google maps on magic mirror raspberry pi

#Google maps on magic mirror raspberry pi software

Advances in sensors and computing now offer capabilities for making accurate forecasts about meaningful changes in health, monitoring disease progression, and tracking response to treatments, which represent critical areas for innovation in digital health.

3 While applications of smart mirrors have appeared in the automotive 4, 5 and clothing industries, 6 real-world examples of this technology in healthcare remains limited.

#Google maps on magic mirror raspberry pi software

These mirrors augment the reflecting surface that underlies this 8000-year-old technology 2 with electronic hardware and computer software to provide passive monitoring, reminders, entertainment, information, and many other possibilities. Smart thermostats can adjust the temperature of the house automatically to a preferred setpoint that maintains a pleasant environment and reduces energy costs.Īn emerging intelligent house device with potentially wide-ranging applications for healthcare outside of traditional medical settings is the smart mirror. Embedded sensors can monitor the door passively for unusual events, e.g., the door remains ajar or an unexpected entry, and send an appropriate alert to the owner or authorities. For example, smart locks can be programmed to grant a person, e.g., a neighbor or friend, access to a house without giving them the key. 1 These smart products contain a combination of hardware and software that permit connections to other devices inside and outside of the house to perform tasks that would otherwise be done manually or using other systems. Homes provide an example where technical advances can make traditional appliances and other devices more “intelligent” to improve everyday activities. Substantial streams of information are now gathered and analyzed in the background and then reported at suitable times. We also provide a brief description of the state-of-the-art, including a functional prototype concept developed by our group, and highlight the directions to make this device more mainstream in health-related applications.Ĭurrent technology trends are leading the world towards increasing connectivity and shrinking the boundaries between the digital and physical. This paper examines the potential uses of smart mirrors in healthcare and explores how this technology might benefit users in various medical environments. Successful development and implementation of smart mirrors for healthcare applications will require overcoming new challenges in engineering, machine learning, computer vision, and biomedical research. Similarly, a smart mirror could record and evaluate body position and motion to identify posture and movement issues, as well as offer feedback for corrective actions. We envision that smart mirrors comprising a combination of intelligent hardware and software could identify subtle, yet clinically relevant changes in physique and appearance. The opportunity to apply smart mirror technology to healthcare to predict and to monitor aspects of health and disease is a natural but mostly underdeveloped idea. Several projects have augmented mirrors for a range of smarter applications in automobiles and homes. Inexpensive embedded computing and the related Internet of Things technologies enable the recent development of smart products that can respond to human needs and improve everyday tasks in an attempt to make traditional environments more “intelligent”.