据此完成区域分割。
4) multi-resolution model family
多分辨率模型系
1.
The quantitative evaluating method of the multi-resolution model family (MF) developed by MRM was put forward.
多分辨率建模(MRM)技术是大型交互分布式作战模拟训练系统的关键技术之一,提出了对采用MRM方法建立的多分辨率模型系(MF)的量化评估方法。
2.
A new concept named multi-resolution model family (MF) was proposed and the concept of consistency was defined between different resolution models in a MF.
首先提出了多分辨率模型系的概念和多分辨率模型系中模型间一致性的概念。
3.
The quantitative evaluating method of the multi-resolution model family (MF) developed by MRM was put forward.
多分辨率建模(MRM)技术是大型交互分布式作战模拟训练系统的关键技术之一,提出了对采用MRM方法建立的多分辨率模型系(MF)的量化评估方法。
5) Multiresolution Model
多分辨率模型方法
1.
The concept of 3-D terrain visualization and techniques of digital terrain modeling are presented with emphasis placed on the typical data simplification algorithms: Level of Details (LOD) and Multiresolution Model, and a further discussion is made on the reality of 3-D terrain.
描述了三维地形可视化的概念及数字地面模型的表示方法 ,重点介绍了可视化及其实时显示中数据简化方面的典型方法 :层次细节方法 ,多分辨率模型方法 。
6) continuous multi-resolution model
连续多分辨率模型
补充资料：高分辨电子显微镜(见高分辨电子显微术)
高分辨电子显微镜(见高分辨电子显微术)
high resolution electron microscope
高分辨电子显微镜high resolution eleetronmieroseope见高分辫电子显微术。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条