| 1. | Dynamic programming based gene chip recognition
基于动态时间规划的基因芯片数据识别 |
| 2. | Smith - waterman algorithm ; dynamic programming ; gene chip ; gene recognition
Smith - waterman算法动态时间规划dp基因芯片基因识别 |
| 3. | One - sided autocorrelation sequence ; linear predictive coding ; cepstrum ; dynamic time warping
单边自相关序列线性预测编码倒谱动态时间规正 |
| 4. | Linear predictive coding ; lpc prediction error ; cepstrum ; dynamic time warping
线性预测编码lpc lpcpe线性预测误差倒谱动态时轴弯曲或动态时间规正dtw |
| 5. | By analysis and comparison , the conclusion that only dynamic optimization is accurate is drawn
最后，通过分析比较，得出动态时间费用优化的结论才更为可靠与准确的结论。 |
| 6. | 4 . research of online similar search in a streaming time series an algorithm on online similar search in a streaming time series is proposed
4 ）动态时间序列在线模式的相似性查找研究针对时间序列实时分析的需要，给出了一种动态序列的在线相似性查找算法。 |
| 7. | The matching of the templates designs two kinds of solutions to solve it . dynamic time warping technique and vector quantization techniques are used in detecting real - time data
本文为检出处理采用了两种方案,便于实时处理的动态时间规整和聚类的矢量量化技术。 |
| 8. | Through experiments , it proved that using average mel coefficients as characters , dtw arithmetic is an efficient arithmetic for recognizing single sound signal
均值mfcc系数作为音频特征,采用动态时间规整识别算法,经过大量实验证明,这种方法能有效地对单一音频信号进行识别。 |
| 9. | In this paper , the dynamic model of time / cost trade - off problem is set up , the improved genetic algorithm ( incentive ga ) is put up , used to solve time / cost trade - off problem
本文建立了动态时间费用优化的数学模型，提出了改进的激励遗传算法，并且将激励遗传算法应用于模型的求解。 |
| 10. | The research includes following parts : 1 . online signature verification based on improved dynamic time warping and the elastic matching of 1d curve segments
本文对联机手写签名鉴别技术进行研究,主要研究内容包括: 1 .基于改进动态时间规整和一维曲线段弹性匹配的联机手写签名鉴别。 |
