

I'd very much like to find collaborators interested in working on

On Qualcomm QCA956x SOC) with OpenWrt, and a TP-Link TL-WDN4800 PCIeĬard (apparently based on Atheros AR9380 with PCI ID 168c:0030) for myĭesktop sounds like a good combo, no? But would I have to run a custom I'm thinking the best driver for rate control experimentation would beĪth9k, right? If so then a TP-Link TL-WA901ND router (apparently based What would be the best hardware/software stack to base this work on? It could serve as a pretty nice masters thesis problem, forĢ. I'm thinking the best driver for rate control experimentation would What would be the best hardware/software stack to base this work I'm not aware, but that may not mean much :) Is there anybody else out there thinking along similar lines? 19:41 ` Thomas Hühn 2 siblings, 1 reply 11+ messages in thread 13:57 Bayesian rate control Björn 5:28 ` Johannes Berg Kernel on my desktop then (or can I somehow get by with an UbuntuĪny other thoughts or pointers are also more than welcome.
