Abbrevation
MECO
City
Budva
Country
Montenegro
Deadline Paper
Start Date
End Date
Abstract

MECO&#8211;2019 is a continuation of very successful MECO events dated from 2012&#046; It is an International Scientific Forum aimed to present and discuss the leading achievements in the modeling, analysis, design, validation and application of embedded computing systems&#046; MECO 2019 will provide an opportunity for scientists, engineers, and researchers to discuss new applications, design problems, ideas, solutions, research and development results, experiences and work&#8211;in&#8211;progress in this important technological area&#046;<br>MECO covers the theory, technology, design and applications of systems supported by smart computers, such as embedded/cyber&#8211;physical systems and the internet of things&#046; With an excellent citation score and strong keynote programme featuring outstanding, multidisciplinary speakers, including two Nobel laureates, the conference has become a major event in the computing systems calendar&#046;<br>MECO is a conference of highest scientific and professional recognition, INDEXED in the distignushed Databases or Digital Libraries as IEEE xPlore&#046; SCOPUS, WoS etc&#046; Also, it is included in many Regional and University Digital Libraries&#046;<br>Following the wishes of our participants and great impressions from the last year, MECO 2019 will take, again, place in Budva, beautufill place on South Adriatic Riviera, on June 10&#8211;14, 2019<br>Topics of interest of MECO&#8211;2019 include, but are not limited to:<br>Software and Hardware Architectures for Embedded Systems<br>Systems on Chip (SoCs) and Multicore Systems<br>Communications, Networking and Connectivity<br>Sensors and Sensor Networks<br>Mobile and Pervasive/Ubiquitous Computing<br>Distributed Embedded Computing<br>Real&#8211;Time Systems<br>Reconfigurable Systems<br>Design Methodology and Tools<br>System Architecture Synthesis<br>Ontology engineering<br>Description logic for ontology engineering<br>Multi&#8211;objective Optimization<br>Low&#8211;power Design and Energy Management<br>Hardware/Software Simulation<br>Rapid prototyping<br>Testing and Benchmarking<br>Micro and Nano Technology<br>Internet of Things<br>Organic/Flexible/Printed Electronics<br>MEMS<br>VLSI Design and Implementation<br>Microcontroller and FPGA Implementation<br>Embedded Real&#8211;Time Operating Systems<br>Cloud Computing in Embedded System Development<br>Cyber physical systems<br>Digital Filter Design<br>Digital Signal Processing and Applications<br>Image and Multidimensional Signal Processing<br>Embedded Systems in Multimedia and Communications<br>Consumer Electronics<br>Wearable Health Care<br>Advanced signal processing<br>Emergency and Disaster Management<br>Identification and Supervision Systems<br>Industrial, Bio&#8211;Medical, Automotive and Avionic Systems<br>Embedded Robotics, Instrumentation and Measurement<br>Embedded Systems in Energy Efficiency, and<br>ICT for smart grids<br>Embedded systems for electry energy production, transmission and marketes<br><div>&#046;&#046;&#046;&#046; other related areas&#046;<br></div><div><br></div>