How do we connect the next billion users to the Internet? How do we capture high-resolution pictures of the Earth, or enable massive-scale IoT across industries? How do we enable high-capacity Internet in the remotest regions of the globe? Over the past decade, significant reductions in satellite production and launch costs have opened up a new `space’ – access to Low-Earth Orbits or LEO. Massive constellations from industry consisting of hundreds to tens of thousands of low-flying satellites are being rolled out. The wide-scale LEO satellite deployment and interest present a unique challenge and opportunity to bring reliable Internet connectivity to the remotest regions of the Earth. As such, the research community needs the right tools to explore various unforeseen opportunities (like global coverage, low-latency connectivity, and high-resolution imagery) and challenges (like extreme mobility, bottlenecked downlinks, and sparse ground infrastructure) that come with LEO deployments.
Overall, LEO-NET aims to open new avenues for networking researchers to explore different aspects of LEO constellation operation and performance and shape the state of LEO satellite communication. We see multiple strong verticals in LEO – understanding the operation and potential bottlenecks in rapidly growing LEO constellation offerings, novel network protocol extensions that leverage the highly dynamic LEO links, applications like satellite imagery and IoT, LEO compute, and several others. We expect strong submissions along all of these verticals addressing many open challenges across the stack.
In addition to the regular papers, the program of LEO-NET 2023 will also include keynote and panel discussion including experts in LEO networking research.
June 30th, 2023 July 7th, 2023 (23:59:59 AoE) [hard]
Acceptance notification: August 4th, 2023
Camera ready: August 14th, 2023
Workshop: October 6th, 2023