FallUP – Fall Risk Assessment and Prediction Based on Gait Analysis
Project Objectives (less than 2500 characters)
| Project Title |
FallUP – Fall Risk Assessment and Prediction Based on Gait Analysis
| Project Area of Specialization |
Internet of Things | | Project Summary |
| Fall represents a serious health threat to the citizens with elderly having 65 years of age or above, or with a disability. Observed falls are of many kinds: falls from walking or standing, falls from standing on supports, e.g. ladders etc. falls from sleeping or lying in the bed and falls from sitting on a chair. That these kinds of falls are very common in lives of almost all senior citizens and disable persons. This project deals with the risk assessment and prediction of a fall based on Gait Analysis. | | Fall represents a serious health threat to the citizens with elderly having 65 years of age or above, or with a disability. Observed falls are of many kinds: falls from walking or standing, falls from standing on supports, e.g. ladders etc. falls from sleeping or lying in the bed and falls from sitting on a chair. That these kinds of falls are very common in lives of almost all senior citizens and disable persons. This project deals with the risk assessment and prediction of a fall based on Gait Analysis. | | Project Objectives |
- To help keeping up with the health of Elderly people having low strength rate than healthier, younger people.
- To help Health-care sectors in better understanding the falls and towards the fall behaviours.
- To alert the Caregivers of the sick or elderly people in quickly providing medical assessments to those under observation.
- To provide help in lowering health care expenditure, raised due to fall injuries.
| | - To help keeping up with the health of Elderly people having low strength rate than healthier, younger people.
- To help Health-care sectors in better understanding the falls and towards the fall behaviours.
- To alert the Caregivers of the sick or elderly people in quickly providing medical assessments to those under observation.
- To provide help in lowering health care expenditure, raised due to fall injuries.
| | Project Implementation Method |
| Data is collected in the form of different parameters of gait. I-e Gait and converted into a single gait value using numerical computations. On the basis of information collected threshold is determined of correct walk pattern. Test objects are examined using our product .Anomalies are detected if any in the walk pattern of the old age and disabled people | | Data is collected in the form of different parameters of gait. I-e Gait and converted into a single gait value using numerical computations. On the basis of information collected threshold is determined of correct walk pattern. Test objects are examined using our product .Anomalies are detected if any in the walk pattern of the old age and disabled people | | Benefits of the Project |
Our project aims at benefiting the following areas/people: - Elderly people having low strength rate than healthier, younger people; who are affected by falls the most.
- Health-care sectors in better understanding the falls and towards the fall behaviours.
- Caregivers of the sick or elderly people in quickly providing medical assessments to those under observation.
- To provide help in lowering health care expenditure, raised due to fall injuries.
| | Technical Details of Final Deliverable |
To determine the gait cycle of an individual, some phases of gait must be visualized, these are Initial Contact, Loading Response, Mid Stance, Terminal Stance, and these four phases identify a normal gait cycle. Furthermore, in our project we have to propose a fall prevention mechanism i.e. detect the fall and detect towards the fall behavior. Phases to identify this behavior are Pre-Swing, Initial Swing, Mid Swing, and Terminal Swing. All the values collected through this phase study via the use of wearable sensors or Kinect would be used to determine the threshold for gait analysis data. All this data would be saved on some Android device where we have a trained model for determining anomaly or towards anomaly behavior and prompt with the feedback according to the received information | | To determine the gait cycle of an individual, some phases of gait must be visualized, these are Initial Contact, Loading Response, Mid Stance, Terminal Stance, and these four phases identify a normal gait cycle. Furthermore, in our project we have to propose a fall prevention mechanism i.e. detect the fall and detect towards the fall behavior. Phases to identify this behavior are Pre-Swing, Initial Swing, Mid Swing, and Terminal Swing. All the values collected through this phase study via the use of wearable sensors or Kinect would be used to determine the threshold for gait analysis data. All this data would be saved on some Android device where we have a trained model for determining anomaly or towards anomaly behavior and prompt with the feedback according to the received information | | Final Deliverable of the Project |
HW/SW integrated system | | Type of Industry |
IT , Medical , Health | | Technologies |
Artificial Intelligence(AI), Internet of Things (IoT), Big Data | | Sustainable Development Goals |
Good Health and Well-Being for People, Life on Land | Required Resources
- To help keeping up with the health of Elderly people having low strength rate than healthier, younger people.
- To help Health-care sectors in better understanding the falls and towards the fall behaviours.
- To alert the Caregivers of the sick or elderly people in quickly providing medical assessments to those under observation.
- To provide help in lowering health care expenditure, raised due to fall injuries.
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