Isometric Feature Mapping (ISOMAP) not only has high complexity but also can not learn new samples.
等距特征映射(ISOMAP)不仅计算复杂度很高,而且缺乏对新样本的学习能力。
参考来源 - 基于小世界模型的流形学习算法The mechanism and model of feature mapping among multiple domains for CE are given.
根据特征映射的一般性原理，分析了多域特征映射机理，给出了多域特征映射模型。
参考来源 - 并行工程环境下的多域特征映射研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Isometric Feature Mapping (ISOMAP) not only has high complexity but also can not learn new samples.
等距特征映射(ISOMAP)不仅计算复杂度很高，而且缺乏对新样本的学习能力。
Feature mapping is in particular needed to support the concept of Concurrent Engineering with multiple feature views.
并行工程的实现要求多个应用特征空间在保持信息完整性、一致性的前提下实行双向映射。
Mapping knowledge is represented and organized by means of Object-Oriented technique. System KB and procedure KB drive the two-way feature mapping.
映射知识以特征为对象按面向对象技术表达和组织，由系统知识库和过程知识库共同驱动双向特征映射的实现。
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