Thank you Jauhien Piatlicki, Ciaran McCreesh, Ian Stakenvicius, Jeroen Roovers
for your detailed replies.
After reading all the proivded information, I got confused about doing SAT or
CP model. Currently i am in 5 th year of Applied Mathematics and i have 6
months of time to complete my work.
> "The other huge multidimensional tree we have is the bug tracker
> database. Several social science majors have already tried to do
> something intelligible with the bug tracker data (and failed in my
> opinion) so I am confident that someone who doesn't have that socially
> oriented view of networks might be able to come up with more outrageous
> and interesting viewpoints on how the bug tracker actually works and how
> various bits of it interconnect, or doesn't work and don't connect,
> respectively." -- Jeroen Roovers
This idea seems bit interesting, about how the bug tracker works. In this i
just need to confirm that how much mathematical aspect can be included. It's a
good idea to work on.
Harsh Bhatt
On Friday, 7 November 2014 2:58 AM, Jeroen Roovers <j...@gentoo.org> wrote:
On Thu, 06 Nov 2014 14:25:46 +0100
Jauhien Piatlicki <jauh...@gentoo.org> wrote:
> Mathematics you said? That's nice. You can, for example, redesign our
> portage's dependency solving algorithm
More generally perhaps: do something interesting with the portage tree.
If not as directly useful as fixing dependency, a look at how bits of
the tree changed over time (particularly with regard to
inter-dependencies between the bits) could be much more interesting
than regarding any particular snapshot.
The other huge multidimensional tree we have is the bug tracker
database. Several social science majors have already tried to do
something intelligible with the bug tracker data (and failed in my
opinion) so I am confident that someone who doesn't have that socially
oriented view of networks might be able to come up with more outrageous
and interesting viewpoints on how the bug tracker actually works and how
various bits of it interconnect, or doesn't work and don't connect,
respectively.
jer
