doc. dr. sc. Leonardo Jelenković

Assistant professor, Department of Electronics, Microelectronics, Computer and Intelligent Systems

Location:
Public phone number:
6129-927
Internal phone number:
427

Compiler for a new programming language

Šprajc, Lana
2023.

Smart remote controller for interactive control of appliances

Stipanović, Lovro
2023.

Firmware version compatibility checking mechanism

Vrankić, Milan
2023.

Middleware for Internet of things

Hrvatić, Josip
2023.

Using operating system RIOT for home automation

Pogačić, Andrej
2023.

Home device control simulation using embedded computers

Belušić Gonzalez, Maria Carmen
2023.

Using affordable embedded computers for home automation

Grdić, Dalen
2023.

Interconnecting embedded computers for home automation

Vujeva, Filip
2023.

The use of Ubuntu Core operating system for devices in Internet-of-things systems

Ćulumović, Iwan
2022.

A metaprotocol-based Internet of Things architecture

Milić, Luka ; Jelenković Leonardo ; Magdalenić, Ivan
2022.
Automatika : časopis za automatiku, mjerenje, elektroniku, računarstvo i komunikacije

Architecture of Internet of Things Systems Based on a Data Transfer Metaprotocol

Milić, Luka
2022.

Home heating controlled by devices with Windows 10 IoT operating system

Penjin, Luka
2022.

File subsystem implementation for a simple embedded operating system

Tomašić, Tomislav
2022.

OpenShift platform usage

Miličević, Ante
2022.

The use of Contiki operating system for devices in Internet-of-things systems

Muslija, Marcel
2022.

Data management for small EEPROM with reduced wear leveling

Andrašek, Ana
2022.

Kernel support for implementing synchronization mechanisms

Hrvatić, Josip
2021.

Modbus TCP communication protocol security

Polić, Dominik
2021.

Advanced Digital Twin Model in Internet-of-Things Systems

Crnogorac, Marina Antonela
2021.

Internet of Things Architecture in Smart Agriculture

Kalafatić, Josip
2021.

Using the Concept of Digital Twin in Internet-of- Things Systems

Matešić, Maja
2021.

A Platform for Simplified Use of the Internet of Things

Posavec, Marta
2021.

Three-Layer IoT Node Model for Simpler Custom IoT Deployments

Jelenković, Leonardo
2021.

Managing Software on Internet of Things Device with Virtualization Technologies

Gusak, Pejo
2021.

Using a distributed system to store device data in the context of the Internet of Things

Đomlija, Tomislav
2021.

Edge Computing for the Internet of Things

Žabojec, Janko
2020.

RESP3 and client-side caching library implementation for Redis clients

Kvakarić, Josip
2020.

A Novel Task Scheduler for Linux

Kukolja, Antun
2020.

Creating and delivering applications to remote devices using containers

Tomašić, Tomislav
2020.

Extension of FreeRTOS with New Features

Brlas, Ivan
2020.

A library for making menus on small textual LCDs

Andrašek, Ana
2020.

Distributed device control implemented by connecting different cloud service providers

Štignedec, Ivan
2020.

Middleware for Using Internet of Things Cloud Services

Crnogorac, Marina Antonela
2019.

Simple Task Scheduler in Embedded Soft Real-Time Systems

Čupić, Laura
2019.

Services for Collecting and Processing Data from a Distributed System

Đomlija, Tomislav
2019.

Wearable Device Properties

Jagar, Karlo
2019.

Middleware for Using Input-Output Devices on an Internet Thing

Gusak, Pejo
2019.

Distributed Control Example Using Internet of Things Concept

Kalafatić, Josip
2019.

Deterring Attackers by Injecting Unexploitable Bugs

Vijtiuk, Juraj
2019.

Task Scheduling in Linux

Štimac, Filip
2019.

User Friendly Programming for a Device in Internet of Things

Matešić, Maja
2019.

Security System Implemented with Smartphone

Erceg, Matej
2018.

Things Management Through Internet of Things Cloud Services

Posavec, Marta
2018.

Cryptography Potential of Embedded Computers with Low Processing Power

Hanžek, Jurica
2018.

Using FreeRTOS operating system in laboratory exercises

Polić, Filip
2018.

Internet of Things Device Control with AWS IoT Services

Štignedec, Ivan
2018.

Example of Using Things Through Internet of Things Cloud Services

Žabojec, Janko
2018.

Data Acquisition and Processing Using Devices Based on Android Things

Brezjan, Antonio
2018.

External Event Response Time Measurement System for Operating Systems Used in Embedded Devices

Lisica, Roko
2018.

Building meteorological station using Internet of Things technologies

Presečki, Nikola
2018.

