This is a largely theoretical question. I realize that the Android API doesn't provide this degree of hardware control.
Why am I curious? I'm wondering whether it might, down the road, be possible to have a device "walk" from router to router, connecting and disconnecting each band (the 2.4G and 5G radios?) and providing a slower bandwidth, but with continuous connectivity. I'm particularly curious as I'm excited for EFF's Open Wireless project that is aiming for ubiquitous public wifi APs. I'm wondering whether, in an urban area with high enoug signal density, someone could walk down a street and carry on a VOIP phone call with the phone "walking" between access points.
Anyhow, thanks for your consideration! Sorry if the question is silly and I'm misunderstanding the hardware restrictions :)
Why am I curious? I'm wondering whether it might, down the road, be possible to have a device "walk" from router to router, connecting and disconnecting each band (the 2.4G and 5G radios?) and providing a slower bandwidth, but with continuous connectivity. I'm particularly curious as I'm excited for EFF's Open Wireless project that is aiming for ubiquitous public wifi APs. I'm wondering whether, in an urban area with high enoug signal density, someone could walk down a street and carry on a VOIP phone call with the phone "walking" between access points.
Anyhow, thanks for your consideration! Sorry if the question is silly and I'm misunderstanding the hardware restrictions :)
Aucun commentaire:
Enregistrer un commentaire