Runalyser : real time analysis of running technique in practice (P196)

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Deutscher übersetzter Titel:Runalyser : Die Echtzeitanalyse von Lauftechniken in der Praxis
Autor:Wijnen, M.; Hoppenbrouwers, M.B.; Willems, J.W.M.
Erschienen in:The engineering of sport 7. Volume 2: 7th International Conference on the Engineering of Sport : Paris 2008
Veröffentlicht:Paris: Springer (Verlag), 2008, S. 289-295, Lit.
Forschungseinrichtung:International Sports Engineering Association
Format: Literatur (SPOLIT)
Publikationstyp: Sammelwerksbeitrag
Medienart: Gedruckte Ressource
Sprache:Englisch
Schlagworte:
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Erfassungsnummer:PU201104003147
Quelle:BISp
id PU201104003147
bisp-collection db
format Literatur
last_indexed 2011-05-17T14:04:02Z
first_indexed 2011-04-05T14:10:16Z
publication_source BISp
subformat Sammelwerksbeitrag
hierarchy_top_id PU201104003106
hierarchy_parent_id PU201104003106
hierarchy_top_title The engineering of sport 7. Volume 2: 7th International Conference on the Engineering of Sport : Paris 2008
hierarchy_parent_title The engineering of sport 7. Volume 2: 7th International Conference on the Engineering of Sport : Paris 2008
is_hierarchy_id PU201104003147
is_hierarchy_title Runalyser : real time analysis of running technique in practice (P196)
hierarchy_sequence 1
recordtype bispincollection
publishDate 2008
publishDate_facet 2008
language eng
title Runalyser : real time analysis of running technique in practice (P196)
spellingShingle Runalyser : real time analysis of running technique in practice (P196)
Bewegungslehre
Biomechanik
Laufen
Leistungsdiagnostik
Messgerät
Messtechnik
Sporttechnologie
Technik, sportliche
Technikanalyse
Training, sportliches
Trainingswissenschaft
Wettkampf
title_sort runalyser real time analysis of running technique in practice p196
title_short Runalyser : real time analysis of running technique in practice (P196)
title_alt Runalyser : Die Echtzeitanalyse von Lauftechniken in der Praxis
title_alt_lang deu
media_type Gedruckte Ressource
city Paris
abstract Measurement systems are becoming more and more common in the training practice of athletes. In the lab, many parameters can be measured. On the track or on the road however, the technology is currently limited to measurement of heart rate, GPS position, and speed and distance based on acceleration measurement. These systems all focus on performance rather than technique. Running economy - the efficiency of the runner’s movements - is largely determined by technique. So measurement of technique related parameters in the runner’s natural environment would be a huge step forward, enabling athletes and coaches to work towards better running economy and thus also performance. In this paper a working prototype of a system is shown that has been developed to measure both technique and performance related parameters for runners during actual field training and races. The system measures various parameters: feet roll off using a foot pressure sensor, GPS speed and distance, core temperature and heart rate. The feet pressure data is used to determine ground contact time, heel off time, pace frequency, gait line, and pressure distribution during roll-off. The sensors transmit their data to a central computing unit, worn at the runner’s back. This unit combines the data streams and sends them on to a host computer via a wireless internet link. The host computer runs data analysis software and presents the results on the internet. The system has been tested successfully during the Eindhoeven half marathon on October 14th 2007. Analysis of data shows an early and gradual increase of contact times and heel-off times which is probably related to early fatigue in (biarticular) leg muscles due to a too fast start of the runner. Future versions of the system will aim to decrease the size of the system, refine the data interpretation and incorporate new sensors such as EMG measurement. Verf.-Referat
abstract_lang eng
abstract_type abstract
author2 Wijnen, M.
Hoppenbrouwers, M.B.
Willems, J.W.M.
author_facet Wijnen, M.
Hoppenbrouwers, M.B.
Willems, J.W.M.
author2-role Autor
Autor
Autor
author2-authorityid


author_author_facet Wijnen, M.
Hoppenbrouwers, M.B.
Willems, J.W.M.
author2-synonym


author2_hierarchy_facet 0/Autor/
1/Autor/Wijnen, M./
0/Autor/
1/Autor/Hoppenbrouwers, M.B./
0/Autor/
1/Autor/Willems, J.W.M./
publisher Springer
International Sports Engineering Association
publisher-role Verlag
Forschungseinrichtung
publisher-address Paris
Sheffield
publisher-synonym

