要指定是否对数据库启用增量备份，需要使用TRACKMOD配置参数。
To specify whether incremental backup is enabled for a database, you use the TRACKMOD configuration parameter.
在将该参数设置为“Yes”之后，您必须执行完全数据库备份，以便在可以采用哪些增量备份上有一个基线。
After setting this parameter to "Yes", you must take a full database backup in order to have a baseline against which incremental backups can be taken.
数据库序列的增量应该设置为increment_size参数值。
Your database sequence should increment by the increment_size parameter value.
参数 -Xmine（mine是最小扩展大小）和-Xmaxe（maxe 是最大扩展大小）控制扩展的增量。
The parameters -Xmine (mine is the minimum expansion size) and -Xmaxe (maxe is the maximum expansion size) control the amount of expansion of the heap.
分析了主要工艺参数如：激光功率、扫描速度、送粉量以及Z轴增量对成型质量和形貌的影响。
The technics parameters, such as the laser power, scan velocity, powder feed rate and the Z axis increment, which influence quality and shape were analyzed in this article.
该控制系统以PLC为核心，并结合脉冲燃烧技术和PID增量算法，实现了对炉内各个参数的稳定控制。
This system centers on PLC, and integrates the pulse-burning technology with PID incremental algorithm to implement control each parameter in the box stably.
结果表明，动态自回归模型时变参数（时变系数）的变化是有规律的，其增量大体上是一些简单周期函数的叠加。
The results showed that the change of time-varying parameters (coefficient) in dynamic AR model has a regularity. Its increments are piled up by some simple period functions.
文中针对该算法这两个最主要的缺陷，提出增量学习概念，引入损失幅度参数，改进和完善朴素贝叶斯分类算法。
Then in allusion to these two important factors, a concept of incremental learning and a loss extent parameter are put forward in this paper, and Native Bayesian Classification.
介绍了增量式PID算法的具体程序设计，以及参数的整定方法和测试结果分析。
It introduced the program of the increasing type PID algorithm, and parameter installation method and testing result analysis.
利用椭圆的参数方程，给出了以等分角度为增量的绘椭圆的一种算法，并分析了算法的误差。
This paper makes use of the elliptical parameter equation, present a generation algorithm of ellipse with division Angle increments, and makes error analysis.
在所采用的数学模型中，用增量叠代法处理边界条件非线性、物理参数非线性、相变潜热非线性等复杂问题。
In the mathematical model, the incremental iteration method is used to deal with such complicated nonlinear as boundary nonlinear, physical property nonlinear, transformation nonlinear etc.
复杂多变的围岩条件使基于收敛曲线的累积位移和增量位移参数反演方法的应用变得非常谨慎。
So it should be discussed before application of the mechanical parameters back analysis methods based on convergence curves.
采用一种基于参数自调整的增量式模糊控制器，对电机相电流进行优化，从而实现恒转矩输出。
Using the incremental fuzzy control with self-adapting parameter, the phase current of the switch reluctance motor was optimized, and the constant torque control is implemented.
误差分析表明，只要合理选择参数增量，能保证所要求的加工精度的要求。
The error analysis indicates that the machining precision could be guaranteed just only selecting the reasonable parameter.
针对上述情况出现了很多带电测量输电线路零序互感参数的新的理论和技术，包括干扰法、增量法、微分法、积分法等。
Theories and technologies of live line measurement have appeared, including the interference method, the incremental method, the differential equation method and the integral equation method.
研究了二参数正交增量鞅的平方变差和混合积分，证明了平方变差的存在定理。
The quadratic variation and mixed integrals of the martingales with orthogonal increments are studied. The theorem for the existence of quadratic variation is proved.
将增量模态叠加法和伪并行改进遗传算法相结合，解决了冲击隔离系统限位器参数的优化问题，这对于冲击隔离系统的优化设计具有重要的实际意义。
IMSP and PPIGA have been combined to solve the optimization problem of the displacement restrictor parameters, which is significant for the optimization design of the shock isolation system.
塑性应变增量方向与应力路径没有很大关系，以等塑性体应变为硬化参数的屈服面形状也是椭园。
The direction of plastic strain increment is nearly independent of the stress path. The shape of yield sur- face on hardening e…
塑性应变增量方向与应力路径没有很大关系，以等塑性体应变为硬化参数的屈服面形状也是椭园。
The direction of plastic strain increment is nearly independent of the stress path. The shape of yield sur - face on...
研究了连续可变斜率增量调制算法，并通过计算机模拟对系统参数及系统性能进行讨论和优化。
The CVSD algorithm is described and the optimization of system parameter values and system performance by computer simulation is discussed.
本文提出用优化模拟电荷法结合优化增量方程，通过交替修正优化电荷的电量和位置参数来优化电极形状。
In this paper a new approach for optimising electrode contour is described, which combines the correction of coordinates and magnitudes of optimization charges with Optimized Charge Simulation Method.
本文提出用优化模拟电荷法结合优化增量方程，通过交替修正优化电荷的电量和位置参数来优化电极形状。
In this paper a new approach for optimising electrode contour is described, which combines the correction of coordinates and magnitudes of optimization charges with Optimized Charge Simulation Method.
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