The CSI/CPSSI International Symposium on Real-Time and Embedded Systems and Technologies (RTEST)
We are delighted to announce that the best paper award winners of this year are as follows :
1- Parham Sadeghi and Alireza Ejlali: “A New Analytical Simulator for the Provisioning Stage of IoT-based WSNs”
2- Amin Yoosefi and Mehdi Kargahi: “Improving Energy-Efficiency of CNNs via Prediction of Reducible Convolutions for Energy-Constrained IoT Devices”
Please find the guidelines for connecting to the online platform of the conference here
IMPORTANT NOTICE: Due to the current Pandemic, the decision has been made to transform RTEST 2020 into an all-digital conference. The main program and dates will remain the same: June 10–12, 2020. Proceedings publication will continue as planned. We will work with the rest of the organizing committee to ensure a smooth online experience. The details of the virtual conference will be provided soon. We would like to thank you for your understanding that the main concern of the organizing committee is the health of all conference participants, their families and communities.
Organizing Committee of RTEST 2020.
The IEEE-sponsored RTEST symposium aims at bringing researchers in the fields of real-time and embedded systems and related research areas, from both industry and academia together. This event was held as national only event from 1995 to 2014. Starting from 2015 (see this link), RTEST became a successful international symposium and 2020 edition accepts only submissions in English. RTEST 2020 will be held on June 10-11, 2020 at the Institute for Research in Fundamental Sciences (IPM), (School of Computer Science), Tehran, Iran.
RTEST 2020 welcomes submissions in all theoretical and application-oriented areas, reporting design, analysis, implementation, evaluation, and empirical results, of real-time and embedded systems, Internet-of-Things, and Cyber-Physical Systems, including (but not limited to): real-time software and applications, embedded hardware, multicore and manycore embedded systems, networked/distributed real-time/embedded systems, real-time control systems, real-time and embedded operating systems, hardware/software co-design, system-level design, modeling and verification, real-time scheduling and resource management, quality-of-service (QoS) management, power and thermal management, compilers for embedded systems, WCET estimation, testing and debugging of embedded and real-time systems, dependable real-time systems, and security.
Example application areas include (but not limited to): Oil, gas, and petrochemical industries, robotics, avionics, smart home, and autonomous driving.