- General Chairs:
- Fabrice Valois,
- Christine Julien,
- Program Chairs:
- Amy L. Murphy,
- Omprakash Gnawali
The International Conference on Embedded Wireless Systems and Networks (EWSN 2020) is a highly selective single-track international conference focussing on premier research results at the intersection of embedded systems and wireless networking. After a stint outside of Europe, EWSN returns, being held in Lyon, France for the 2020 edition.
Opportunistic Cluster Heads for Heterogeneous Networks Combining LoRa and Wake-up Radio
Connected devices using LoRaWAN standard achieve low energy consumption by leaving their sleep state only to send their data. However, this technique induces a high downlink latency that is not compatible with applications that require a low latency ...
A Performance Study of the Behavior of the Wake-Up Radio in Real-World Noisy Environments
Wake-Up Radio (WuR) is a cutting-edge technology for the Internet of Things that is going to change the way enddevices communicate. Asynchronous wireless communications can benefit from WuR to reduce both energy consumption and latency comparatively to ...
OpenWuR - An Open WSN Platform for WuR-based Application Prototyping
Recently, Wake-up Radio (WuR) based systems have gained interest from the academic and industrial institutions, given their ultra-low power consumption during channel listening and highly responsive features, which is required in several Wireless Sensor ...
Power Gating and Its Application in Wake-Up Radio
Internet of Things (IoT) intelligent devices such as wireless sensor actuator nodes (WSANs), pervades virtually every aspect of our lives. These devices are expected to be operated on a limited energy budget, therefore reducing energy consumption is ...
Nanowatt Clock and Data Recovery for Ultra-Low Power Wake-Up Based Receivers
- Matteo D'Addato,
- Alessio Antolini,
- Francesco Renzini,
- Alessia Maria Elgani,
- Luca Perilli,
- Eleonora Franchi Scarselli,
- Antonio Gnudi,
- Michele Magno,
- Roberto Canegallo
This paper presents the design of a data-startable baseband logic for wake-up receivers (WuRxs) enabling nodes to receive infinite bits in addition to a codeword. The proposed integrated circuit includes a control logic with addressing capabilities and ...
