Hybrid dynamical systems theory and the language ''SIGNAL''

114
HAL Id: inria-00075715 https://hal.inria.fr/inria-00075715 Submitted on 24 May 2006 HAL is a multi-disciplinary open access archive for the deposit and dissemination of sci- entific research documents, whether they are pub- lished or not. The documents may come from teaching and research institutions in France or abroad, or from public or private research centers. L’archive ouverte pluridisciplinaire HAL, est destinée au dépôt et à la diffusion de documents scientifiques de niveau recherche, publiés ou non, émanant des établissements d’enseignement et de recherche français ou étrangers, des laboratoires publics ou privés. Hybrid dynamical systems theory and the language ”SIGNAL” Albert Benveniste, Bernard Le Goff, Paul Le Guernic To cite this version: Albert Benveniste, Bernard Le Goff, Paul Le Guernic. Hybrid dynamical systems theory and the language ”SIGNAL”. [Research Report] RR-0838, INRIA. 1988. inria-00075715

Transcript of Hybrid dynamical systems theory and the language ''SIGNAL''

Page 1: Hybrid dynamical systems theory and the language ''SIGNAL''

HAL Id: inria-00075715https://hal.inria.fr/inria-00075715

Submitted on 24 May 2006

HAL is a multi-disciplinary open accessarchive for the deposit and dissemination of sci-entific research documents, whether they are pub-lished or not. The documents may come fromteaching and research institutions in France orabroad, or from public or private research centers.

L’archive ouverte pluridisciplinaire HAL, estdestinée au dépôt et à la diffusion de documentsscientifiques de niveau recherche, publiés ou non,émanant des établissements d’enseignement et derecherche français ou étrangers, des laboratoirespublics ou privés.

Hybrid dynamical systems theory and the language”SIGNAL”

Albert Benveniste, Bernard Le Goff, Paul Le Guernic

To cite this version:Albert Benveniste, Bernard Le Goff, Paul Le Guernic. Hybrid dynamical systems theory and thelanguage ”SIGNAL”. [Research Report] RR-0838, INRIA. 1988. �inria-00075715�

Page 2: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 3: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 4: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 5: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 6: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 7: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 8: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 9: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 10: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 11: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 12: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 13: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 14: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 15: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 16: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 17: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 18: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 19: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 20: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 21: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 22: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 23: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 24: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 25: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 26: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 27: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 28: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 29: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 30: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 31: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 32: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 33: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 34: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 35: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 36: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 37: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 38: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 39: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 40: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 41: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 42: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 43: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 44: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 45: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 46: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 47: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 48: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 49: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 50: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 51: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 52: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 53: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 54: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 55: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 56: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 57: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 58: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 59: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 60: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 61: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 62: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 63: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 64: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 65: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 66: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 67: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 68: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 69: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 70: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 71: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 72: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 73: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 74: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 75: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 76: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 77: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 78: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 79: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 80: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 81: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 82: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 83: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 84: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 85: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 86: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 87: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 88: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 89: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 90: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 91: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 92: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 93: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 94: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 95: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 96: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 97: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 98: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 99: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 100: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 101: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 102: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 103: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 104: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 105: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 106: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 107: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 108: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 109: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 110: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 111: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 112: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 113: Hybrid dynamical systems theory and the language ''SIGNAL''
Page 114: Hybrid dynamical systems theory and the language ''SIGNAL''