ICME 10 proceedings of the 10th international congress on mathematical education, Copenhagen, Denmark. July 4-11, 2004.
incomplète
(ICME 10 actes du 10e congrès international sur l'enseignement des mathématiques, Copenhague, Danemark. 4-11 Juillet 2004.)
Auteur : Niss Morgens. Dir.
Résumé
Ces actes sont accompagnés d’un cédérom. Ils contiennent les textes suivants : Plenary sessions Sub-plenary lectures Thematic Afternoon Topic Study Groups Discussion Groups Closing Session Abstract The book contains accounts of Plenary sessions Sub-plenary lectures Thematic Afternoon Topic Study Groups Discussion Groups Closing Session The CD contains all this, but moreover, and more importantly, the papersbased on 64 of the 74 Regular Lectures given at ICME-10.
P 1: Hyman Bass: Mathematics, mathematicians, and mathematics education p. 42
P 2: Panel moderated by Stephen Lerman: Mathematics education for whom and why? The balance between mathematics education for all and for high level mathematics performance p. 56
P 3: Anna Sfard on behalf of Survey Team 1: What could be more practical than good research? On mutual relations between research and practice of mathematics education p. 76
P 4: Erno Lehtinen: Mathematics education and learning sciences p. 93
P 5: Plenary Interview Session moderated by Michéle Artigue p. 105
P 6: Jill Adler and Survey Team 3: Mirror images of an emerging field: Researching mathematics teacher education p. 123
P 7: Andreas Dress: Structure formation in nature as a topic of mathematics p. 140
P 8: Ferdinando Arzarello: Mathematical landscapes and their inhabitants: Perceptions, languages, theories p. 158
Maria Alessandra Mariotti on behalf of Survey Team 2: Reasoning, proof and proving in mathematics education p. 182
Christine Keitel on behalf of Survey Team 4: The shaping of mathematics education through testing p. 205
Frederick K.S. Leung on behalf of Survey Team 5: Information and communication technology in mathematics education p. 228
Guy Brousseau, Felix Klein Medallist: Research in mathematics education p. 244
Celia Hoyles, Hans Freudenthal Medallist: Reflections and transformations: A mathematical autobiography p. 255
TA A: Teachers of mathematics: Recruitment and retention, professional development and identity p. 266
TA B: Mathematics education in society and culture p. 271
TA C: Mathematics and mathematics education p. 276
TA D: Technology in mathematics education p. 281
TA E: Perspectives on research in mathematics education from other disciplines p. 287
TSG 1: New development and trends in mathematics education at pre-school and primary level p. 293
TSG 2: New developments and trends in mathematics education at secondary level p. 298
TSG 3: New developments and trends in mathematics education at tertiary levels p. 303
TSG 4: Activities and programmes for gifted students p. 307
TSG 5: Activities and programmes for students with special needs p. 311
TSG 6: Adult and lifelong mathematics education p. 315
TSG 7: Mathematics education in and for work p. 319
TSG 8: Research and development in the teaching and learning of number and arithmetic p. 323
TSG 9: Research and development in the teaching and learning of algebra p. 327
TSG 10: Research and development in the teaching and learning of geometry p. 331
TSG 11: Research and development in the teaching and learning of probability and statistics p. 337
TSG 12: Research and development in the teaching and learning of calculus p. 341
TSG 13: Research and development in the teaching and learning of advanced mathematical topics p. 346
TSG 14: Innovative approaches to the teaching of mathematics p. 351
TSG 15: The role and the use of technology in the teaching and learning of mathematics p. 355
TSG 16: Visualisation in the teaching and learning of mathematics p. 359
TSG 17: The role of the history of mathematics in mathematics education p. 363
TSG 18: Problem solving in mathematics education p. 368
TSG 19: Reasoning, proof and proving in mathematics education p. 373
TSG 20: Mathematical applications and modelling in the teaching and learning of mathematics p. 377
TSG 21: Relations between mathematics and other subjects of science or art p. 382
TSG 22: Learning and cognition in mathematics: Students’ formation of mathematical conceptions, notions, strategies, and beliefs p. 388
