same clock meaning in Chinese
比赛计时表
Examples
- A " dual - core " chip can , at least in theory , deliver twice the number - crunching performance of a single - core chip , but at the same clock speed
至少在理论上，一个"双心"芯片可以在相同的频率下提供双倍于单核芯片的数字处理性能。 - At the logic synthesis stage , we make some research on the principles of logic synthesis at first , then by utilizing tsmc0 . 25um process , choosing the worst case that the workable temperature can be high to 125 degrees centigrade and the supply voltage is as low as 2 . 25v , and introducing the wireload library for effectively simulating delay and power consumption of wire connection , and taking the same clocks as in simulation , the critical path is 15 . 3ns and the chip area is 0 . 395mm2
在进行逻辑综合时首先对逻辑综合的原理作了一定的了解，然后利用tsmc的0 . 25 m的工艺库，工作电压为2 . 25v ，工作温度最高可达到125摄氏度的最坏情况下，进行逻辑综合时引入了wireload库以便有效的模拟连线所引起的延迟及功耗，采用与模拟时相同的时钟，关键路径为15 . 3ns ，芯片面积为0 . 395mm ~ 2 。 - The house , which was discernible through the trees , remained in darkness , and gave no indication that so important an event as the signature of a marriage - contract was going on . morrel looked at his watch , which wanted a quarter to ten ; but soon the same clock he had already heard strike two or three times rectified the error by striking half - past nine
莫雷尔望一望他的表，他的表指在十点一刻上但不久那只他已经听到敲过两三遍的大时钟校正了他的表时差，那只钟才敲九点半。 - Based on the basic principle of wavelet analysis , multi - resolution analysis of signal in atomic clock is made . the coefficients of wavelet transform for synthesis atomic time , which are weighed and averaged at different wavelet scales , are obtained . then according to reconstruction theorem , multi - resolution synthesis time scale can be reconstructed . since the signal of atomic clock has been analysed by multi - resolution , we can use wavelet variance at different scales to weight and average the coefficients . thus either the difference in stability of different clock or the varying characteristic of the same clock at the different scale are all considered . finaly , this method is checked by the measured data from national timing serve center of shaanxi astronomy observatory . it confirmed that this technique , which is simple and practicable , is a new method of multi - resolution . from this method , the common characteristic of different clocks can be extracted . the stability of multi - resolution synthesis atomic time scale is obviously superior to that of other methods
本文根据小波分析的基本原理，对原子钟信号进行多分辨率分解，将分解后的小波变换系数进行加权平均，得到不同小波尺度综合原子时的加权平均小波变换系数，然后由小波变换的重构条件，反演综合时间尺度.由于对原子钟信号进行了小波分解，利用不同尺度的小波变换系数的小波方差进行加权平均，这样既考虑不同原子钟在稳定性方面的差异，又顾及同一台原子钟在不同小波尺度的变化特性.最后根据陕西天文台国家授时中心的实测数据对这种方法进行了检验.表明这是一种全新的多分辨率综合方法，这种方法比较简单而切实可行，它能提取各个原子钟的共同特性，多分辨率综合时间尺度的平稳性明显优于其他方法