Vicon Standard // Image Library // Applications

Code	Image	Size	Caption
app001		Column Width Size	Cerebral palsy patient. Split video image - front and side views of subject under test
app002		Column Width Size	Rehabilitation patient fitted with reflective markers on cycle exercise machine
app003		A5 Size Column Width Size	Example of Vicon hand marker set with labels (4mm size)
app004		A4 Size A5 Size Column Width	Subject in virtual environment with head mounted display
app005		Column Width	Wand wave calibration using the Vicon DynaCal calibration
app006		A4 Size A5 Size Column Width	Subject on treadmill fitted with the Vicon spine marker set (rear view)
app007		A4 Size A5 Size Column Width	Subject on treadmill fitted with the Vicon spine marker set (front view)
app008		A4 Size A5 Size Column Width	Subject on treadmill fitted with the Vicon spine marker set (side view)
app009		A4 Size A5 Size Column Width	Subject on treadmill fitted with the Vicon spine marker set (angled rear view)
app010		A4 Size A5 Size Column Width	Subject under test fitted with EMG and Vicon reflective markers in Italian gait laboratory with Vicon 612 movement analysis system
app011		A4 Size A5 Size Column Width	The Jewish Rehabiliation Hospital, Montreal. Posture and balance experiments on moving platform using a Vicon 512 system with Vicon M-Series IR camera
app012		A4 Size A5 Size Column Width	The Jewish Rehabilitation Hospital, Montreal. Posture and balance experiments on moving platform using a Vicon 512 system with Vicon M-Series IR camera
app013		A4 Size A5 Size Column Width	Amputee patient at Texas Scottish Rite Hospital for Children, Dallas enjoys a gait analysis study with a Vicon system
app014		A4 Size A5 Size Column Width	Frontal view of a subject fitted with reflective markers and wearing the Atlanta Scottish Rite abduction orthosis during gait testing using a Vicon system in a Legge-Calve Perthes study
app015		A4 Size A5 Size Column Width	A Vicon system is used in the Movement Science Laboratory, Texas Scottish Rite Children's Hospital, Dallas, USA, for monitoring spinal motion during axial twisting on an idiopathic scoliosis patient before spinal infusion
app016		A4 Size A5 Size Column Width	An amputee undergoes cycling performance tests in the Biomechanics Lab at the Australian Institute of Sport in Canberra using a Vicon movement analysis system
app017		A4 Size A5 Size Column Width	A physical therapist at the Center for Gait and Movement Analysis at The Children's Hospital, Denver, Colorado, USA prepares a subject for testing on a Vicon system
app018		A4 Size A5 Size Column Width	Evaluating golf swing with a Vicon system at the Sports Science Laboratory, University of Wales, Swansea, UK
app019		A4 Size A5 Size Column Width	A physical therapist at The Shriners Hospital for Children, Greenville, USA fixes reflective markers to a patient prior to a gait analysis study using a Vicon system
app020		A4 Size A5 Size Column Width	A patient is prepared for gait analysis with a Vicon system at The Association for Assistance for Crippled Children gait laboratory in Sao Paulo, Brazil
app021		A4 Size A5 Size Column Width	Top athlete Liz McColgan in the Grampian Gait Movement Analysis Centre, Aberdeen, Scotland runs with Vicon
app022		A4 Size A5 Size Column Width	A view of the Movement Laboratory at The Bambino Gesu Children's Hospital, Palidoro, Italy showing the Vicon 512 movement analysis system in action with six Vicon cameras
app023		A4 Size A5 Size Column Width	A child with sacral level spina bifida, fitted with reflective markers, commences a movement analysis study with a Vicon system
app024		A4 Size A5 Size Column Width	The new Vicon System, incorporating the latest high performance cameras (MCam2), being set up in the Gait Laboratory in the Nuffield Orthopaedic Centre in Oxford, England.
app025		A4 Size A5 Size Column Width	Demonstration of gait analysis at the opening of the French Red Cross Rehabilitation Centre for Children, Bois Larris, near Paris where a Vicon system has been installed.
app026		A4 Size A5 Size Column Width	The President of the French Red Cross, Pr Marc Gentilini, with part of the Vicon system at the opening of the new gait analysis facility at the Rehabilitation Centre for Children, Bois Larris, near Paris.
app027		A4 Size A5 Size Column Width	A new Vicon movement analysis system is installed in the French Red Cross Rehabilitation Centre for Children, Bois Larris, near Paris.
app028		A4 Size A5 Size Column Width	A dummy model is fitted with Vicon reflective markers ready for a demonstration at the opening of the French Red Cross Rehabilitation Centre for Children, Bois Larris, near Paris.
app029		A4 Size A5 Size Column Width	One of the wall mounted Vicon cameras looks down over the newly opened gait analysis laboratory at the French Red Cross Rehabilitation Centre for Children, Bois Larris, near Paris, where one of the latest Vicon movement analysis systems in operation.
