A baseline is usually created at a significant phase or milestone of architecture development.
基线通常是在重要的阶段或者结构开发的关键时期创建的。
The focus in Phase H shifts towards change management of the architecture baseline that is achieved with the delivery of the implemented solutions.
阶段H中的重点转移到实现的解决方案的交付所达到的架构基线的变更管理。
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.
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 Lifecycle architecture milestone establishes a managed baseline for the architecture of the system and enables the project team to scale during the Construction phase.
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 primary objective of the Elaboration phase is to baseline the Method Architecture in order to provide a stable basis for the bulk of the authoring effort in the Construction phase.
精化阶段的主要目标是调整的基线，为构建阶段中大量的编写工作提供一个稳定可靠的基础。
Elaboration: the 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.
细化：细化阶段的目标是为系统体系架构设定基础，用来为构建阶段的大多数设计和实现工作提供稳定的基础。
As in the preceding phases, gap analysis and draft architectures are used as a baseline, as are the architecture guiding principles agreed upon in the preliminary phase.
如前面的阶段里，间隙分析和草案架构用作基线，由于初期对架构指导原则达成一致。
There were two unique phases in the baseline run: a 24-hour "initial test," followed by the stress reliability run phase, or "stress test."
在基线运转中有两个特别的阶段：一个24 小时的“初始测试”，接下来是压力可靠性运转阶段，或者说是“压力测试”。
This paper proposed a phase correction method for hybrid baseline SAR-ATI of distributed satellites.
本文提出了一种分布式卫星混合基线SAR-ATI相位校正方法。
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.
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。
This paper analyzes the relationship between perpendicular baseline and terrain height sensitivity firstly, based on height error induced by uncertainty of phase.
根据测量相位不定性引起的高度误差，分析了垂直基线与地形高度灵敏度的关系，并推导了垂直基线与高度模糊数的关系式。
Water displacement of the right leg was measured at baseline, after Phase 2, and after Phase 3.
在基线、第二阶段后、第三阶段分别测量右腿的水置换效果。
Effective water suppression, a good phase and the smooth baseline of the spectrum is essential to the follow-up statistical treatment in metabonomics.
有效的水峰抑制、良好的谱图相位和平整的基线对代谢组学的后续统计处理至关重要。
The simulation results validate the property of phase preserving of bistatic and squinted CS algorithm and the effectiveness of compensated method of baseline instability.
通过模拟仿真验证了双基斜视CS算法的保相性和基线不稳定补偿方法的有效性。
A model analyzing the effect of baseline oscillations on InSAR phase error is presented in this paper.
提出并分析了基线抖动造成的干涉SAR相位误差模型。
This paper presents an algorithm for direction finding of the digital signal based on the multi-baseline system and analyzes the principle of digital phase distinguishing.
本文介绍了多基线测向算法，对其解模糊原理及范围作了深入分析，并给出了常见宽带信号的数字鉴相算法。
First of all, the principle of phase interformeter is presented through 1D single baseline interformeter system.
首先以一维单基线干涉仪为例，介绍了相位干涉仪系统的测向原理。
The primary outcome was the change from baseline to six months in the off-phase motor score of the Unified PD Rating Scale (UPDRS).
主要结果是看在后期帕金森病统一评定量表（UPDRS），从基线到六个月的离线阶段动量分数的变化。
The results show that dual-baseline airborne interferometric SAR using three antennas is an efficient scheme to improve phase unwrapping processing and improve height measurement accuracy.
分析结果表明，利用三天线构成的双基线机载干涉SAR是改进相位展开过程、提高高程测量精度的有效方法。
Considering the geometry distribution of satellites, the effects of phase center variation on fix coordinates of the single point and on baseline solutions are deduced at first.
在考虑卫星几何分布情况下，首先研究了相位中心变化对单个点位坐标的影响，然后推导了相位中心变化引起的基线矢量的偏差计算公式。
Considering the geometry distribution of satellites, the effects of phase center variation on fix coordinates of the single point and on baseline solutions are deduced at first.
在考虑卫星几何分布情况下，首先研究了相位中心变化对单个点位坐标的影响，然后推导了相位中心变化引起的基线矢量的偏差计算公式。
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