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Zoran Salcic 교수 연구 프로필

공개 교수 정보에 기반한 연구 프로필입니다. 독립 연구실 운영 및 학생 모집 여부는 아직 확인되지 않았습니다.
정보 출처2026. 10. 31. 확인

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소개

오클랜드 대학교 전기컴퓨터소프트웨어공학과 소속 Zoran Salcic 교수의 등록된 연구 분야는 Concurrent programming and system design languages for embedded, distributed and real-time systems, Formal models of computation (synchronous, GALS, DFCharts), Heterogeneous multi-core Systems-on-Chip (SoC) with time-predictability, Design automation of embedded systems (from specification to generation of platform for its execution), Software as the system - dynamic and adaptive software systems, Complex digital system design and custom computing machines, Use of FPGAs in novel computing machines, Sensor and actuator networks and Internet of Things (IoT), Localisation and tracking using wireless and INS sensors, device free localisation, Wireless sensor technologies and their use in activity recognition (elderly and health care), Distributed dynamically reconfigurable software systems, Real-time big data processing in IoT입니다.

연구 분야

Concurrent programming and system design languages for embedded, distributed and real-time systems, Formal models of computation (synchronous, GALS, DFCharts), Heterogeneous multi-core Systems-on-Chip (SoC) with time-predictability, Design automation of embedded systems (from specification to generation of platform for its execution), Software as the system - dynamic and adaptive software systems, Complex digital system design and custom computing machines, Use of FPGAs in novel computing machines, Sensor and actuator networks and Internet of Things (IoT), Localisation and tracking using wireless and INS sensors, device free localisation, Wireless sensor technologies and their use in activity recognition (elderly and health care), Distributed dynamically reconfigurable software systems, Real-time big data processing in IoT

연구 키워드

Concurrent programming and system design languages for embeddeddistributed and real-time systemsFormal models of computation (synchronousGALSDFCharts)Heterogeneous multi-core Systems-on-Chip (SoC) with time-predictabilityDesign automation of embedded systems (from specification to generation of platform for its execution)Software as the system - dynamic and adaptive software systemsComplex digital system design and custom computing machinesUse of FPGAs in novel computing machinesSensor and actuator networks and Internet of Things (IoT)Localisation and tracking using wireless and INS sensors

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