dynamic scope中文是什么意思

发音:

用"dynamic scope"造句"dynamic scope"怎么读"dynamic scope" in a sentence

中文翻译手机版

动态酌域
动态作用域

"dynamic"中文翻译 adj. 1.动力的，动力学的；力学(上)的；动(态)的 ...
"scope"中文翻译 n. 1.(活动)范围。 2.眼界，视界；视野；见识。 ...
"dynamic scope rule" 中文翻译 : 动态作用域规则
"-scope" 中文翻译 : 后缀表示“看的东西，看的器械，…镜，…指示器”： telescope.
"a scope" 中文翻译 : a型显示器
"scope" 中文翻译 : n. 1.(活动)范围。 2.眼界，视界；视野；见识。 3.力量，能力。 4.发挥能力的“用武之地”，余地；机会。 5.广度，广袤；地域。 6.【数学】分野，辖域。 7.(箭式导弹等的)射程。 8.【航海】(抛出的)锚缆长度。 9. 观测设备；显示器；阴极射线管。 10.〔美俚〕潜望镜。 11.〔古语〕目的。 12.(算命用的)星占图，天宫图。 beyond [outside] sb.'s scope 越出某人力量范围之外。 give line and scope 先纵后擒；先给自由后压制。 give scope to [for] 给与…以…的自由；给…以发挥…的机会。 have (an) ample [(a) full, (a) large] scope (for) 有充分发挥能力的机会[活动的余地]。 have (a) free scope 有…的自由。 have no scope for the imagination 无想像的余地。 of wide scope 广泛的，广大的 (a mind of wide scope 见识广大的人。 an undertaking of wide scope 范围广大的事业)。 seek scope for 寻求发挥…的机会；找…(活动的)机会。 within the scope of 在…的范围内；在…所及的地方。
"the scope" 中文翻译 : 视角传媒
"dynamic" 中文翻译 : adj. 1.动力的，动力学的；力学(上)的；动(态)的；起动的。 2.有力的，有生气的；能动的；(工作)效率高的。 3.【音乐】力度；强弱法的。 4.【医学】机能(上)的。 5.【哲学】动力论的，力本论的。 a dynamic personality 活跃的性格。 a dynamic atmosphere 生气勃勃的景象。 a dynamic population 动态人口。 n. 〔限指 dynamic〕 (原)动力；动态。 adv. -ally
"a-scope (or display)" 中文翻译 : 型示波器
"a-scope; a-scan" 中文翻译 : 型显示
"a-scope;a-scana" 中文翻译 : 型显示
"acquisition scope" 中文翻译 : 探测显示器
"aerosol scope" 中文翻译 : 光电离子计数器
"alignment scope" 中文翻译 : 调准用示波器; 对准用双眼显微镜
"applicable scope" 中文翻译 : 适用范围
"applying scope" 中文翻译 : 应用范围
"audit scope" 中文翻译 : 审计范围
"auto scope" 中文翻译 : 路平机
"axle scope" 中文翻译 : 方位高度指示器
"azel scope" 中文翻译 : 方位高度镜; 方位高度示波器; 方位角和高低角显示器
"azel-scope" 中文翻译 : 方位-高度镜,方位高度雷达显示器
"b scope" 中文翻译 : b望镜
"b-scope" 中文翻译 : b型扫描仪,超声显像仪,b型显示器; 型指示器
"baseline scope" 中文翻译 : 基线工程
"beyond the scope of" 中文翻译 : 超出...范围

