爬山法 meaning in Chinese
hill climbing metaphor
hill climbing method
hillclimbingmethod
Examples
- And the repeated optimization method is a kind of climbing , so it ' s easy to convergent to local extermum . how to solve it is the problem that the paper will discuss
另外，由于迭代最优化方法是一种爬山法，所以难免会收敛到局部极值，因此如何解决该问题也是本文将讨论。 - An axial direction line multi - sensors placed method is presented . in the process of machine learning , use genetic algorithm to fit the curve of sensor ' s output . to improve the convergence speed of genetic algorithm , hill climbing method is joined with
对示教过程中进行曲线拟和所用的遗传算法进行了一定的研究，为了解决遗传算法在接近收敛点时收敛速度慢的缺点，使用爬山法对其进行改进。 - In the stochastic hill - climbing , the number of climbing is an important parameter , and is different to get a good value . this paper use experimental technique to settle this question . it use the least square method find a polynomial empirical formula , which can compute the number of climbing
另外,针对savior算法中随机爬山法爬山次数难以确定的问题,本文采用多项式最小二乘拟合,利用实验方法得到了问题规模和随机爬山法合理爬山次数间的经验公式。 - In the first chapter , the improvement and development of furrow irrigation technique , theory foundation of controlled alternate furrow irrigation , and related research advance at home and abroad were analyzed and elucidated , and the main problems needing to be studied further and to be solved were put forward . in the second chapter , the soil infiltrative parameters , irrigating water advancing and water redistribution in soil were studied by adopting the controlled alternative furrow irrigation in field
根据建立的水量平衡方程，采用模式搜索技术中的爬山法，利用infiltvs分析软件，计算得到的不同沟灌方式灌溉水流的推进过程与利用实测资料回归分析得到的水流推进过程几乎完全重合，预测精度很高，因此证明本文建立的模型和分析计算方法是合理可行的，完全可用于不同沟灌方式土壤入渗参数和水流推进过程的估算。 - A optimizing model of port construction scale is established in the thesis and the variants in the model are selected scientifically and suitably based on analyzing the each factor to influence the freight cost which occurs in transportation system . according to the model trait , every variant meaning and mutual relation between variants hi the model , the restriction condition of optimizing scale for port construction is educed , a simpler method which is called " climb hill " method is used to find the optimizing solution and corresponding computer program is developed
分析研究了运输系统中各种费用项目对货物转运费的影响程度，科学合理地选取费用项目，建立了港口规模优化模型，根据模型的特点和各参变量的物理意义及其相互关系导出了港口最优规模必须满足的条件，给出了利用相对比较简单的“爬山法”寻求最优解的方法，研制了相应的计算程序。