Integrating Brain-Computer Interface (BCI) Technology and mindfulness meditation
IHNNK Brain-Computer Interface Technology establishes an interactive channel between the human brain and the external environment, independent of peripheral nerves and muscles. This technology has broad application prospects in elderly care, disability assistance, mental health, cultural education, military security, and other fields. IHNNK is dedicated to developing wearable Brain-Computer Interface technology and systems. Leveraging big data and cloud computing, IHNNK provides a full set of "Brain-Computer Interface AI+" solutions for various application scenarios, enabling rapid deployment.
How Does It Work?
Step 1
A Brain-Computer Interface system consists of an EEG acquisition module, an EEG analysis module, an execution/application module, and a feedback module. For instance, in the case of the Brain-Computer Interface Mindfulness Meditation System, users wear a headband equipped with electrodes placed near the forehead and temple skin. These electrodes automatically capture our EEG signals.
Step 2
After amplification by the headband device, the EEG is wirelessly transmitted to a computing terminal (such as a smartphone, tablet, or PC/laptop). The computing terminal analyzes our EEG, evaluates our mindfulness meditation state, and provides feedback to users through changes in scores, sound, and scene visuals on the screen.
Step 3
The higher the score, the clearer the sound and scene visuals, indicating a better mindfulness meditation state. Conversely, lower scores result in blurred sound and scene visuals. Users can easily assess their mindfulness meditation state based on this biological/neurological feedback, thus enhancing their focus during meditation.
EEG Decoding Algorithm Model
The EEG decoding algorithm model utilizes EEG to assess the brain's state or analyze its intentions. Subsequently, the obtained results are utilized for controlling external devices to provide functional assistance or construct neural feedback, facilitating interventions for brain function recovery or cognitive enhancement. By employing various IHNNK products, different applications can be achieved, including control, emotional regulation, motion sickness relief, attention training, mindfulness meditation, and more.
Regular Practice of Brain-Computer Interface Mindfulness Meditation is Essential for Stress Reduction, Improved Sleep, and Emotional Relief
Consistent practice of Brain-Computer Interface mindfulness meditation is crucial for achieving desired outcomes such as reducing stress, enhancing sleep quality, and relieving emotional tension. Users can choose any IHNNK product for mindfulness meditation practice. To maximize training effectiveness
3-5 times
Weekly practice
6-8 weeks
Continuous practice
3-5 times
Weekly practice
6-8 weeks
Continuous practice
