 | PREFACE (Ir. H.H. van der Borg, G.H. Germing) |
| SOME QUESTIONS AND REMARKS ON THE USE OF COMPUTERS IN GREENHOUSE CLIMAT CONTROL (W.P. Mulder) |
| ENERGY CONSUMPTION OF GREENHOUSES (K. Schockert, Chr. von Zabeltitz) |
| SIMULATION OF THE EFFECT OF STORAGE CHARACTERISTICS UPON THE DYNAMIC RESPONSE OF THE FLUID-ROOF SOLAR GREENHOUSE (J. Damagnez, C.H.M. Van Bavel, E.J. Sadler, M.P. Chouanière) |
| DATA ANALYSES (J. van de Vooren) |
| REMARKS ON GREENHOUSE CLIMATE CONTROL MODELS (A.J. Udink ten Cate) |
| CLIMATE CONTROL ALGORITHMS (H.-J. Tantau) |
| STUDIES ON THE ASPECT OF DIGITAL CONTROL OF GREENHOUSE CROPS (P. Konradsen) |
| COMMERCIAL GREENHOUSE COMPUTERSYSTEMS: INVENTARISATION OF IMPLEMENTED RESEARCH, CARRIED OUT BY COMMERCIAL FIRMS (I. Th.H. Gieling) |
| MONITORING AND CONTROL OF GREENHOUSE ENVIRONMENT UTILISING A TEXAS INSTRUMENTS TMS 990/10 MINICOMPUTER (G.S. Weaving, R.P. Hoxey) |
| THE CLIMATE CONTROL COMPUTERSYSTEM AT THE IMAG, WAGENINGEN (W.Th.M. van Meurs) |
| DETERMINATION OF THE DYNAMICS OF THE GREENHOUSE SYSTEM (R.A. Langers) |
| A FIRST STEP IN MICROCOMPUTER CONTROL OF GREENHOUSE ENVIRONMENT (N. Killeen, C. Twomey, H.M. Power, T. O'Flaherty) |
| ADAPTIVE SPLIT-RANGE CONTROL OF A GLASSHOUSE HEATING SYSTEM (J. Valentin, J. van Zeeland) |
| GLASSHOUSE VENTILATION CONTROL (J. van de Vooren, Th. Strijbosch) |
| A MODELLING APPROACH TO GREENHOUSE VENTILATION CONTROL (T. Kozai, S. Sase, M. Nara) |
| IS LEAF TEMPERATURE A SUITABLE PARAMETER FOR GREENHOUSE ENVIRONMENT CONTROL? (Marius G. Amsen) |
| COMPUTER CONTROL OF SHORT TERM PLANT GROWTH BY MONITORING LEAF TEMPERATURE (Y. Hashimoto) |
| COMPUTER MODELS FOR CLIMATIC CONDITIONS AND SHORT-WAVE RADIATION IN GREENHOUSES (V. Amdurskey) |
| VALIDATION OF A DYNAMICAL MODEL OF GREENHOUSE CLIMATE (G.P.A. Bot) |
| A STRATEGY FOR CLIMATE CONTROL IN GREENHOUSES IN EARLY WINTER PRODUCTION (H. Challa, J. van de Vooren) |
| WHEN DO WE USE A COMPUTER SYSTEM? (L. Børjesson) |
| IDEAS OF CLIMATE CONTROL SYSTEMS BASED UPON A DYNAMIC PLANT DEVELOPMENT MODEL (O. Hellgren) |
| OPTIMIZING GREENHOUSE OPERATION FOR BEST AERIAL ENVIRONMENT (I. Seginer) |
| A PLANT PRODUCTION MODEL TO OPTIMIZE TEMPERATURE IN GREENHOUSES ON THE BASE OF ECOLOGICAL AND ECONOMICAL DATA (H. Krug, H.-P. Liebig) |
| ECONOMIC ASPECTS OF GROWTH REGULATION BY CLIMATE CONTROL (B. Bögemann) |