例句与用法

Ten , dynamic scope
十动态范围
Taking accuracy , robust and computational efficiency into consideration , we expect a far - ranging application in computational fluid dynamics scopes in the future
综合考虑精度、鲁棒性及计算效率等问题，有理由相信， wnnd格式将会得到更广泛的应用。
Function performance that is in addition , have some the index sign , dye the etc . such as the dynamic scope , intelligent degree , resistance , all to family the have got the important influence
此外，还有一些指标，如动态范围灵敏度阻抗音染等等，都对家庭影院的性能表现有着重要影响
The between the most strong part of the signal and weak part electricity is even and bad . to device , the dynamic scope mean this device to handle the ability to look after both sidesing of strong or weak signal
信号最强的部分与最微弱部分之间的电平差。对器材来说，动态范围表示这件器材对强弱信号的兼顾处理能力。
The proposed algorithm lows the complexity by choosing decision delay in advance and then making solution of the equalizer tap coefficient , a new decision delay choice method is proposed , solution by using weight method , diagonal matrix transform , z extension and a new energy restrictive condition which restrains noise enhance , a new decision delay choice method is proposed , the simulation result shows that the proposed algorithm has better equalization effect and enhanced performance comparing to the general mmse algorithm , simulation research on the precision and dynamic scope of parameters in digital realization time domain equalization algorithm , design software and hardware of time domain equalizer . fourthly , there exist a lot of interfere in dsl line , especially , dsl works in multi - user mode , the near end interference is serious
通过先选择判决时延，再进行时域均衡器抽头系数求解的方法降低了时域均衡计算复杂度；对于均衡器抽头系数的求解使用了加权技术，通过对角矩阵变换， z扩展，使用不同的能量约束条件对算法求解，结果表明这种约束有效的抑制了噪声增强，与常用删se比较，该算法有更佳的均衡效果，算法性能得到了提高：论文还对数字化实现时域均衡算法中每一部分参数的精度、变量的动态范围进行了模拟研究，对时域均衡的软硬件实现进行了设计。
The results of the test demonstrated that the system has a good performance in the linearity , dynamic scope , isolation , coherence of the amplitude . the group delay of the upmixers is 2ns , which is better than other domestic manufactures . because the inconsistency between the isolation and the phase coherence , and the error of the test method , we haven ’ t gotten the good performance of the phase coherence . the next work is improving the restrain of the filter to the lo signal and the phase test methods
在单路发射通道上,群时延达到了2ns ,优于国内很多产品。三路通道之间的相位一致性由于测试方法的误差以及隔离度指标的牵引作用,我们不能调试达到非常好的在相位一致性指标,再下一轮的工作中必须提高滤波器对本振信号的抑制度,改进相位测试方法以达到指标要求。
This is just a method for using to passing 16 bits 44 . 1s khz passage compressing more musics within many hdcd technique , look like technique read with the strong scope of 16 bits coding . that system at used the process to inside expressed extreme of excellent technique , also reflected a personal sense of hearing , recording , electronics design with figures number coming of modern ear that handle . the graveness that hdcd technique is a figures stereo set leaps . the easy to do compares a mother for using the hdcd plait the solution code to take with a tradition of 16 mother that bits 44 . 1s khz the edition take , and the hdcd can get the resolution of more detailses ; the restoring of tone color is too more accurate ; the high part is more smooth , and also little the trace of the many artificial ; more wide and dynamic scope ; big development with complicated chapter more contain clarity ; field of more wide voice ; when the musical instrument of the other and big volume give musical performance , can more goodly the hear the small volume musical instrument deeply thought to deduce . even we expect already a long time of the cd system type of the high quality way for a life time empress , 16 bits 44 . 1s khz system type cd will still very longly a period of time inside can t withdrawing the music satge , because hdcd system providing first kind from the cd format obtaining bestly music
Hdcd技术是数码音响的重大飞跃。轻易比较一个用hdcd编解码的母带和一个传统的16bit 44 . 1khz版本的母带， hdcd可以得到更多的细节解析度音色的还原也更加准确高音部分更加平滑，也少了许多人工的痕迹更宽的动态范围大动态和复杂的章节更有透明度更宽广的声场当其他大音量的乐器演奏时，可以更好地聆听小音量乐器的精微演绎。即使我们期盼已久的超高音质的cd制式面世后， 16bit 44 . 1khz制式cd仍将很长一段时间内不会退出音乐舞台，因为hdcd系统提供了一种从cd格式里获取最好音乐的方式。
By means of wavelet transformation of the low contrast infrared image , its distribution of multiscale gradient can be achieved . we improve image contrast by modifying the modulus of the gradient image on multiple scales rationally and enlarging its dynamic scope in scale space directly , and we can control noise magnification
对低对比度的红外图像施行小波变换，得到其多尺度梯度分布;合理地增强其在各个尺度上的梯度模值，直接扩大尺度空间图像的动态范围，既增强了图像的对比度，又控制了噪声。