Periodic Task Scheduler Optimization for Control System

Žigun, Filip
2018.

Using Android Devices in Internet of Things

Jančin, Luka
2017.

Performance Evaluation of Linux Containers

Budrović, Toni
2017.

Monitoring and control applications development using Yocto project

Kvakarić, Josip
2017.

NIC drivers for Benu OS

Kukolja, Antun
2017.

Home automation using Yocto project and .NET framework

Kuštro, Petar
2017.

Memory footprint optimization for embedded system software

Štimac, Filip
2017.

Porting OpenWrt Operating System on Network Devices

Vijtiuk, Juraj
2017.

Connect Arduino to the Internet using EasyRadio module

Žigun, Filip
2016.

Simulating simple things for Internet of Things architecture verification

Brezjan, Antonio
2016.

Simulate Internet of Things system using Raspberry Pi and EasyRadio wireless modules

Erceg, Matej
2016.

Explore mobilities of things in designed Internet of Things architecture

Hanžek, Jurica
2016.

Controlling devices with Arduino within Internet of Things architecture

Lisica, Roko
2016.

Implement examples with Arduino in Internet of Things context

Polić, Filip
2016.

Mobile devices as things in Internet of Things architecture

Presečki, Nikola
2016.

Services in cloud as central component in Internet of Things architecture

Mužar, Irena
2016.

A novel versatile architecture for Internet of Things

Milić, Luka ; Jelenković, Leonardo
2015.

Creating custom Linux-based embedded systems with Yocto Project

Kuštro, Petar
2015.

Simple Day-Ahead Bidding Algorithm for a System with Microgrids and a Distributor

Jelenković, Leonardo ; Budrović, Toni
2015.

Task scheduler simulator

Jančin, Luka
2015.

Example of underlying architecture for Internet of Things

Sekulić, Nikola
2015.

Construct2 game editor

Plačko, Marko
2015.

Improving thread scheduling by thread grouping in heavily loaded many-core processor systems

Milić, Luka ; Jelenković, Leonardo
2014.

Demand/supply negotiation protocol for systems with microgrids

Budrović, Toni
2014.

Implementing simple file subsystem

Mužar, Irena
2013.

Implementing device driver for RTL8139 card

Selanec, Juraj
2013.

Building a microkernel for embedded systems

Turk, Marko
2013.

Content management system adaptation for association management

Pleština, Domagoj
2013.

Adapting the Linux scheduler for manyprocessor systems

Milić, Luka
2013.

Mail forwarding system

Zrna, Jurica
2012.

Determining Autonomous Systems Reputation based on DNS measurements

Groš, Stjepan ; Stublić, Mislav ; Jelenković, Leonardo
2012.

Building a tablet computer

Cihlar, Davor
2012.

Implementation od the EDF scheduling for RTLinux

Knežević, Hrvoje
2012.

Implementing EDF scheduling for OSIER

Iličić, Mario
2012.

Statistical analysis of algorithms for dynamic memory management

Sekulić, Nikola
2011.

Frameworks for embedded system development

Novosel, Tomislav ; Jelenković, Leonardo
2011.

File system

Milić, Luka
2011.

Developing cloud infrastructure

Ćubić, Neven
2011.

Thread Scheduling Implementation

Hunjadi, Berislav
2011.

Serial communication

Turk, Marko
2011.

Dynamic memory allocation without headers

Merdanović, Nenad
2011.

Determining Autonomous Systems Reputation based on DNS measurements

Stublić, Mislav
2010.

System software

Jelenković, Leonardo ; Korać, Milan ; Car, Dario
2010.

Operating systems for embedded computers

Jelenković, Leonardo
2010.

Application for updating Alumni database

Gužvinec, Antonija
2010.

Databases in high available systems

Kostić, Hrvoje
2010.

Native multiprocessor support in C# programming language

Lipovac, Anthony
2010.

Memory management methods for embedded computers

Knežević, Hrvoje
2010.

Thread scheduling for operating systems with soft timings constrains

Iličić, Mario
2010.

Memory management in constrained environment

Plačko, Marko
2010.

Memory management subsystem for embedded computer

Vodanović, Kornelija
2010.

Adding MOBIKE support into IKEv2 implementation

Dimjašević, Marko
2010.

Embedded computer system

Cihlar, Davor
2010.

Social networking services

Šagud, Tomislav
2010.

Time based job scheduler

Tomorad, Krunoslav
2010.

Random number generator for multithreaded environments

Laušić, Zvonimir
2010.

Basic routines for building operating system

Budiša, Jure
2009.

Process management for simple operating systems

Arbutina, Antonio
2009.

Process scheduling in Win32 environment

Hunjadi, Berislav
2009.

