Asterisk Dynamic IVR or database driven IVR Architecture?
星号动态ivr或者数据库驱动的IVR架构？
In general, you can create IVR scenarios by yourself in IVCM.
一般而言，你可以在自己创造的这套IVCM情景。
Ruby support includes editing, a debugger, embedded IVR, and gem support.
对Ruby的支持包括提供编辑功能，提供调试器，内嵌ivr，以及对gem的支持。
Provisioned through multiple communication channels (e.g. Web, B2B, IVR).
通过多个通信通道提供(例如，Web、B2B和IVR)。
In the future, you can also download pre-defined IVR scenarios from our website.
在将来，你也可以下载预先定义这套方案从我们的网站。
The customers would need to generate a separate One Time Password for each IVR transaction.
客户需要在每一笔交易上都有一个单独的一次性密码。
Interactive voice Response System (IVR) is an important part of call center, it controls whole voice flow.
交互式语音应答(ivr)系统是呼叫中心的重要部分，控制整个业务流程。
Once the customer picks up the line, the IVR will prompt the user to enter a 6 digit account and 4 digit pin.
客人一旦开始通话，IVR就会要求使用者输入6位帐号或者4位的身份识别码。
The speech recognition technology has been widely used in the IVR system of the new generation of the call center.
语音识别技术在新一代呼叫中心的IVR系统中得到了广泛的应用。
The IVR flow is stored in database, in the form of table, which is browsed and edited easily with IVR flow editor.
并将交ivr系统的流程信息以表格式存放在数据库中，利用IVR系统流程编辑器，实现了对交互式语音应答系统流程直观、简便的浏览和修改。
Through adding SALT pronunciation mark in traditional IVR system, we can make IVR system realize the function of phonetic recognition.
通过在传统的IVR系统中添加SALT语音标记，使IVR系统实现了语音识别的功能。
As an interactive system which connects telephone and computer together, the interactive Voice Response (IVR) system is broadly applied.
自动语音应答系统是集电话与计算机于一体的交互式系统，得到广泛的应用。
Finally, through comparing IVR system based on SALT technology and traditional IVR system, this text summarizes the enormous advantage of applying SALT technology to IVR system.
最后，通过比较基于SALT技术的IVR系统与传统IVR系统，本文总结出将SALT技术应用于ivr系统的巨大优势。
Speech recognition technology is widely used in IVR system of call center. The design and implementation of an IVR system based on speech recognition are discussed in this paper.
于语音识别的IVR系统的设计与实现，首先介绍了系统的结构和主要模块，之后介绍了本系统的难点和解决办法。
Objective To investigate the features of left ventricular regional myocardial motion during isovolumic contraction (IVC) and isovolumic relaxation (IVR), and their changes in acute ischemia.
目的探讨左室节段心肌在等容收缩期(ivc)与等容舒张期(ivr)长轴方向的运动特征及急性缺血时的变化规律。
The difference of the average vibrational energy of solute molecules in the ground state at different temperature is a possible reason that induces this IVR time constants temperature dependence.
其中IVR过程与溶剂性质基本无关，由于受激发态富余振动能量大小的影响，在实验温度范围内随温度降低其时间常数呈线性增加。
The difference of the average vibrational energy of solute molecules in the ground state at different temperature is a possible reason that induces this IVR time constants temperature dependence.
其中IVR过程与溶剂性质基本无关，由于受激发态富余振动能量大小的影响，在实验温度范围内随温度降低其时间常数呈线性增加。
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