Most of the areas where data tuning happens correspond to the key areas mentioned earlier for monitoring purposes. This section discusses specific tuning recommendations.
大多数发生数据库调优的区域对应于之前提到的用于监控的关键区域，本小节讨论具体的调优建议。
In short, tuning the parameters after identifying the workload of the system is the key to the efficient usage of system resources.
简而言之，应该研究系统的工作负载，然后调整参数，这是高效地使用系统资源的关键。
This is the first key step to integrating query tuning more closely with other tasks, such as application development.
这是将查询调优与应用程序开发等其他任务紧密集成的第一个重要步骤。
DB2 configuration for this workload is described, including some of the key database features and tuning recommendations.
还描述了针对该工作负载的DB2配置，其中包括一些关键的数据库功能和调优建议。
Key steps table tuning recommendation.
主要的步骤表调优建议。
Mysqlard graphs key performance indicators in mysql servers and provides tuning advice.
mysqlard会给出mysql服务器一个关键性能指示器的图形表示，并给出一些调优建议。
The Dynamic Tuning in the Course of Running about it is carried by extracting key environment variables from software.
通过提取软件的关键环境变量，在软件运行过程中进行动态调优，使软件能够适应动态变化的环境。
The key issues in the study of PID parameter tuning are presented.
最后还指出目前PID参数整定研究的热门方向。
The millimeter wave VCO is one of key elements in millimeter wave application systems. The range resolution of the FMCW radar is directly proportional to the VCO tuning linearity.
毫米波VCO是毫米波应用系统的关键部件之一，FMCW雷达的距离分辨率正比于VCO电调线性度。
In this thesis, we propose a new method for tuning this key parameter, which is related to the cumulative probability density function of the radius of the codebook shell.
本文我们提出了一种新的调节此参数的方法，将其与码书半径的累积概率密度函数联系起来。
B1101 Bach USA - Key of F, . 468" bore, tapered rotors and bearings, clear lacquer, Bach 336-11 mouthpiece, 7514C deluxe hardshell case. Optional Eb tuning slide available".
B1101 吧哈美国-F键，.468“内腔，锥形转片和轴承，透明亮漆，吧哈336-11吹口，7514C豪华硬箱子，选配降E可调音调滑块。
Therefore, the frequency tuning system is the key part of the accelerator to ensure the cavity work normally. Auto-tuning system can tune the radio frequency cavity, remotely, fast and accurately.
因此，频率调谐系统既是保证腔体正常运行的关键部分之一，自动调谐系统能够实现对高频腔调谐的远程控制，能够快速、准确的进行调谐。
Key technologies were analyzed, such as rapid Tuning technology front-end and Fast AGC during the designing process of the receiver, solution was also proposed.
对接收机设计过程中的前端快速调谐技术和快速AGC技术等关键技术进行了分析，并提出解决途径。
Key technologies were analyzed, such as rapid Tuning technology front-end and Fast AGC during the designing process of the receiver, solution was also proposed.
对接收机设计过程中的前端快速调谐技术和快速AGC技术等关键技术进行了分析，并提出解决途径。
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