Of these factors , the instructional procedures and the instructional methods rank 對網(wǎng)絡(luò)教學系統(tǒng)而言,教學程序和教學方法是需要重點考慮的因素。
Based on the analysis of the learning theory and instructionual design , we understand the procedure and regulation of learning , recognizing how to improve the learning environments and instructional procedure , so our its could implement on a better pedagogy theory ; presented in xml , the subject knowledge could be more suitable to be manipulated by computer tutor , to develop an individual learning environments . auto - generating paper is a constrained multi - object optimization problem , this paper presents a way based on genetic algorithm ( ga ) to solve the problem , and discuss how to choose an individual coding to improve the efficiency of ga according the problem ; when establishing the student model , we consider the mental factor as well as the cognitive factor 基于對學習理論和教學設(shè)計的分析、總結(jié),了解了人類學習活動的過程和內(nèi)在規(guī)律,以及如何優(yōu)化學習環(huán)境和教學過程,從而使智能教學系統(tǒng)建立在先進的教育理論基礎(chǔ)上;基于xml技術(shù)的學科知識表示,使它更便于計算機導師進行加工,形成個性化的學習環(huán)境;自動組卷是一個帶約束的多目標優(yōu)化問題,本文提出通過遺傳算法來解決,并分析了如何根據(jù)實際問題選擇個性化的編碼方案,提高遺傳算法的效率;在建立學生模型時,除了考廣西大學碩士論文基于web的智能教學系統(tǒng)的研究慮認知因素還考慮了心理因素。
Based on the new realizasation of teaching procedure in chemistry teaching situation think there are six elements , including instructors , students , text , experiments and teaching environment on the render us of teacher ' s instr - uction , students " learning and subject knowledge . it also concludes that the aims , models and tactics of teaching is the consequence of teachers " policy - making during the chemistry instructional procedure system as well as the controlling system element in class teaching system , so the article makes the six elements together and sets up a teaching system structure model which is more deficit in signification , clearer in structure 基于教育轉(zhuǎn)型背景下我們對化學教學系統(tǒng)要素的新認識和對教學過程本質(zhì)的新理解,認為在教師的教學、學生學習、化學學科知識的交匯處? ?教學情境中的化學教學系統(tǒng)要素有教師、學生、文本、化學實驗、教學環(huán)境、教學理論六個方面,而將教學目標、教學模式、教學策略等作為教學系統(tǒng)運作的“軟件” ,是教師教學決策的結(jié)果,也是教學的控制系統(tǒng)。