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Le, D. L., Poiré, P., & Ghannouchi, F. M. (1998). Six-Port-Based Active Source-Pull Measurement Technique. Measurement Science & Technology, 9(8), 1336-1342. Lien externe
Poiré, P., Cantin, M.-A., Daniel, H., Blaquière, Y., Savaria, Y., Pocek, K. L., & Arnold, J. M. (avril 1998). A comparative analysis of fuzzy ART neural network implementations: the advantages of reconfigurable computing [Communication écrite]. IEEE Symposium on FPGAs for Custom Computing Machines, Napa Valley, CA. Lien externe
Poiré, P., Savaria, Y., Daniel, H., Cantin, M. A., & Blaquière, Y. (novembre 1998). Hardware/software codesign of a Fuzzy ART neural clusterer : The benefits of configurable computing [Communication écrite]. 3rd Conference on Configurable Computing, Boston MA, USA. Lien externe
Le, D. L., Poiré, P., & Ghannouchi, F. M. (1998). Six-Port-Based Active Source-Pull Measurement Technique. Measurement Science & Technology, 9(8), 1336-1342. Lien externe
Poiré, P., Cantin, M.-A., Daniel, H., Blaquière, Y., Savaria, Y., Pocek, K. L., & Arnold, J. M. (avril 1998). A comparative analysis of fuzzy ART neural network implementations: the advantages of reconfigurable computing [Communication écrite]. IEEE Symposium on FPGAs for Custom Computing Machines, Napa Valley, CA. Lien externe
Poiré, P., Savaria, Y., Daniel, H., Cantin, M. A., & Blaquière, Y. (novembre 1998). Hardware/software codesign of a Fuzzy ART neural clusterer : The benefits of configurable computing [Communication écrite]. 3rd Conference on Configurable Computing, Boston MA, USA. Lien externe