Travelled to:
1 × France
1 × Italy
1 × Spain
1 × USA
2 × Poland
2 × Portugal
Collaborated with:
C.A.Yaguinuma M.X.Ribeiro R.M.J.Ayres V.R.T.Ferraz R.G.Miani S.A.T.Mpinda L.G.Maschietto C.G.d.Andrade M.T.Cazzolato M.J.Cerri M.Biajiz
Talks about:
general (4) associ (4) rule (4) algorithm (3) similar (3) context (3) fuzzi (3) mine (3) base (3) ontolog (2)
Person: Marilde Terezinha Prado Santos
DBLP: Santos:Marilde_Terezinha_Prado
Contributed to:
Wrote 9 papers:
- ICEIS-v1-2015-MpindaMSR #database #graph #simulation #using
- Graph Database Application using Neo4j — Railroad Planner Simulation (SATM, LGM, MTPS, MXR), pp. 399–403.
- ICEIS-v1-2013-AndradeRYS #data-driven #database #novel #similarity
- A Novel Method for Similarity Search over Meteorological Time Series Data based on the Coulomb’s Law (CGdA, MXR, CAY, MTPS), pp. 209–216.
- ICEIS-v1-2013-CazzolatoRYS #algorithm #classification #data type #statistics
- A Statistical Decision Tree Algorithm for Data Stream Classification (MTC, MXR, CAY, MTPS), pp. 217–223.
- ICEIS-J-2012-AyresS12a #mining #similarity
- Exploring Similarity Relations According to Different Contexts in Mining Generalized Association Rules (RMJA, MTPS), pp. 137–152.
- ICEIS-v1-2012-AyresS #fuzzy #mining #ontology #similarity #using
- Mining Generalized Association Rules using Fuzzy Ontologies with Context-based Similarity (RMJA, MTPS), pp. 74–83.
- ICEIS-AIDSS-2010-MianiYSF #algorithm #optimisation #process #semantics
- NARFO* Algorithm — Optimizing the Process of Obtaining Non-redundant and Generalized Semantic Association Rules (RGM, CAY, MTPS, VRTF), pp. 320–325.
- ICEIS-HCI-2010-FerrazS #analysis #multi #named
- GlobeOLAP — Improving the Geospatial Realism in Multidimensional Analysis Environment (VRTF, MTPS), pp. 99–107.
- SEKE-2010-CerriYRS #fuzzy #named
- UFOCoRe: Exploring Fuzzy Relations According to Specific Contexts (MJC, CAY, MXR, MTPS), pp. 529–542.
- ICEIS-J-2009-MianiYSB #algorithm #fuzzy #mining #ontology
- NARFO Algorithm: Mining Non-redundant and Generalized Association Rules Based on Fuzzy Ontologies (RGM, CAY, MTPS, MB), pp. 415–426.