Marko Janev

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About

Marko Janev is a researcher whose work lies at the intersection of robotics, acoustics, and human-machine interaction. His key research areas include speaker localization, semi-autonomous robotics, and real-time multimedia systems. Janev’s major contributions are exemplified by his work on "Speaker Localization under Echoic Conditions Applied to Service Robots" (2005, 5 citations), where he developed sound processing techniques to enable service robots to actively locate and track speakers in reverberant environments, enhancing videoconferencing capabilities. This work directly addressed the challenge of echoic interference, allowing robots to control cameras both horizontally and vertically while improving outgoing audio quality. Additionally, his paper "Remotely controlled semi-autonomous robot with multimedia abilities" (2004, 4 citations) introduced NITRO, a prototype that pioneered real-time semi-autonomous motion control, audio/video streaming, and human-machine interaction over wireless networks. Janev’s research has practical implications for service robotics, telepresence, and assistive technologies. Though his citation counts are modest, his contributions are foundational in integrating acoustic perception with robotic mobility, making him a notable figure in the early development of interactive, audio-aware service robots.