The Invariant Approach

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Abstract

The invariant approach is likely to challenge the discreteness and one-sidedness of certain conventional language learning schemes by claiming at the integrity of verbal thought and speech. The idea of reconciliation of mental speech generating processes and actual communication is implemented by the binary predication unit used as the instruction shaper. The generation of a minimal binary predication unit might transpire in different modes of thought-speech activity and at different levels of language awareness attained by the learner. The binary unit potential is reached and realized in the invariant method of language learning which has been claimed as a derivative of the invariant approach. The binary unit constant produces the notional medium for the principles of the invariant method to be carried through. They are the principles of generalization, individualization, differentiation, cognition, and structural unity. As the invariant approach prioritizes the study outcome at the level of fundamental expertise, its advantages allow for the formation of solid grounds for both didactic and research purposes. Further investigation implies expanding across other sciences research methodologies on the interdisciplinary basis. The main issues considered include the background of the invariant-based approach to language interpretation and language learning, distinctive features and parameters, argument-taking predicates as curriculum shapers, and prospective correlations in other sciences and adjoining disciplines.
不变方法
不变量方法可能挑战某些传统语言学习方案的离散性和片面性,声称口头思想和言语的完整性。利用二元预测单元作为指令塑造器,实现了心理语音生成过程与实际交流过程的协调。最小二元预测单元的生成可能发生在不同的思维-言语活动模式和学习者达到的不同语言意识水平上。在语言学习的不变方法中达到并实现了二元单位势,这种不变方法被称为不变方法的衍生物。二元单位常数为不变量法的原理提供了概念介质。它们是概括原则、个性化原则、区分原则、认知原则和结构统一原则。由于不变方法优先考虑的是基础专业知识水平的研究结果,它的优势为教学和研究目的提供了坚实的基础。进一步的研究意味着在跨学科的基础上扩展到其他科学研究方法。考虑的主要问题包括基于不变量的语言解释和语言学习方法的背景,独特的特征和参数,作为课程塑造者的论证谓语,以及其他科学和邻近学科的前景相关性。
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