2016 First International Conference on Micro and Nano Technologies, Modelling and Simulation Smart Infotainment System: A Human Machine Interface Based Approach Deepak Desai Amit N Kustagi R. M. Banakar
[email protected] [email protected] [email protected] Department of E & C B.V.B.C.E.T. Hubballi, India Abstract - One of the prominent application segment of the driver acts as a fore runner in the development of such Internet of Things framework is in Automotive Sector. It is systems. The primary focus of a driver must be in the road important to arrive at a unique low cost solution to enrich which is possible only by developing voice assistant the user experience at the driver’s seat with minimal system models. If the driver gets an environment which distraction The Internet of Things Layered Architecture does not demand his/her physical attention, the distraction based design approach assists the system designer to conveniently differentiate the system component will decrease and the driver focusses more on the road. requirements distinctly at various layers. Human Machine Safety through increased drivers focus on the road and Interface approach in the proposed solution makes the providing a hands free experience to ease the pressure of application smarter, providing ease of operation. USB distraction is important. The design solution in IoT Webcam C170 design unit for voice processing in this model systems is multidisciplinary and scattered through various interacting with the Google API provides accurate voice domain specific challenges. interface processing unit to the Raspberry Pi IoT In [1], Ovidiu and Peter discuss the progress of IoT Infrastructure.