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[ODK] Planning
Jean-Guillaume Dumas edited this page Jun 26, 2019
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- clean-up solutions/solve.h [SV1]
- test-suite [SV2]
- bench-suite [SV3]
- [clean-up] Dixon lifting sequentiel [L1]
- [new algo/ cleanup] solution Hadamard and limit num,den of solution of linear system [H1]
- (Parallelization OMP, very low priority) [H1.1]
- [cleanup] ratreconstruct [R1]
- [new algo] implem Dixon-CRT-BLAS3 à la IML sequential (Chen-Storjohann) :
- [D1a] plusieurs nombres premiers, regrouper les A*b dans Z pour utiliser fgemm
- [D1b] LLL (lattice reduction) pour la reconstruction finale
- [parallelization] Dixon-CRT-BLAS3 with OMP (paladin within [D1a] result) [D2]
- [parallelization] Dixon generic OMP (Wiedemann, sparseGauss) (lesser priority) [C1]
- [algo] improve sparseGauss seq (move SPASM in LinBox) [C2]
- serialization -> done [M1]
- communicator basé sur sérialization -> [M2]
- [cleanup] finir la passe de cleanup sur solveCRAMPI [M3]
- [parallelization] Cleanup faire marcher CRA-OMP [M4]
- [parallelization] CRAMPI au niveau noeud (appel un autre algo seq ou OMP sur chaque noeud, par ex CRA-OMP ou Dixon-CRT-BLAS3) [M5]
- exposer FFLAS-Paladin dans Sage fgemm, PLUQ, [SG1]
- exposer LinBox parallel (OMP en priorité) dans SAge: ratsolve, (smith) [SG2]
- reduction simultanée de A mod p1,p2, .. pk + parallelization [MP1]
- reconstruction CRT parallélisée [MP2]
- Reflechir à des use-case pour des dimensions types. [B1]
- benchs et expe [B2]
- Alexis: [M1] [M2] [M3] [H1] [SV2] [SV1] [R1]
- Zhu: [M3] [M4] [M5] [D2] [B1] [SV3]
- Group (CP, JGD, AB, HZ): [L1] [D1]
Milestones:
- T1: 05/12/2018 [M1,M2]
- T2: 16/01/2019 [H1]
- T3: 13/02/2019 [SV1,SV2,SV3] [M3, M4] [M5] [B1]
- T4: 06/03/2019 [L1] [SG1]
- T5: 03/04/2019 [D1,D2] [SG2] ([MP1,MP2]) ([R1])
- T6: 02/05/2019 [C1,C2] [B1] [B2]
Effective:
- 27/03/2019:
- DONE: [H1] [M1,M2,M3]
- CANCEL: [M4,M5]
- REVIEW: [SV1,SV2]
- WIP: [SV3] [SG1] [B2]
- TODO: [L1,R1] [D1,D2] [C1,C2] [SG2] [B1] ([MP1,MP2])
- REORG ?
- 03/04/2019 : [SV3] [SG1]
- 02/05/2019 : [L1] [SG2]
- 03/06/2019 : [R1] [D1a]
- 01/07/2019 : [D2] [D1b]
- 01/08/2019 : [B1,B2]
- 31/08/2019 : [C1,C2]
-03/05/2019
- 03/04/2019 : [SV3]
- 02/05/2019 : [L1]
- 03/06/2019 : [R1] [SG1] [D1a]
- 01/07/2019 : [SG2] [D2] [D1b]
- 01/08/2019 : [B1,B2]
- 31/08/2019 : [C1,C2]
- D5.9 LB parallel to Sage (supprimé et mergé dans 5.14)
- D5.12 Releases
- D5.14 Exact LinAlg on distrib. and heterogeneous: ex. Rat Solve
- D3.11 HPC enabled Sage distrib.
- [SV1,SV2,SV3] Solve clean/test/bench --> Dense D5.14
- [M1,M2,M3] CRAMPI --> D5.14
- [L1,H1] Dixon/Hadamard --> D5.12
- [SG1] pFFLAS dans Sage --> D3.11
- [D1a,D2] MultiMod --> D5.14
- [R1] RatRecon --> D5.12
- [B1,B2] use-case / bench/expé --> D5.14
- [M4,M5] CRAOMP, CRAHybrid
- [C1,C2] SparseGauss
- [SG2] par LB dans Sage
- [MP1,MP2] par simul. reduc / par CRT recon
- [B1,B2] sur [M1,M2,M3] et [M4,M5] : tout M à exposer/nettoyer/benchmark + courbes
- courbes sur hpac + luke's : maximum de noeuds et coeurs
- FFLAS-cuBLAS : revival --> macros m4, benchmark-fgemm avec le dgemm de cuBLAS + README
- [B1,B2] sur [D1,D2] et [M5] : idem + comparaisons avec CRA sur SMP