TSG 23: Education, professional life and development of mathematics teachers p. 394
TSG 24: Students’ motivation and attitudes towards mathematics and its study p. 399
TSG 25: Language and communication in the mathematics classroom p. 402
TSG 26: Gender and mathematics education p. 407
SG 27: Research and development in assessment and testing in mathematics education p. 412 T
TSG 28: New trends in mathematics education as a discipline p. 417
TSG 29: The history of the teaching and the learning of mathematics p. 422
DG 1: Issues, movements, and processes in mathematics education reform p. 426
DG 2: The relationship between research and practice in mathematics education p. 429
DG 3: Mathematics education for whom and why? The balance between « mathematics education for all » and « for high level mathematical activity » p. 433
DG 4: Philosophy of mathematics education p. 438
DG 5: International cooperation in mathematics education: Promises and challenges p. 443
DG 6: The education of mathematics teachers p. 448
DG 7: Public understanding of mathematics and mathematics education p. 454
DG 8: Quality and relevance in mathematics education research p. 457
DG 9: Formation of researchers in mathematics education p. 461
DG 10: Different perspectives, positions, and approaches in mathematics education research p. 465
DG 11: International comparisons in mathematics education p. 470
DG 12: Assessment and testing shaping education, for better and for worse p. 475
DG 13: Evaluation of teachers, curricula and systems p. 480
DG 14: Focus on the development and research of mathematics textbooks p. 485
DG 15: Ethnomathematics p. 490
DG 16: The role of mathematical competitions in mathematics education p. 495
DG 17: Current problems and challenges in pre-school mathematics education p. 498
DG 18: Current problems and challenges in primary mathematics education p. 504
DG 19: Current problems and challenges in lower secondary mathematics education p. 509
DG 20: Current problems and challenges in upper secondary mathematics education p. 514
DG 21: Current problems and challenges in non-university tertiary mathematics education p. 519
DG 22: Current problems and challenges in university mathematics education p. 524
DG 23: Current problems and challenges concerning students with special needs p. 529
DG 24: Current problems and challenges in distance teaching and learning p. 534
P 1: Hyman Bass: Mathematics, mathematicians, and mathematics education p. 42
P 2: Panel moderated by Stephen Lerman: Mathematics education for whom and why? The balance between mathematics education for all and for high level mathematics performance p. 56
P 3: Anna Sfard on behalf of Survey Team 1: What could be more practical than good research? On mutual relations between research and practice of mathematics education p. 76
P 4: Erno Lehtinen: Mathematics education and learning sciences p. 93
P 5: Plenary Interview Session moderated by Michéle Artigue p. 105
P 6: Jill Adler and Survey Team 3: Mirror images of an emerging field: Researching mathematics teacher education p. 123
P 7: Andreas Dress: Structure formation in nature as a topic of mathematics p. 140
P 8: Ferdinando Arzarello: Mathematical landscapes and their inhabitants: Perceptions, languages, theories p. 158
Maria Alessandra Mariotti on behalf of Survey Team 2: Reasoning, proof and proving in mathematics education p. 182
Christine Keitel on behalf of Survey Team 4: The shaping of mathematics education through testing p. 205
Frederick K.S. Leung on behalf of Survey Team 5: Information and communication technology in mathematics education p. 228
Guy Brousseau, Felix Klein Medallist: Research in mathematics education p. 244
Celia Hoyles, Hans Freudenthal Medallist: Reflections and transformations: A mathematical autobiography p. 255
TA A: Teachers of mathematics: Recruitment and retention, professional development and identity p. 266
TA B: Mathematics education in society and culture p. 271
TA C: Mathematics and mathematics education p. 276
TA D: Technology in mathematics education p. 281
TA E: Perspectives on research in mathematics education from other disciplines p. 287
TSG 1: New development and trends in mathematics education at pre-school and primary level p. 293
TSG 2: New developments and trends in mathematics education at secondary level p. 298
