Interactive System Based on Millimeter Wave And Wavelet Transform

In contemporary society, ever-increasing levels of stress have emerged as a pressing concern with the potential to result in both physical and psychological ailments. To tackle this multifaceted challenge, we created an innovative system for stress relief to enhance the well-being of individuals. The system converged technology and well-being and offered a unique fusion of rhythmic music engagement and interactive physical activity. Specifically, the proposed system orchestrated pointer swings in sync with music rhythms, providing users with an immersive and soothing audio-visual experience. Simultaneously, we integrated advanced techniques such as wavelet transform and deep learning (DL) to dynamically optimize rhythm analysis to enhance precision. Furthermore, we adopted the recent advancements in millimeter-wave (mmWave) radar and thermographic camera technologies to recognize subtle gestures and translate them into meaningful control over a rotating sphere. This dynamic interaction fosters an enjoyable and physically engaging experience for users. Successfully coordinating these complex subsystems enables them to communicate with each other and accomplish a variety of controls over the rolling sphere.