所采用的基线系统为文本无关的说话人辨认系统。
The baseline system we used is text-independent speaker identification system.
基于连续隐马尔可夫模型(CHMM)框架的非特定人关键词识别基线系统的构建。
A baseline system of keyword spotting based on Continue Hidden Markov Model (CHMM) is constructed.
实验表明:基于语音学分类的三音子单元对识别性能有明显的改善,系统的首选误识率相对基线系统降低了28%。
Experimental results show that phonetic classification based on the triphone can greatly improve system performance. The proposed method reduces the error rate by 28% compared with a baseline system.
对双基线系统余数定理解模糊原理作了分析,提出了虚拟阵元概念,清晰地解释了基线长度之比为互质数之比的多基线系统的相位解模糊能力。
The principle for resolving ambiguity in dual baseline system is analyzed by using theorem of remainder and the concept of imaginary array is presented.
实验结果表明:对来自随机信道的说话人语音,第1名和前30名的正确识别率,与实验室基线系统的性能比较,分别提高了5.4%和18.6%。
The test results show that the correct recognition rate of the first speaker is 5.4%, and for the top 30 speakers is 18.6% better than the base line system.
当一个人走近时,该系统首先为之设置一个基线,然后在主体目力所及的屏幕或墙上闪现可能富有刺激的图像。
The system first establishes a baseline for an approaching individual, then flashes the potentially stimulating image on a screen or wall in the subject's eyeline.
有害趋势可能影响系统设计行为,并对技术、成本,以及进度基线,和客户满意度都有一定的风险。
Adverse trends might impact system design activity with corresponding risks to technical, cost, and schedule baselines, as well as to customer satisfaction.
生命周期体系架构里程碑为系统的体系架构建立了一个受控的基线,并令项目团队在构构建段进行测量。
The Lifecycle architecture milestone establishes a managed baseline for the architecture of the system and enables the project team to scale during the Construction phase.
假定设定了系统基线,但并不能满足您的要求或期望,那么接下来该怎么办呢?
Assuming you baseline the system and it doesn't match your requirement or expectations, what next?
客户已经开始的工作现状(SOW)可以作为我们的系统需求基线。
The customer had already started an SOW that would serve as our baseline for the system's requirements.
因此,APM系统只能执行最低基线,而无法在问题恶化前提前报警,并且可能会自己加剧势态的严重性。
As a result, the APM system performs minimal baselining, can't alert you to an issue before its severity becomes intolerable, and may itself exacerbate the condition.
您必须拥有一个网络性能基线,以便了解系统正常运行时的状态。
You must have a baseline of network performance so that you know what the system looks like when it is behaving normally.
在单一用户模式下运行GUI自动化(系统上没有负载)以创建一个对工具负载负责的基线。
Run the GUI automation in single user mode (no load on the system) to establish a baseline that accounts for any tooling overhead
答:这是人们经常问的问题,而对此的回答通常都是这样开始的:“在进行任何优化之前,将初始设置作为系统基线。”
Answer: this is a common question, and the advice always begins with, "Before tuning anything, baseline the system against the out-of-the-box Settings." Two reasons for this are.
如果您使用的是虚拟机,那么您应该将Windows系统镜像捕捉为一个快照,它可以作为正常运行保存点,也可以作为比较将来性能变化的基线。
If you used virtual machines, you captured an image of the Windows system as a snapshot, both to archive as a functioning save point and to use as a baseline to compare future performance changes.
如果您使用的是虚拟机,那么应该获得了Windows系统的镜像作为快照,既可将其用作功能存储点,也可将其用作比较将来性能变化的基线。
If you used virtual machines, you can capture an image of the Windows system as a snapshot, both to archive as a functioning save point and to use as a baseline to compare future performance changes.
精化阶段的主要目标是对系统架构进行基线化,为在构建阶段中的大量设计和实现工作提供一个稳定的基础。
The main goal of the Elaboration phase is to baseline the architecture of the system to provide a stable basis for the bulk of the design and implementation effort in the Construction phase.
他们系统地涉及到了SCM计划和部署,而且也在整个项目生命周期中使用SCM:开发、整合、构建、基线化、发布部署,等等。
They systematically cover SCM planning and deployment, as well as using SCM throughout the entire project lifecycle: development, integration, building, baselining, release deployment, and beyond.
有害趋势可以表明不适当的设计和重新工作的需求,对技术、成本,以及进度基线都有负面影响——还可能对系统的操作有效性有潜在影响。
Adverse trends would indicate inadequate design and a need for rework, with negative impact on technical, cost, and schedule baselines — and potentially on the system's operational effectiveness.
构建阶段的主要目标是完成基于已基线化构架的系统的开发。
The main goal of the Construction phase is to complete the development of the system based upon the baselined architecture.
为了有效管理这个过程,任何变更都应该在配置管理系统里面标记版本并基线化。
To effectively manage this process, any changes should be baselined and versioned in a configuration-management system.
主要研究了动基线时差测量系统采用多脉冲相参积累算法对低信噪比条件下运动目标的有效检测问题。
How to detect moving target in low SNR condition for moving-baselines time difference measuring system is studied, using multi-pulses coherent integration algorithm.
基线监测工作的目的是要监测潜在环境情况和种群的转变,以作为防避所有负面影响的警告系统。
The objective of the baseline monitoring work is to detect change in underlying environmental conditions and species populations to act as a warning system against any adverse impacts.
长基线性能—长基线性能稳定,定位质量往往超过市场上其他领先的RTK系统的性能。
Performance on long baselines — Position stability for long baseline applications, with position quality often times exceeding the performance of other leading RTK systems on the market.
提出了超短基线水声定位系统(usbl)的校准方法,并用模拟数据进行了验证。
A method has been developed to calibrate the positions of the transducer and the transponder in the ultra-short baseline acoustic position system (USBL).
在相位干涉仪测向系统中,通常都认为基线倾角对相位的影响是可以通过几何投影的方法得到等效基线来消除的。
In the system of measuring Angle of phase interferometer, it is considered that the impact brought by baseline obliquity on phase can be eliminated by equivalent baseline from geometric projection.
基线在星载干涉SAR的系统设计和数据处理中起着非常重要的作用,对于微小卫星编队系统来说稳定性问题是干涉SAR空间基线的一个重要问题。
Baseline is very important to spaceborne interferometric SAR system design and data processing. For a micro-satellite cluster system, stability is an important problem for spatial baseline of INSAR.
超短基线定位系统是利用水声定位技术实现对多个水下合作目标进行定位、跟踪和数据传输的系统。
Ultra Short Baseline (USBL) Position System is an under water acoustic Position system, which realize Position, track and data communication to several under water cooperative targets.
针对主星带小卫星分布式SAR系统进行多基线干涉测高的优越性,本文提出了一种多基线干涉测高方法。
To the superiority of multibaseline interferometry for master satellite and distributed small satellite SAR system, in this paper, a method of multibaseline interferometry is proposed.
短基线干涉仪系统可以测得目标的方位角、距离和速度,因此系统可以实现对目标的二维定位。
The short - baseline interferometer system may obtain azimuth, distance and speed of the target, therefore the system may realize to two-dimensional localization of target.
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