TSG 3: New developments and trends in mathematics education at tertiary levels p. 303
TSG 4: Activities and programmes for gifted students p. 307
TSG 5: Activities and programmes for students with special needs p. 311
TSG 6: Adult and lifelong mathematics education p. 315
TSG 7: Mathematics education in and for work p. 319
TSG 8: Research and development in the teaching and learning of number and arithmetic p. 323
TSG 9: Research and development in the teaching and learning of algebra p. 327
TSG 10: Research and development in the teaching and learning of geometry p. 331
TSG 11: Research and development in the teaching and learning of probability and statistics p. 337
TSG 12: Research and development in the teaching and learning of calculus p. 341
TSG 13: Research and development in the teaching and learning of advanced mathematical topics p. 346
TSG 14: Innovative approaches to the teaching of mathematics p. 351
TSG 15: The role and the use of technology in the teaching and learning of mathematics p. 355
TSG 16: Visualisation in the teaching and learning of mathematics p. 359
TSG 17: The role of the history of mathematics in mathematics education p. 363
TSG 18: Problem solving in mathematics education p. 368
TSG 19: Reasoning, proof and proving in mathematics education p. 373
TSG 20: Mathematical applications and modelling in the teaching and learning of mathematics p. 377
TSG 21: Relations between mathematics and other subjects of science or art p. 382
TSG 22: Learning and cognition in mathematics: Students’ formation of mathematical conceptions, notions, strategies, and beliefs p. 388
TSG 23: Education, professional life and development of mathematics teachers p. 394
TSG 24: Students’ motivation and attitudes towards mathematics and its study p. 399
TSG 25: Language and communication in the mathematics classroom p. 402
TSG 26: Gender and mathematics education p. 407
SG 27: Research and development in assessment and testing in mathematics education p. 412 T
TSG 28: New trends in mathematics education as a discipline p. 417
TSG 29: The history of the teaching and the learning of mathematics p. 422
DG 1: Issues, movements, and processes in mathematics education reform p. 426
DG 2: The relationship between research and practice in mathematics education p. 429
DG 3: Mathematics education for whom and why? The balance between « mathematics education for all » and « for high level mathematical activity » p. 433
DG 4: Philosophy of mathematics education p. 438
DG 5: International cooperation in mathematics education: Promises and challenges p. 443
DG 6: The education of mathematics teachers p. 448
DG 7: Public understanding of mathematics and mathematics education p. 454
DG 8: Quality and relevance in mathematics education research p. 457
DG 9: Formation of researchers in mathematics education p. 461
DG 10: Different perspectives, positions, and approaches in mathematics education research p. 465
DG 11: International comparisons in mathematics education p. 470
DG 12: Assessment and testing shaping education, for better and for worse p. 475
DG 13: Evaluation of teachers, curricula and systems p. 480
DG 14: Focus on the development and research of mathematics textbooks p. 485
DG 15: Ethnomathematics p. 490
DG 16: The role of mathematical competitions in mathematics education p. 495
DG 17: Current problems and challenges in pre-school mathematics education p. 498
DG 18: Current problems and challenges in primary mathematics education p. 504
DG 19: Current problems and challenges in lower secondary mathematics education p. 509
DG 20: Current problems and challenges in upper secondary mathematics education p. 514
DG 21: Current problems and challenges in non-university tertiary mathematics education p. 519
DG 22: Current problems and challenges in university mathematics education p. 524
DG 23: Current problems and challenges concerning students with special needs p. 529
DG 24: Current problems and challenges in distance teaching and learning p. 534
Données de publication
Éditeur Roskilde University Roskilde , 2008 Format 17 cm x 24 cm, 559 p.
ICME, 10, Copenhague, Danemark, 2004
ISBN 87-7349-733-9 EAN 9788773497333
Public visé chercheur, enseignant, formateur
Type actes de colloques, de congrès, de séminaire Langue anglais Support papier
Classification