Travelled to:1 × France
1 × Italy
1 × Portugal
1 × Republic of China
1 × Spain
1 × Switzerland
1 × USA
2 × Greece
Collaborated with:D.Thabet S.A.Ghannouchi S.B.A.B.Lamine L.L.Jilani N.Mhimdi W.B.A.Karaa N.Yanes S.B.Sassi A.S.Belhassen N.B.Abdallah A.Harbaoui S.Sidhom M.Ghenima N.B.Mustapha H.B.Zghal M.Aufaure
Talks about:model (5) cost (5) base (4) process (3) case (3) approach (2) softwar (2) retriev (2) product (2) ontolog (2)
Person: Henda Hajjami Ben Ghézala
DBLP: Gh=eacute=zala:Henda_Hajjami_Ben
Contributed to:
2015
20142014
2014
2010
20102005
2005
2000Wrote 9 papers:
- ICEIS-v3-2015-ThabetGG #analysis #mining #petri net #process
- Petri Net Model Cost Extension based on Process Mining — Cost Data Description and Analysis (DT, SAG, HHBG), pp. 268–275.
- HIMI-DE-2014-HarbaouiSGG #community #information retrieval #personalisation
- Personalized Information Retrieval: Application to Virtual Communities (AH, SS, MG, HHBG), pp. 431–438.
- ICEIS-v3-2014-ThabetGG #mining #petri net #process #towards
- Towards Business Process Model Extension with Cost Perspective Based on Process Mining — Petri Net Model Case (DT, SAG, HHBG), pp. 335–342.
- KEOD-2014-MhimdiKG #ontology #semantics
- Construction of Ontology for Semantic Annotation Resume (NM, WBAK, HHBG), pp. 223–229.
- SAC-2010-MustaphaZAG #composition #ontology #semantics #using
- Enhancing semantic search using case-based modular ontology (NBM, HBZ, MAA, HHBG), pp. 1438–1439.
- SEKE-2010-YanesSG #component #development
- Software Components Search Approaches in the Context of COTS-based Development (NY, SBS, HHBG), pp. 675–679.
- SEKE-2005-LamineJG #case study #estimation #named #product line #reuse
- Reuse: Case of a Software Cost Estimation Model for Product Line Engineering (SBABL, LLJ, HHBG), pp. 657–660.
- SPLC-2005-LamineJG #component #estimation #off the shelf #product line #using
- Cost Estimation for Product Line Engineering Using COTS Components (SBABL, LLJ, HHBG), pp. 113–123.
- SIGIR-2000-BelhassenAG #approach #information retrieval
- Captive approach for building user model in an information retrieval context (ASB, NBA, HHBG), pp. 337–338.