high-order bit 中文意思是什麼
high-order bit
解釋
高部位-
In order to meet the requirement of phase - error and physical dimension, high - pass / low - pass filter phase shifter and solid - structure are applied in the design of if broad - band five - bit digital phase shifter
考慮對相位誤差和物理尺寸的要求,中頻寬帶五位數字移相器採用高通/低通濾波器形式和立體結構進行設計。 -
The right - shift is an arithmetic shift high - order empty bits are set to the sign bit
,則右移位是算術移位(高序空位設置為符號位) 。 -
Replicates the high order bit on each shift, preserving the sign of the original value in the
復制每一移位上的高序位,並將原始值的符號保留在 -
The least significant bit is called the low - order bit ; the most significant bit is called the high - order bit
最低有效位稱為低序位,最高有效位稱為高序位。 -
The following structure stores a signed 128 - bit integer value as the constituent high - order and low - order parts
下面的結構將有符號的128位整數值存儲為高序部分和低序部分。 -
China s 863 high - tech communications project will deal with optical transfer systems and routers of the tera bit order
我國863高科技通信專項也將研發吉比特量級的光傳送系統和路由器。 -
In order to make sure the high precision, the part of measurement is composed with the pt1000 platinum resistance temperature sensor and the 24 - bit a / d converter
儀器採用pt1000鉑電阻溫度傳感器和24位的a / d轉換器組成測量部分,保證了測量的高精度。 -
By introducing the principle of high - speed optical time division multiplexing system, we present the characteristics of higher - order dispersion compensation in ultra high - speed otdm system, and derive optimum transmission parameters under the effects of source chirping and residual second - order dispersion, which would be helpful to provide some theoretical suggestion for high - bit - rate optical transmission system
本文從介紹高速光時分復用系統的原理入手,深入地研究了超高速光時分復用系統中色散補償的特性,並在此基礎上得到了線性系統在源啁啾和殘餘二階色散的作用下的最佳傳輸參量。 -
The go sequences are applied to the high - order modulation qs - cdma systems, and for the mpsk and m - qam modulation scheme, the maximum allowable timing delays, the sir expressions and the bit - error - rate ( ber ) results are derived
作者將go序列用於高階調制qs - cdma系統,獲得了採用mpsk調第vll頁西南交通大學博士研究生學位論文制和m一qam調制時系統最大允許時延限制條件以及s僅表達式。
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