#gesture recognition

D-Brane

Project from @unanything combines performative dance, real time audio generation and projection mapping of a moving object, all reliant on the gestures of the dancer:

D-brane is the story of a creation outgrowing its creator. The performance is the culmination of dance, real time projection mapping and live audio synthesis. A software system was built specifically for this project allowing the dancer to have direct gestural interactions with the visuals and audio in real time. The dancer wears a tracking device and interacts with a suspended dodecahedron. The dodecahedron is also tracked and projected as it moves. An analog patch based audio synthesis sonifies the motions of the dancer using the live tracking data. HTC Vive tracking is used for motion tracking. All real time graphics, tracking and projection is done in Touchdesigner. 

A visualization of gesture recognition in Unity Gesture recognition is a powerful technique that can significantly enhance user interaction within games, particularly those relying on mouse input. FranGhigli’s project aims to create a system in Unity that accurately identifies single-stroke mouse gestures from a predefined collection. This article will delve into the challenges and potential…

The Gesture recognition market for technology and solutions that enable machines to identify and respond to human gestures is referred to as the market. This industry is quickly expanding, fueled by rising demand for user-friendly and dynamic interfaces, particularly in the gaming, entertainment, and smart home sectors.

The gesture recognition industry is divided into three categories: hardware, software, and services. Cameras, sensors, and other components necessary for gesture recognition are examples of hardware components. The algorithms and techniques that enable gesture recognition and response are included in software. Support and maintenance, consultation, and training are examples of services.

Apple Inc., Microsoft Corporation, Qualcomm Inc., Google Inc., and Intel Corporation are major players in the gesture recognition business. These companies are heavily spending in R&D and collaborations with other companies in order to develop.

Gesture Recognition-based technologies have emerged as a result of the advancement of artificial intelligence (AI). Douwe Egberts has developed an amazing system that can detect tourists who yawn or appear drowsy and provide them with complimentary cups of coffee. It was installed at the O.R. Tambo International Airport. Face recognition technology allowed the corporation to advertise and sell its brand in a unique way. The relationship between humans and electrical equipment used to be somewhat different. For example, human contact with televisions required the use of remote control.

However, due to the expanding popularity of gesture-enabled electronic devices across multiple business verticals, such as flicking among television channels or radio stations, gesture recognition technology is increasingly being applied for human-device interaction. The progression of GUI technology from text-based inputs to gesture-based inputs has opened the path for Gesture Recognition technology to arise. Gesture recognition is becoming more popular in a variety of fields. Human-machine interaction utilising hand gesture recognition is one recent advancement in this field. The use of hand gesture recognition to operate computer programmes is another advancement.

Global Affective Computing Market is Anticipated to Reach

Newark, NJ, May 09, 2022 (GLOBE NEWSWIRE) — As per the report published by Fior Markets, the global affective computing market is expected to grow from USD 28.15 billion in 2020 and to reach USD 348.32 billion by 2028, growing at a CAGR of 36.95% during the forecast period 2021-2028. The affective computing market is witnessing significant growth in the past years. This growth is attributed to…