Understanding of E-Learning Programs using WPM MCDM Method

TP KrishnaKumar, M. Ramachandran, C. Raja, Ashwini Murugan
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引用次数: 11

Abstract

The Evolution of the Internet All Industry has affected business operations and the development of e-learning has accelerated. Cost of designer courses and learners, Wu, due to time or flexibility, e-learning is an alternative training method by corporations Accepted. E-learning ability assessment is important, and assessment criteria vary. E-learning ability assessment A great deal of relation Attempt has been made; however, a Common size estimate of the model is subjective to simultaneous criteria to the ambiguity of feeling Considers the relationship between. This paper proposed a new novel hybrid that Refers to MCDM-type independent relationships. Longevity, I.e. for 100 years on a much larger scale for bridges fixed traffic Current progress towards needs. To achieve this goal, Long duration of bridge performance Realistic predictions In Bridge Engineering play an important role. In this study, turbulent traffic, Great pressure to carry flows of concrete bridges Long-term deviation, and Dissociation-induced Damage development are being explored. Concrete viscoelastic Behavior and concrete Tensile cracks and plastic softeners taking into account the combined effects Taken, the performance of the bridge an integrated system for evaluating the model has been developed. (WPM-Weighted Product Method).In this method from analysis Colors of WebPages are the first rank, Connection of WebPages is the fifth rank
理解使用WPM MCDM方法的电子学习项目
互联网全行业的演进影响了企业运营,电子学习的发展加速。课程的设计者和学习者的成本,吴,由于时间或灵活性,电子学习是一种被企业接受的替代培训方式。网络学习能力评估很重要,评估标准各不相同。网络学习能力评价已做了大量的相关尝试;然而,一个常见的大小估计模型是主观的,以同时的标准来考虑感情的模糊性之间的关系。本文提出了一种新的混合模式,即mcdm类型的独立关系。寿命,即100年,规模更大的桥梁,固定交通。为实现这一目标,桥梁长工期性能的现实预测在桥梁工程中具有重要的作用。在本研究中,湍流交通、大压力承载流的混凝土桥梁的长期偏差和解离性损伤的发展进行了探讨。考虑混凝土的粘弹性能以及混凝土的拉伸裂缝和塑性软化剂的综合作用,建立了桥梁性能综合评价体系模型。(wpm加权积法)在该方法中,从分析来看,网页的颜色是第一等级,网页的连接是第五等级
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