NFC's development exploited latest advances in Virtual Reality platforms and found innovative technological tools to deliver a state-of-the-art VR experience. It utilized network science's technology to integrate real-world data in the training procedure. It developed the first tool that allows the user to define transition systems that are presented in VR, making the user a content creator.
NFC delivers a state-of-the-art VR experience.
The virtual environment of NFC creates a scene that runs smoothly on all devices.
The immersiveness of VR means that your body can rest, while you train your mind. A day's training in the field may now focus just on the body, as the transitions systems and the coordination with the team can now be trained while the body rests and recovers.
A physical injury is no longer a pain for teams' coordination. You can maintain mental agility even when an injury keeps you away from practice. Learn the new systems, coordinate with your co-athletes in the virtual world, and be ready mentally, when the body is ready physically.
Motivation is the key.
As a strategic part of our system design, NFC integrates game-design elements and game principles in the training. The adaptive difficulty of the game, achievement’s statistics and competition with other users, engage each footballer’s brain in order to train more efficiently and with less fatigue.
Receive accurate feedback on personal achievements. Beat your high score on each level. See if you can move up to the next challenging level. Compare scores with your friends or team-mates. Unlock achievements and titles. Memorize position, movement systems and predictive patterns in the field faster, via a gamified approach.
NFC’s movement algorithm is grounded on real-world data.
Passing networks are made by a set of filed positions (players) that are connected to each other through passes. The network depicts the frequency of a pass between 2 positions in the field, and the significance of the role of each position.
When the footballer role is chosen in NFC, the course of the objects that the player is called to track follows statistical properties of passing networks of real-world football data.
This allows the user to learn the probability of a pass to occur, and, thus, predict the next movement.
Importantly, this blends the real and the virtual world technologically.
Created with Mobirise
Free Website Design Software