Byzantium Sprint 3: Difference between revisions
From HacDC Wiki
Haxwithaxe (talk | contribs) No edit summary |
Haxwithaxe (talk | contribs) No edit summary |
||
Line 1: | Line 1: | ||
'''Sprint Dates: Fri 29 April 2011 - Sun 1 May 2011''' | '''Sprint Dates: Fri 29 April 2011 - Sun 1 May 2011''' | ||
'''HEY: We're a few nodes short of historical critical mass for network saturation so even if you wanna remove the harddrive (so we can't see your data) and leave a laptop with us we'd much appreciate it :)''' | |||
==Goals== | ==Goals== | ||
*Revisit sprint 1 | *Revisit sprint 1 |
Revision as of 14:18, 30 April 2011
Sprint Dates: Fri 29 April 2011 - Sun 1 May 2011 HEY: We're a few nodes short of historical critical mass for network saturation so even if you wanna remove the harddrive (so we can't see your data) and leave a laptop with us we'd much appreciate it :)
Goals
- Revisit sprint 1
- Gather metrics to determine efficiency of protocols.
- Sizes of routing protocols' packets.
- Number of packets per second/minute/hour transmitted by each protocol.
- Average amount of traffic during normal operation.
- Determine how many nodes can participate in a mesh before responsiveness or bandwidth begin to degrade.
- Gather metrics to determine efficiency of protocols.
Stuff To Bring
- anything that can run babel
- laptops/netbooks
- desktops with wireless cards
- openwrt compatible routers (if you're feeling lucky/adventurous)
Homework
- install babeld on every machine you plan to bring to the sprint
- [optional] install a kernel with support for batman-adv on the same machines (it's built into the kernel after version 2.6.38+ ) or build the modules separate from the kernel
- readup on route and ip/ifconfig commands in linux
- readup on ipv6
Experiments
- network density
- hypothesis: if the nodes are positioned very densely, then the network quality will degrade.
- test: position nodes at increasing densities starting with evenly distributed nodes at their maximum effective range, and run tests to measure network quality at each level of density.