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28th International Congress of Psychology August 8 ... - U-netSURF

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1120.3 Knowledge space based technologically enhanced learning and teaching (e-Learning),<br />

Dietrich Albert, University <strong>of</strong> Graz, Austria<br />

The Knowledge Space Theory (KST) founded in 1985 by Doignon and Falmagne is a<br />

psychological mathematical theory using dependencies among the learning objects (LO)in a<br />

knowledge domain for personalizing the assessment and the teaching processes. The resulting<br />

system behaves like a private tutor who adapts to the individual student. The key concepts <strong>of</strong> KST<br />

are prerequisite relationships between LO, knowledge states and knowledge spaces for describing<br />

the learner, and learning paths describing the possible ways from an individual starting state to an<br />

the desired goal state. Recent results <strong>of</strong> research and development by the CSS<br />

(http://wundt.uni-graz.at) are presented.<br />

1120.4 A study on the learning disabilities <strong>of</strong> students’ equation understanding under<br />

developmental viewpoint, Wang Shan, China<br />

Equation learning is the key <strong>of</strong> algebra studying. From developmental viewpoint, we focus on the<br />

students' psychological mechanism and learning disabilities <strong>of</strong> the equation understanding at the<br />

different stages. In my opinion, the equation understanding from primary school to higher middle<br />

school should be divided into four levels: (1) concrete perceptive level; (2)operational level;<br />

(3)connection level; (4)formal level. The disabilities <strong>of</strong> equation understanding are the major<br />

barriers to develop mathematical thinking. We played the questionnaire investigation, the case<br />

study and interview to analyzed the learning disabilities, the mathematical understanding<br />

mechanism and the development rule <strong>of</strong> children conception. Lastly, we provide some teaching<br />

advices to improve equation learning.<br />

1121: ORAL<br />

Educational psychology<br />

Chair: Henrik Danielsson, Sweden<br />

1121.1 Innovative use <strong>of</strong> dance/movement therapy to develop specific skills in learning<br />

disabled children, Shikainah C. Samuel, Paul Samson Samuel, Rashmika Centre for Learning<br />

and Counselling, Coimbatore, India<br />

Dance/Movement therapy enables behavioral changes, which can automatically be transferred to<br />

the academic setting, thereby enhancing performance. A sample <strong>of</strong> 15 children, aged 8-12 years,<br />

(identified to have Learning Disabilities) was selected. Problems common to them were poor eyecontact,<br />

attention span, memory and sequencing skills, social skills and awareness <strong>of</strong> self. Therapy<br />

comprised various dance and movement activities like warm-ups, mirroring, dancing with props,<br />

moving through space and group games. Post therapy, the children showed increase in eye-contact,<br />

concentration at work, enhanced ability to copy correctly from the blackboard as well as personal<br />

confidence and social skills.<br />

1121.2 That’s me in Beijing - Person and environment picture recognition for pupils with<br />

intellectual disability, Henrik Danielsson, Jerker Ronnberg, Jan Andersson, The Swedish<br />

Institute for Disability Research, Sweden<br />

Familiarity <strong>of</strong> person and familiarity <strong>of</strong> environment in pictures were manipulated in a forced<br />

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