tinyML Talks on November 29, 2022 “Low-cost energy-aware sensor data acquisition at scale” by Vitaly Kleban from Everynet.com

We held our next tinyML Talks webcast. Vitaly Kleban from Everynet.com presented Low-cost energy-aware sensor data acquisition at scale on November 29, 2022.

Announcement November 29 forum

Machine learning training compute resources has been doubling every 6 months for the past 10 years, still to this day the lack of data is one of the main reasons why ML projects fail. This problem is especially significant for the “offline businesses”, where ML algorithms need smart sensors to gain access to the real world.
Significant progress has been made by the tinyML community towards both hardware and software optimisations to make evaluation and training of the ML models directly on sensor both fast and energy efficient. Wireless data transmission continues to be energy-intensive and expensive.
Together with the world-leading infrastructure companies Everynet is deploying nation-wide telecommunication networks dedicated to the low-cost and low-power connectivity for battery powered sensors. Network coverage is currently available in the USA, UK, Brazil, Indonesia, Italy, Spain, Ireland, etc.
Authors would like to present some of the implemented use cases and explore device-to-cloud energy-aware time series replication best practices in detail.

Vitaly Kleban is a serial inventor and technology architect, active in deep tech: advanced sensor and materials technology, low-power and low-cost data acquisition, machine learning on edge, distributed systems and telecommunications. He is the co-founder and CTO at Everynet, which is the leading low power wide area pioneer and network operator, providing innovative solutions that help companies around the world solve their biggest IoT challenges and scale quickly.

=========================

Watch on YouTube:
Vitaly Kleban

Download presentation slides:
Vitaly Kleban

Feel free to ask your questions on this thread and keep the conversation going!

1 Like