Increasing engagement of students with learning disabilities in mathematical problem‐solving and discussion

Engagement in problem‐solving and mathematical discussion is critical for learning mathematics. This research review describes a gap in the literature surrounding engagement of students with Learning Disabilities in standards‐based mathematical classrooms. Taking a sociocultural view of engagement as participation in mathematical practices, this review found that students with LD were supported towards equal engagement in standards‐based mathematics through multi‐modal curriculum, consistent routines for problem‐solving, and teachers trained in Mathematical Knowledge for Teaching. Using this small set of studies (7), we identify the need to deepen the engagement of students with LD in mathematical problem‐solving and discussion. This review concludes with implications for teaching and learning.     

How repeated studying and testing affects multimedia learning: Evidence for adaptation to task demands

Two biases can occur in multimedia learning: overconfidence and over-reliance on text processing. The present research sought to identify these biases and to investigate whether they can be reduced, and hence learning fostered, when studying and testing are repeated. In 2 experiments (Exp.1: N = 79, Exp.2: N = 52), students learned either with text only or with text and pictures (multimedia) about how the toilet flush works, gave judgments-of-learning (JOLs), were tested on the learning contents; afterwards this study-test cycle was repeated. Results from both experiments revealed stronger overconfidence due to multimedia in both study-test cycles (JOLs higher than learning outcomes). Eye movement data showed a relative increase in attention on the picture versus text from cycle 1 to cycle 2; this relative increase in attention was related to better learning outcomes. Repeated studying and testing thus helped to reduce over-reliance on text processing in multimedia learning, fostering performance.     

School context and instructional capacity: A comparative study of professional learning communities in rural and urban schools in China

This study examines the teaching gap between rural and urban schools in China from the perspective of teacher professional learning communities (PLCs). Drawing on in-depth interviews with 36 primary school teachers, the study finds striking disparities between rural and urban schools in the working of Teaching and Research Groups (TRGs). These disparities in TRGs result in divergent patterns of instructional capacity building in rural and urban schools. The evidence shows that teaching and teachers are strongly shaped by the school organizational context. It suggests that strengthening school-wide PLCs is an important way of narrowing the rural-urban teaching and learning gaps.     

从教与学的良性循环探讨大学英语课堂教学互动

在以学生为主体的课堂上,教与学是一种互动的形式。在英语教学中,教师应当善于且有效地实施互动模式,加强师生间交流,促进教与学的良性循环。     

概念隐喻视域下探究英语笑话的生成

本文从系统功能的概念隐喻视域出发,通过实例分析,从及物性系统中的过程类型转换、环境成分转换、参与者转换来探讨英语笑话的生成,且分析得出,及物过程中各成分的不一致是大量英语笑话产生的主要原因,这不仅为英语笑话的研究提供了一个新的视角,而且也有助于英语习得者更好地掌握与应用英语语言,提高鉴赏英语笑话的能力。     

公共英语新版教材编写体验与认知

为了更好地配合和适应我国公共英语等级考试和教学的发展需要，新版公共英语教材经过重新编写即将面世。该系列教材在第一版的基础上无论从指导思想、内容、以及编排体例上都做出许多新的变化，内容选材上更加注重时代感、启发性、实用性和文化性，编排上追求系统性，科学性，开放性，以及可操作性。全书融入许多新的教学理念，必将更好地应用与服务于我国公共英语教学的实践。     

东南亚留学生动态助词“着”的学习策略

本文是针对东南亚留学生动态助词＂着＂的学习策略的研究,以暨南大学华文学院留学生的中介语语料为主要材料,通过数据分析、访谈、调查问卷等实证方法,发现东南亚留学生在学习＂着＂的时候使用了母语时间认知方式迁移、概括、简化和回避等策略。     

基于微信辅助下的成人本科阶段英语阅读能力提升实践

分析了成人本科阶段学生在英语阅读理解方面存在的问题,采用“微信打卡”小程序和“微信公众号”帮助学生每天坚持阅读技能训练。参与的学生可以进行文字、语音、图片等方式的打卡操作,分享自己完成该篇阅读的时长、答案、收获、困惑等,教师次日在“微信公众号”中发布阅读理解的答案、译文、解析、阅读技巧等,并根据学生的提问进行个别化的辅导。实践证明,基于微信辅助下的阅读方式能有效帮助成人学生坚持阅读训练,分享阅读心得,提高阅读技能,提升阅读兴趣。     

Multimodal data as a means to understand the learning experience

Most work in the design of learning technology uses click-streams as their primary data source for modelling & predicting learning behaviour. In this paper we set out to quantify what, if any, advantages do physiological sensing techniques provide for the design of learning technologies. We conducted a lab study with 251 game sessions and 17 users focusing on skill development (i.e., user's ability to master complex tasks). We collected click-stream data, as well as eye-tracking, electroencephalography (EEG), video, and wristband data during the experiment. Our analysis shows that traditional click-stream models achieve 39% error rate in predicting learning performance (and 18% when we perform feature selection), while for fused multimodal the error drops up to 6%. Our work highlights the limitations of standalone click-stream models, and quantifies the expected benefits of using a variety of multimodal data coming from physiological sensing. Our findings help shape the future of learning technology research by pointing out the substantial benefits of physiological sensing.     

A Study on the Anxiety of Mongolian Undergraduates in Public English Class

Anxiety is a complicated psychological phenomenon in foreign language learning process, involving both cognitive and affective factors, especially for those with cross culture background. This essay fo...