1) nested scalar quantization
嵌套量化
1.
An adaptive nested scalar quantization model for distributed wavelet video coding is proposed,which conducts wavelet transformation to Wyner-Ziv frame,and uses Slepian-Wolf coder to quantificate the low frequency subband coefficient while using SPIHT coder to program high frequency ones.
提出一种分布式小波视频编码自适应嵌套量化模型,对Wyner-Ziv帧做小波变换,利用Slepian-Wolf编码器对低频子带系数进行量化,采用SPIHT编码器对高频子带系数进行编码,通过分析Wyner-Ziv帧低频子带系数与参考帧低频子带系数的残差自适应度,判定Wyner-Ziv帧低频子带系数的量化步长,从而使运动剧烈的视频序列有较大的量化步长,而运动平缓序列的量化步长较小。
3) unnest/nest
平面化/嵌套化
4) Nested optimization
嵌套优化策略
5) nesting
[英][nest] [美][nɛst]
嵌套
1.
The nesting of macro program loop statements of huazhong CNC system users
华中数控系统用户宏程序循环语句的嵌套
2.
A new tool path generation algorithm was presented to eliminate interferences,when nesting convex mold and concave die were machined with tool paths calculated by offsetting the 2D profile directly.
提出一种新的刀轨生成算法,成功解决了由通用等距方法的刀轨加工而成的凸台和凹槽在嵌套时产生干涉的问题。
3.
In packing system,a new algorithm of nesting operation between the moving polygon and the outline polygon is provided in this paper in order to improve the garment CAD packing efficiency.
为了提高服装CAD排料的利用率,对移动多边形与排料区中的轮廓多边形间的嵌套操作提出了一种新算法。
6) nest
[英][nest] [美][nɛst]
嵌套
1.
Macro-program of SIEMENS 802D system and its nesting application
SIEMENS 802D系统宏程序及其嵌套的应用
2.
This essay demonstrates with examples two methods of analysing recursive program:First, analysing through the nest, second,analysing through backward inference and progressive inferene.
通过实例介绍嵌套分析法、“回推”和“递推”分析法两种分析递归程序的方法,旨在对递归程序的执行过程有较深刻的理解。
3.
Based on the McCabe method, connective complexity among nest structures is addedwhile computing circle complexity of program and a value of connective complexity is obtained.
基于ＭｃＣａｂｅ方法，在计算程序环形复杂度时，考虑了嵌套结构间的关联复杂度，并给出了关联复杂度的一个较优值，使程序复杂度的计算更趋合理。
补充资料：超轻量化飞轮
我们也叫竞技版,适合N/A车子跟马力比较不大的车子,减重超过原厂的1/2,转速拉升跟加速的 性能比轻量化更好,很适合各式车子进行加速赛及甩尾,但比较不适合马力大及涡轮车进行场地赛及需要高速的 拉力赛,因为重量太轻了导致无法保持惯性所以会影响4,5档的加速,所以不适用一般马力在350P以下的车子使用单片式的离合器及飞轮即可,也较便宜,还不需要用到两片或多片式的,除非马力真的很大用单片式的踩起来太硬,遇到塞车真的是虐待左脚,否则用单片式的即可。
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