Vinasetan Ratheil HOUNDJI Vinasetan Ratheil HOUNDJI
news image

Vinasetan Ratheil HOUNDJI

Ing., MSc., PhD.


Research interests: Artificial Intelligence, Constraint Programming, Machine Learning, Combinatorial Optimization.

Applied Research: E-Agriculture, E-Health, E-Learning, Natural Language Processing.

Some recent works / Publications

Work in progress

• AmonAI : a students academic performances prediction system.
• MAIC : an International Artificial Intelligence Competition.
• Performance prediction of a 2D message passing multiprocessor architecture.



2019

The Item Dependent StockingCost Constraint, V.R. Houndji, P. Schaus, L. Wolsey. Constraints (2019) 24: 183-209.
Sorghum Yield Prediction using Machine Learning, G. Zannou, V. R. Houndji. International Conference on Bio-engineering for Smart Technologies (BioSMART'2019), Paris, France. See a video.



<= 2018

Awale Game : Application Programming Interface and Augmented Reality Interface , P. Houessou, V.R. Houndji, E.C. Ezin, P. Kiki, H. Kiossou, J-B. Sossou, F. Zoumarou Walis. Emerging Technologies for Developing Countries. AFRICATEK 2018. Lecture Notes of the Institute for Computer Sciences, Social Informatics and Telecommunications Engineering, vol 260, Springer, pp. 147-154.
Generic heuristic for the mnk games, A-H. Abdoulaye, V.R. Houndji, E.C. Ezin, G. Aglin. African Conference on Research in Computer Science and Applied Mathematics (CARI 2018), Stellenbosh, South Africa.
The Weighted Arborescence Constraint, V.R. Houndji, P. Schaus, M. N. Hounkonnou, L. Wolsey. Integration of Artificial Intelligence and Operations Research techniques in Constraint Programming (CPAIOR’2017), Lecture Notes in Computer Science, Springer International Publishing, Volume 10335, pp. 185-201.
The StockingCost Constraint, V.R. Houndji, P. Schaus, L. Wolsey, Y. Deville. Principles and Practice of Constraint Programming (CP’2014), Lecture Notes in Computer Science, Springer International Publishing, Volume 8656, pp. 382-397.



Other scientific realizations

• CP4PP : Constraint Programming for Production Planning, V.R. Houndji, P. Schaus, https://bitbucket.org/ratheilesse/cp4pp, Toolkit (using the OscaR solver as a dependency) and some benchmarks on a variant of the Discrete Lot Sizing Problem. 2017.
• CP4CAP : Constraint Programming for Constrained Arborescence Problem, V.R. Houndji, P. Schaus, https://bitbucket.org/ratheilesse/cp4cap, Toolkit (using the Oscar solver as a dependency) and some benchmarks on a variant of the Constrained Arborescence Problem. 2017.
• CSPLib Problem 058 : Discrete Lot Sizing Problem, V.R. Houndji, P. Schaus, L. Wolsey, Y. Deville, http://www.csplib.org/Problems/prob058, CSPLib : A problem library for constraints. 2015.