Managing IPsec subsystem on Linux using NETLINK interface

Dukić, Dalibor
2009.

Realization of software protection against unauthorized use

Nikić, Marijan
2009.

Application and analysis of the effectiveness of the “Intel Threading Building Blocks” library

Lipovac, Anthony
2009.

Testing network devices for usual attacks

Petrović, Krešimir
2009.

File exchange in distributed systems

Ćubić, Neven
2009.

Parallelism in operating system boot process

Tomorad, Krunoslav
2008.

Key exchange for SRTP based on DTLS

Vladić, Martin
2008.

Implementing EAP-MD5 for IKEv2

Gužvinec, Antonija
2008.

"Plan 9" research system

Pletikosa, Marko
2008.

Architectures of intensive interactive centralized systems

Šagud, Tomislav
2008.

Java Sound API

Pećanac, Nenad
2008.

Distributed file sharing

Kostić, Hrvoje
2008.

Windows management in Windows XP

Dagelić, Hrvoje
2008.

E-money system simulation

Pecikoza, Dalibor
2007.

Single Sign-On

Pavić, Tomislav ; Jelenković, Leonardo
2007.

SSH protocol simulation and analysis

Meščić, Tihomir
2007.

Implementation of EAP Authentication into IKEv2 Protocol

Vučak, Jelena ; Jelenković, Leonardo ; Golub, Marin
2007.

Monitor-based multithreaded embedded systems

Jelenković, Leonardo
2005.

Error Analysis of a Stewart Platform Based Manipulators

Jelenković, Leonardo ; Budin, Leo
2002.

The Evaluation And Analysis Of Stewart Parallel Mechanisms

Jelenković, Leonardo
2001.

Time-Constrained Programming in Windows NT Environment

Budin, Leo ; Jelenković, Leonardo
1999.

Multithreaded Simulated Annealing

Jelenković, Leonardo ; Poljak, Joško
1998.

Experiments with multithreading in parallel computing

Jelenković, Leonardo ; Omrčen-Čeko, Goran
1997.

A set of functions for multithreaded programs

Jelenković, Leonardo
1996.

Teaching

University undergraduate

University graduate

Postgraduate doctoral study programme

Competences

  • Computers and information processing
    Computer aided analysis Computer aided engineering Control engineering computing Mathematics computing Physics computing Scientific computing Telecommunication computing Web sites World Wide Web Computer architecture Parallel architectures Multicore processing Computer networks Computer network management Domain Name System Heterogeneous networks Internet of Things IP networks Network servers Peer-to-peer computing Virtual private networks Computer performance Computer peripherals Computer science Programming Integer linear programming Logic programming Microprogramming Object oriented methods Object oriented programming Opportunistic software systems development Parallel programming Performance analysis Programming profession Computer security Computers Microcomputers Parallel machines Concurrency control Processor scheduling Scheduling algorithms Data processing Internet of Things Internet security Local area networks Distributed computing Client-server systems Middleware Servers Internet of Things High performance computing Cache memory Memory management Multitasking Parallel processing Multiprocessing systems Data flow computing Processor scheduling Multithreading Parallel algorithms Pipeline processing Ubiquitous computing Real-time systems Embedded software Middleware Software debugging Software design Software maintenance Software performance System software File systems Operating systems Program processors Utility programs Software engineering Computer aided software engineering Runtime Dynamic compiler Runtime environment Software architecture Client-server systems Microarchitecture System recovery Time sharing computer systems Virtual machine monitors 
  • Control systems
    Closed loop systems Control design Control engineering Microcontrollers Regulators
  • Education
    Educational institutions Educational technology Computer aided instruction Electronic learning Computer science education Control engineering education
  • Engineering – general
    Electrical engineering Electrical engineering computing
  • Industry applications
    Security Computer security
  • Mathematics
    Algebra Algorithm design and anlaysis Algorithms Arithmetic Calculus Closed-form solutions Combinatorial mathematics Computational efficiency Cyclic redundancy check Eigenvalues and eigenfunctions Geometry Iterative methods Numerical analysis Optimization Set theory Simulated annealing
  • Reliability
    Fault tolerance Reliability engineering Software reliability
  • Systems engineering and theory
    System analysis and design
  • Communications technology
    Internet Internet of Things Internet security Internet topology Machine-to-machine communications Personal communication networks Protocols
  • IEEE organization
    IEEE Educational activities IEEE Volunteer activities
  • Systems, man, and cybernetics
    Ubiquitous computing Wearable computers

Personal data

Graduation year:
1996.
mr.sc. graduation year:
2001.
PhD graduation year:
2005.
Employed in this institution since:
1997.