X-Git-Url: https://bilbo.iut-bm.univ-fcomte.fr/and/gitweb/loba.git/blobdiff_plain/23529d55ccbfd0a851fdc86708320811ddda8ec4..f483eedcc241fabb1210b5800d903989202ad9fe:/TODO?ds=inline diff --git a/TODO b/TODO index 3152ad9..50395d1 100644 --- a/TODO +++ b/TODO @@ -1,31 +1,32 @@ -* segfault with ./loba cluster1000.xml -N64 -a fairstrategy +* Create git repo for papers. + Done. - this is a deadlock occuring when: - - a process is in the finalize stage; - - all processes but one are blocked on receive; - - the process that is still running owns all the remaining load, - and sends it all to the finalizing process, and then goes in - blocking receive. - The finalizing process receives the load, and blocks again, - waiting for a close message. - All processes are then blocked, and non-one is able to see that - there is no more load in the system! +* Implement algorithm discussed on Feb. 23 with R.C. -* verify bookkeeping version. +* Implement makhoul2 algorithm? + See source code for omnet++. -* add several metrics - - flops (total, avg, stddev) - - message exchanges (number, volume) +* Implement some random initial distribution of load + Options -r seed, -R [algo ?] -* add options -j/-J : minimum number of iterations ? +* Terminate smoothly on ctrl+c. -* add a variant to (not) change neighbor load information at send. +* Support heterogeneous platforms? + Not sure yet. + Should be doable if each process also sends its speed to its neighbors. -* implement loba_* algorithms (start with some trivial one) +* Add options -j/-J : minimum number of iterations? -* for automatic process topology, - -> implement some random initial distribution of load +* Add options -f/-F : termination based on flops achieved? -* add synchronized mode +* Choose a license before making the code public. + CeCILL-B? -* translate README file? +* Translate french parts in english (README, QUESTIONS, ALGORITHMS, ...) + Not urgent. + +* Add synchronized mode? + No. + +* Add a variant to (not) change neighbor load information at send? + No.