Oct 24, 2021 · We design SLASH, a beam search strategy that exploits out-of-mmwave band contextual input easily available in today's devices.

We experimentally evaluate SLASH with commodity hardware, including a 60 GHz testbed, commercial sub-6 GHz WiFi APs and smartphones. SLASH can increase the ...

We experimentally evaluate SLASH with commodity hardware, including a 60 GHz testbed, commercial sub-6 GHz WiFi APs and smartphones. SLASH can increase the ...

We experimentally evaluate SLASH with commodity hardware, including a 60 GHz testbed, commercial sub-6 GHz WiFi APs and smartphones. SLASH can increase the ...

We experimentally evaluate SLASH with commodity hardware, including a 60 GHz testbed, commercial sub-6 GHz WiFi APs and smartphones. SLASH can increase the ...

2021. Beam searching for mmWave networks with sub-6 GHz WiFi and inertial sensors inputs: An experimental study. M Rea, D Giustiniano, PJ Mateo, Y Lizarribar ...

Found 13 publications of Dr. Pablo JIMÉNEZ MATEO ; Beam Searching for mmWave Networks with sub-6 GHz WiFi and Inertial Sensors Inputs: an experimental study.

Beam searching for mmwave networks with sub-6 GHz WiFi and inertial sensors inputs: An experimental study. Elsevier Computer Networks, 198, Oct. 2021. [ bib ].

Only few prior works study the joint use of mmWave and sub-6 GHz bands. The most common use case is to reduce the mmWave beam-training overhead with the ...

Beam Searching for mmWave Networks with sub-6 GHz WiFi and Inertial Sensors Inputs: an experimental study. In Computer Networks. PDF Cite. Brecht Reynders ...