app30		original A4 Size A5 Size Column Width	Full body, lower limb model (Shriners Hospital for Children, Erie, PA, USA)
app031		original A4 Size A5 Size Column Width	Frontal, lower limb model (Shriners Hospital for Children, Erie, PA, USA)
app032		original A5 Size Column Width	Legs (Shriners Hospital for Children, Erie, PA, USA)
app033		original A5 Size Column Width	Lower limb model (Shriners Hospital for Children, Erie, PA, USA)
app034		original A5 Size Column Width	A subject fitted with markers in the lab prior to study. A new camera is visible in the background (Centre for Sports Medicine Research and Education, University of Melbourne, Australia).
app035		original Column Width	Tracked by Vicon cameras, the subject proceeds along the walkway (Centre for Sports Medicine Research and Education, University of Melbourne, Australia).
app036		original Column Width	Upper limb motion studies (Institute of Biomedical Engineering, University of New Brunswick).
app037		original Column Width	Whole body assessment of lifting tasks (Institute of Biomedical Engineering, University of New Brunswick).
app038		original Column Width	Lab set up for comparison of Vicon with other measurement systems (Institute of Biomedical Engineering, University of New Brunswick).
app039		original A5 Size Column Width	Sit to stand versus sit to walk in young children (Department of Physical Therapy, University of Central Arkansas, USA)
app040		original A5 Size Column Width	The Helen-Hayes marker set-up (Laboratory for Functional Morphology, University of Antwerp, Belgium)
app041		original Column Width	Morphometrical Analysis (Laboratory for Functional Morphology, University of Antwerp, Belgium)
app042		original A4 Size A5 Size Column Width	Researcher Anmin Liu arranges the cameras in relation to the cadaver foot once markers are mounted (Centre for Rehabilitation and Human Performance Research, University of Salford).
app043		original A4 Size A5 Size Column Width	Video fluoroscopy is used to verify pin position prior to testing (Centre for Rehabilitation and Human Performance Research, University of Salford).
app044		original A4 Size A5 Size Column Width	The Iowa State Walking Simulator. Motors for applying muscle forces are on top, eyelets for attachment of muscles are in the centre below the pneumatically loaded knee (Centre for Rehabilitation and Human Performance Research, University of Salford).
app045		original A4 Size A5 Size Column Width	One foot mounted and ready for testing(Centre for Rehabilitation and Human Performance Research, University of Salford).
app046		original A4 Size A5 Size Column Width	A model with reflective markers begins to proceed along the walkway(Centre for Rehabilitation and Ageing, University of London, England)
app047		original A5 Size Column Width	An investigation into muscle activation and knee joint loading during a side-stepping manoeuvre (School of Human Movement and Exercise Science, University of Western Australia)
app048		original Column Width	An evaluation of Lycra arm splints in children with cerebral palsy (School of Human Movement and Exercise Science, University of Western Australia)
app049		original A4 Size A5 Size Column Width	Engineering a Better Runner: Limits to sustained Bipedal Locomotion (School of Human Movement and Exercise Science, University of Western Australia).
app050		original Column Width	Demonstration of Vicon equipment at opening ceremony, Motion Analysis Laboratory, School of Health and Bioscience, UEL
app051		original A4 Size A5 Size Column Width	Golf Swing (Department of Biomechatronic Engineering, Sungkyunwan University, Korea)
app052		original A4 Size A5 Size Column Width	Lower Body Markers, (Sahva A/S)
app053		original A4 Size A5 Size Column Width	Alternative motions for entering a car, (Digital Human Research Center, National Institute of Advanced Industrial Science and Technology, Japan).
app054		original A4 Size A5 Size Column Width	Experimental set-up for capturing hand motions. CG representation of hand motions with 20 links and 40 DOF, but using only 25 surface markers. (Digital Human Research Center, National Institute of Advanced Industrial Science and Technology, Japan).
app055		original A4 Size A5 Size Column Width	Experimental set-up for the human and humanoid walk analysis, (Digital Human Research Center, National Institute of Advanced Industrial Science and Technology, Japan).
app056		original A4 Size A5 Size Column Width	Predefined shoulder motion for the joint center calibration. The estimated joint center was located at the end of the humerus , (Digital Human Research Center, National Institute of Advanced Industrial Science and Technology, Japan).
app057		original A4 Size A5 Size Column Width	Three dimensional reconstruction of Vicon markers and the shoulder joint complex from CT scans,(The School of Human Movement and Exercise Science, University of Western Australia)
app058		original A5 Size Column Width	Upper Body Model, not all markers can be seen, (The School of Human Movement and Exercise Science, University of Western Australia). (Picture courtesy of Tom Rovis-Hermann, West Australian newspaper)
app059		original A4 Size A5 Size Column Width	The pointer method used for determining the lateral elbow epicondyle position relative to the upper arm triad,(The School of Human Movement and Exercise Science, University of Western Australia). (Picture courtesy of Tom Rovis-Hermann, West Australian newspaper)
app060		original A5 Size Column Width	The WA Symphony Orchestra's principal cellist, Rod McGrath undergoing testing ,(The School of Human Movement and Exercise Science, University of Western Australia) (Picture courtesy ofWest Australian newspaper) .
app061		original A4 Size A5 Size Column Width	Trajectory of Shoulder Segment without (top) and with (below) KAFOs, (Down Syndrome Research Foundation and Centre for Human Movement Analysis, Queen Alexandra Centre for Children's Health, Victoria, B.C., Canada )