Guillaume Schreiner

Institut National des Sciences Appliquées de Toulouse, Université de Strasbourg

Papers

Total Citations

447

H-Index

About

Guillaume Schreiner is a leading figure in experimental Internet of Things (IoT) research, whose work has fundamentally shaped how large-scale wireless systems are tested and validated. His primary research areas encompass IoT testbed infrastructure, wireless sensor networks, and reproducible experimental methodologies. Schreiner’s most transformative contribution is the FIT IoT-LAB, a groundbreaking open testbed featuring 2,728 low-power wireless nodes and 117 mobile robots. This facility, detailed in his highly cited 2015 paper (424 citations), enables researchers worldwide to conduct realistic experiments spanning from low-level protocols to advanced Internet services, effectively democratizing access to large-scale IoT testing. Beyond infrastructure, Schreiner has championed the critical importance of methodological rigor in IoT research. His 2016 work (23 citations) systematically demonstrates how repeatable experimental setups are essential for producing reproducible results, addressing a fundamental challenge in wireless sensor network development. By providing both the physical tools and the methodological framework for rigorous experimentation, Schreiner has accelerated the development cycle for IoT protocols and applications, making him an indispensable contributor to the field’s transition from simulation-dependent research to robust, real-world validation.