Modern in-vehicle infotainment systems connect to drivers' personal digital devices, such as
smartphones, to facilitate calls, notifications delivery, and access to online media and …

As in-vehicle information systems (IVIS) grow increasingly complex, the demand for
innovative artificial intelligence-based interaction methods that enhance cybersecurity …

FPGAs are silicon-based programmable electronics. A typical FPGA is made up of several
programmable blocks, each performing a different function. FPGAs perform fast real-time …

New energy sources are transforming the automotive market. This shift has also expanded
the possibilities for in-vehicle interaction. Through a literature review, this study categorizes …

We conduct an examination of the preferences of drivers and passengers alike for in-vehicle
interactions with a multi-study approach consisting of (1) a targeted literature survey of …

Web-based standards and technology, such as HTTP, JavaScript, and WebSockets, can
bring many benefits to designing and engineering systems for in-vehicle infotainment (IVI) …

Autonomous vehicle technology increasingly allows drivers to turn their primary attention to
secondary tasks (eg, eating or working). This dramatic behavior change thus requires new …

Odată cu dezvoltarea continuă a tehnologiei, un volum semnificativ de informaţii sunt
generate din diverse surse, prin urmare, impactul dimensionalităţii devine o provocare în …