publisher-authorityid I100281
I101167
publisher_publisher_facet Springer
publisher_hierarchy_facet 0/Verlag/
1/Verlag/Springer/
0/Forschungseinrichtung/
1/Forschungseinrichtung/International Sports Engineering Association/
research_publisher_facet International Sports Engineering Association
location_hierarchy_facet 0/Frankreich/
topic Bewegungslehre
Biomechanik
Laufen
Leistungsdiagnostik
Messgerät
Messtechnik
Sporttechnologie
Technik, sportliche
Technikanalyse
Training, sportliches
Trainingswissenschaft
Wettkampf
topic_facet Bewegungslehre
Biomechanik
Laufen
Leistungsdiagnostik
Messgerät
Messtechnik
Sporttechnologie
Technik, sportliche
Technikanalyse
Training, sportliches
Trainingswissenschaft
Wettkampf
spelling Bewegungslehre
Biomechanik
Laufen
Leistungsdiagnostik
Messgerät
Messtechnik
Sporttechnologie
Technik, sportliche
Technikanalyse
Training, sportliches
Trainingswissenschaft
Wettkampf
biomechanics
competition
measurement apparatus
measurement technique
movement theory
performance diagnostics
running
sports technology
sport technique
sport training
technique analysis
training theory
Lauf
Laufhaltung
Laufsport
Bewegungstechnik
Fertigkeit, technische
Technik, spezielle
Technik, spezifische
Technik, sportartspezifische
Technikbeschreibung
Messmethode, optoelektronische
Diagnostik
Leistungsbestimmung
Leistungsdiagnose
Leistungserfassung
Leistungsfeststellung
Trainingsdiagnostik
Rennen
Wettbewerb
Rundenwettkampf
Wettkampfintensität
Vergleichskampf
Ausbildung, sportliche
Bewegungstraining
Schulung
Sportarttraining
Training
Training, motorisches
Training, sportartspezifisches
Trainingsbetrieb
Trainingspraxis
Trainingsprozess
Trainingssystem
Trainingstechnologie
Trainingszeit
Trainingsziel
Trainingsforschung
Trainingstheorie
Messanlage
Messinstrument
Messeinrichtung
Bewegungsforschung
Bewegungstheorie
Bewegung, physikalische
Merkmal, biomechanisches
Biokinematik
Prinzip, biomechanisches

race (ATHLE; CYCLG; EQUES; SKICC; SKIDH; SPESK; SWIMG; AUTOR)
training for sport
training science
theory of training
science of training
gage
movement science
Runalyser : real time analysis of running technique in practice (P196)
PU201104003147
201104003147
topic_en biomechanics
competition
measurement apparatus
measurement technique
movement theory
performance diagnostics
running
sports technology
sport technique
sport training
technique analysis
training theory
topic_en_facet biomechanics
competition
measurement apparatus
measurement technique
movement theory
performance diagnostics
running
sports technology
sport technique
sport training
technique analysis
training theory
synonym Lauf
Laufhaltung
Laufsport
Bewegungstechnik
Fertigkeit, technische
Technik, spezielle
Technik, spezifische
Technik, sportartspezifische
Technikbeschreibung
Messmethode, optoelektronische
Diagnostik
Leistungsbestimmung
Leistungsdiagnose
Leistungserfassung
Leistungsfeststellung
Trainingsdiagnostik
Rennen
Wettbewerb
Rundenwettkampf
Wettkampfintensität
Vergleichskampf
Ausbildung, sportliche
Bewegungstraining
Schulung
Sportarttraining
Training
Training, motorisches
Training, sportartspezifisches
Trainingsbetrieb
Trainingspraxis
Trainingsprozess
Trainingssystem
Trainingstechnologie
Trainingszeit
Trainingsziel
Trainingsforschung
Trainingstheorie
Messanlage
Messinstrument
Messeinrichtung
Bewegungsforschung
Bewegungstheorie
Bewegung, physikalische
Merkmal, biomechanisches
Biokinematik
Prinzip, biomechanisches

synonym_en race (ATHLE; CYCLG; EQUES; SKICC; SKIDH; SPESK; SWIMG; AUTOR)
training for sport
training science
theory of training
science of training
gage
movement science
container_title The engineering of sport 7. Volume 2: 7th International Conference on the Engineering of Sport : Paris 2008
container_start_page S. 289-295
container_isbn 2287990550
has_references 1
institution BISp
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