This paper proposes a new method for recognizing Chinese time expression based on the heuristic error-driven learning.
本文提出了一种基于启发式错误驱动学习的中文时间表达式识别的新方法。
Thirdly, for the purpose of a higher precision value, this paper consequently adds error-driven theory in the system to prune the rule corpus.
接着，为了提高正确率，本文又结合错误驱动思想进行规则剪枝，削减了规则自动学习过程所带来的“噪声”；
The paper presents a method of Chinese chunk recognition based on Support Vector Machines (SVM) and transformation-based error-driven learning.
本文研究了一种支持向量机(SVM)和基于转换的错误驱动学习相结合的汉语组块识别方法。
Presents a new method to deal with higher-order process, called hierarchical fuzzy sliding mode control with error-driven adjustment parameters.
针对工业现场普遍存在的高阶对象，提出了一种基于误差驱动参数自整定递阶结构的模糊滑模控制策略。
Of course, as with any human-driven service, there's room for error.
当然正如任何一种人工服务一样，过程中有可能出现错误。
In particular, most are still working within a fundamentally document-driven development paradigm that is inefficient and error-prone.
特别是，大多数仍旧工作于效率低且容易出错的文档驱动的开发范型中。
In addition, it minimizes error-prone, time-consuming, command-line-driven administrative tasks.
另外，它还可以最小化易错、耗时、命令行驱动的管理任务。
In rendering time, the choosing of LOD is driven by screen space error.
地形实时绘制时LOD数据的选择是基于屏幕误差的。
The tracking error is driven into the given boundary layer by the sliding mode control, and then the switch control is replaced by fuzzy control.
利用滑模控制使系统的跟踪误差进入给定的边界层内，启用模糊控制取代切换控制；
The error, which is produced by modeling a paper machine control system driven by induction motor, will get more and more influence on system accuracy with the increasing work speed.
交流传动的纸机在高速运行时，由于系统建模带来的控制偏差对精度的影响随速度升高逐渐增大，采用模糊控制可以摒弃建模偏差的影响。
An instrument based on microcomputer and grating tensor can be used to test and analyse the gear-driven error of various ratio gear trains on the spot.
用微型计算机和光栅传感器组成的仪器可在现场测量并分析各种传动比齿轮传动链的传动误差。
An instrument based on microcomputer and grating tensor can be used to test and analyse the gear-driven error of various ratio gear trains on the spot.
用微型计算机和光栅传感器组成的仪器可在现场测量并分析各种传动比齿轮传动链的传动误差。
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