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Price: 0

Number of applications: 2

Making decisions before ...

19.09.23

Form of award

Monetary. The remuneration fund is 0.3-2 million tenge, depending on the number of tasks to be solved.

Product status

Idea

Тип задачи

Задачи ИКТ

Сфера применения

Type of product

Software/ IS

Problem description

It is required to solve the following tasks: 1. Build a 3D object in the form of a point cloud based on a grid of intersections of curves (special measuring patterns) on the surface of the horse's back. 2. Make a calculation of features (features, variables) for each 3D surface, categorize/group these surfaces into several groups. 3. Create an averaged surface within each group. 4. Using the same methods as in paragraph 1 above, construct the surface of the lower part of the saddles using similar measurements with measuring templates. Categorization of saddle surfaces is not required at this stage. 5. Evaluate the collision of the surfaces of the saddles and the horse's back, using the metrics of the corresponding algorithms, and visualization of the collision. 6. Using the “physics engine”, for example Bullet Physics Library, to simulate the dynamics of a solid and deformable body (saddle and horse). 7. Create a web application in which users will enter the initial measurement data obtained from the surface of the horse's back and saddle, and receive reports assessing the compatibility /collision of these surfaces.

Expected effect

The mission of the project: to provide users (horse owners, riders, companies from the equestrian industry) with a qualitative tool for assessing (i) how well a saddle fits a horse in statics, (ii) how harmonious or traumatic the use of a saddle on a horse in dynamics will be, and (iii) to generate a recommendation for choosing a suitable saddle for a (certain) horse.

Purpose and description of task (project)

Apply algorithms of geometric morphometric analysis and machine learning to assess the correspondence or collision of surfaces with each other. Practical application: automate the comparison of the surface of a riding saddle with the surface of the horse's back, assess how the saddle fits or does not fit the shape of the horse's back.