The carry from bit3 to bit4 needed for adding packed binary coded decimal number correctly , where two binary coded decimal digits reside in one8 - bit byte 在两个用二进制编码的十进制数字同居于一个8位字节内的情况下,为了正确地对装配型二进制编码的十进制数进行相加所需的从第3位到第4位的进位。
The carry from bit3 to bit4 needed for adding packed binary coded decimal number correctly , where two binary coded decimal digits reside in one8 - bit byte 在两个用二进制编码的十进制数字同居于一个8位字节内的情况下,为了正确地对装配型二进制编码的十进制数进行相加所需的从第3位到第4位的进位。
To resolve the behavior , most programmers either ensure that the value is greater or less than what is needed , or they get and use a binary coded decimal library that will maintain the precision 为解决此行为,大多数程序员或是确保值比需要的大或者小,或是获取并使用可以维护精度的二进制编码的十进制( bcd )库。
A binary - coded decimal code for representing decimal numbers in which each decimal digit is represented by seven binary digits which are coefficients of8 , 6 , 4 , 2 , 0 , 1 , 0 , respectively 用于表示十进制数的一种二进制编码的十进制码,其中每位十进制数用七位二进制数来表示,它们分别是8 , 6 , 4 , 2 , 0 , 1和0的系数。五二码表如下:
Existing approaches including the asn . 1 implementations that have been publicly discussed don t really appear to make full use of the potential of binary encodings based on a schema , since they go through a layer of conversion between the data objects and the actual encoded form 现有的方法(包括经过公开讨论的asn . 1实现)看起来都没有真正充分利用基于模式的二进制编码的潜能,因为它们在数据对象和实际的编码形式之间都要经过一个转换层。
These systems operate on a wide variety of continuous time signals , which include speech , medical imaging , sonar , radar , electronic warfare , instrumentation , consumer electronics and telecommunications systems ( terrestrial and satellite ) . one of the key to the success of these systems has been advances in the development of the font end of the electronic systems - analog - to - digital converters ( a / d ) which converter the continuous - time stimuli signals to discrete - time binary - coded form 这些系统可广泛地应用于处理连续时间信号,包括语音、医学成像、声、雷达、电子对战、仪器、消费电器、远程通讯(地面和卫星)等,而这些系统成功的关键因素之一就是电子系统的前端部件? ? a d取得了长足的进步( a d把连续时间信号转换成离散时间、二进制编码的数字信号,便于后级精确的数字信号处理) 。
On the basis of the analysis of the methods for single band image texture , this paper presents the concept of multispectral texture applying the relativity analysis of local area and the variant characteristics of multi - dimensional coding to represent the texture characteristics of the different objects 摘要在基于单波段影像纹理分析方法的基础上,提出了多光谱纹理的概念,将局部区域的相关性分析和多维光谱变化特性采用二进制编码的形式来表征不同类型地物纹理特征,达到了区分和判别影像上不同纹理的目的。