- Bibliography (CROSBI)
- List of select publications
- Teaching duties
- Research areas
- Professional memberships
- Personal data
- List of select projects
Performance Modeling of Publish/Subscribe Middleware Components
A Performance Evaluation of Spatial Indices for Geospatial Publish/Subscribe Systems
Energy-efficient mobile crowd sensing in the Internet of Things domain
Edge computing architecture for mobile crowdsensing
Autonomous data acquisition in the hierarchical edge-based MCS ecosystem
Approaches to Fuse Fixed and Mobile Air Quality Sensors
Modeling Aggregate Input Load of Interoperable Smart City Services
Air and Noise Pollution Monitoring in the City of Zagreb by Using Mobile Crowdsensing
Energy-aware and quality-driven sensor management for green mobile crowd sensing
A Mobile Crowd Sensing Ecosystem Enabled by CUPUS: Cloud-based Publish/Subscribe Middleware for the Internet of Things
Extended Abstract: Energy-efficient Mobile Crowd Sensing for the Internet of Things
The OpenIoT Approach to Sensor Mobility with Quality-Driven Data Acquisition Management
A High Throughput Processing Engine for Taxi- Generated Data Streams
Comparison of the CUPUS middleware and MQTT protocol for smart city services
A Mobile Crowdsensing Ecosystem Enabled by a Cloud- based Publish/Subscribe Middleware
Energy Efficient and Quality-Driven Continuous Sensor Management for Mobile IoT Applications
Urban Crowd Sensing Demonstrator: Sense the Zagreb Air
1. Marjanović, Martina; Antonić, Aleksandar; Podnar Žarko, Ivana.
Edge computing architecture for mobile crowdsensing. // IEEE Access. Vol. 6 (2018) , no.1; pp. 10662-10674.
2. Antonić, Aleksandar; Marjanović, Martina; Pripužić, Krešimir; Podnar Žarko, Ivana.
A Mobile Crowd Sensing Ecosystem Enabled by CUPUS: Cloud-based Publish/Subscribe Middleware for the Internet of Things. // Future generation computer systems. Vol. 56 (2016) ; pp. 607-622.
3. Marjanović, Martina; Skorin-Kapov, Lea; Pripužić, Krešimir; Antonić, Aleksandar; Podnar Žarko, Ivana.
Energy-aware and quality-driven sensor management for green mobile crowd sensing. // Journal of network and computer applications. Vol. 59 (2016) ; pp. 95-108.
- Project C (Lectures)
- Advanced Architectures of Telecomminication Networks (Lecturer in charge)
- Cognitive Communication Networks (Lecturer in charge)
- Network and Distributed Systems Reliability (Lecturer in charge)
- Network Performance and Traffic (Lecturer in charge)
- Distributed Big Data Processing (Lecturers)
- Laboratory of Telecommunication and Informatics 1 (Lecturers)
Computers and information processing
Computer applications Edge computing Big Data applications Green computing Computer networks Crowdsourcing Internet of Things Linked data Performance analysis Data processing Data analysis Data collection Data preprocessing Crowdsourcing Internet of Things Distributed computing Collaborative work Crowdsourcing Distributed information systems Publish-subscribe Internet of Things Context-aware services
Information systems Data processing Distributed information systems
Communication networks Crowdsourcing Internet of Things Linked data Mobile nodes Quality of service Publish subscribe systems
- IEEE Young Professionals
List of select projects
RETROFIT: Efficient Real-Time Processing of Fast Geospatial Data - research project funded by the Croatian Science Foundation (role in project: researcher, 03/2018 - 03/2023, project leader: Associate professor Krešimir Pripužić, Ph.D.)
DATACROSS: Advanced methods and technologies in Data Science and Cooperative Systems - esearch project funded by the European Regional Development Fund (role in project: researcher, 11/2017 - 10/2022, project leader: Full professor Ivan Petrović, Ph.D.)
symbIoTe: Symbiosis of smart objects across IoT environments - H2020 RIA project H2020-ICT-2015, no. 688156 (role in project: researcher, 01/2016 - 12/2018, project technical coordinator: Full professor Ivana Podnar Žarko, Ph.D.)
OpenIoT: Open Source Solution for the Internet of Things into the Cloud - FP7 project ICT-2011.1.3, no. 287305 (role in project: researcher, 06/2013. - 02/2015., project leader: Full professor Manfred Hasuwirth, Ph.D.)
HUTS: Human-centric Communications in Smart Networks - esearch project funded by the Croatian Science Foundation (role in project: researcher, 10/2014. - 09/2017., project leader: Full professor Maja Matijašević, Ph.D.)