Contents AUBE ’04 |
| Page |
Rose-Pehrsson, S., Owrutsky, J.C., Wales, S.C., Farley, J.P., Williams, F. | Volume Sensor for Damage Assessment and Situational Awareness | 1 |
Schildhauer, P. | Methoden der Brandursachenermittlung | 10 |
Bansemer, B., Wittbecker, F.-W. | Analysis of fire effluents with FTIR spectroscopy and prediction of toxic potency | 20 |
Friedl, W.J. | How to reduce false alarms | 30 |
Bärenfänger, J., Hirsch, H. | Electromagnetic Compatibility of Fire Alarm Systems – Requirements due to a changed electromagnetic environment - | 40 |
Oppelt, U., Siber, B. | An optical smoke detector for use in esthetic environments | 54 |
Cleary, T. | A Test Methodology for Multiple Sensor – Multiple Criteria Alarms | 64 |
Riemer, A., Politze, H., Krippendorf, T. | Realisation of a wide-range optical detector using different wavelengths and several scattering angles | 74 |
Watanabe, J.-I., Nishikawa, T., Oka , S., Amano, M., Shimomura, S. | Performance evaluation of a new concept smoke and heat combined detection algorithm | 80 |
Churches, D.K. | Multi-Criteria Polarized Optical Smoke Sensor | 92 |
Schultze, Th., Kempka, Th., Willms, I. | Audio-Video Fire-Detection of Open Fires | 93 |
Yuan, H., Chen, T., Su, G., Shu, X., Fan, W. | Photoacoustic based multi-sensor fire detection | 102 |
Fischer, P., Palensky, P. | Safety and security in communication standards for building automation and control systems | 112 |
Trevisi, A., Sica, G. | The new challenges in the World of Building Automation in respect of the market needs | 121 |
Isler, B. | BACnet™ integrated danger detection and building control systems | 129 |
Conrads, R. | Wireless Detection and Alarm Systems | 139 |
Nahrstedt, D. | Radio Transmission Procedure for Private Fire & Intrusion Alarm Systems with Maximum Availability | 141 |
Schreyer, K.H. | The Radio Wave as a Transmission Medium in Modern Fire Alarm Systems | 151 |
Derbel, F. | Wireless communication for alarm systems with Short Range Radio | 161 |
Kaiser, Th., Willms, I. , Shi, J. | A Comparison of ZigBee vs. Ultra-Wideband Techniques for Wireless Fire and Intrusion Detectors | 171 |
Jones, W.W. | Development of a multi-criteria algorithm for fast and reliable fire detection | 184 |
Straumann, W., Fischer, S. | Algorithms for Smoke and Fire Detection and their Integration into Existing Systems and Installations | 196 |
Casagrande, D., Kayhan, F., Semeshenko, V., Zambon, C. | A smooth neutral approximator for multi-criteria fire detection | 206 |
Penney, S. | Use of Coincidence Detection in a Combined Gas, Heat and Optical Detector to Improve Spurious Alarm Immunity | 216 |
Berentsen, M., Kaiser, Th., Wang, S. | Advanced Signal Processing on Sensor Arrays for Fire Location Estimation | 227 |
Siebel, R. | Test of fire detection algorithms using artificially generated events | 237 |
Opitz, D. | Generation of synthetic fire test sequences for algorithm development, refinement and validation | 250 |
Marbach, G., Brupbacher, Th., Loepfe, M. | An image processing technique for fire detection in video images | 260 |
Freiling, A., Storm, U., Schmötzer, K. | Requirements and Image Layout for Video-Based Fire Detection in Commercial Aircraft | 270 |
Schmid , Ch. , Schmötzer, K. | System Design: Smoke Detectors interfaced by a CAN-Bus Network | 280 |
Zakrzewski, R., Sadok, M., Zeliff, B. | Video-based Cargo Fire Verification System for Commercial Aircraft | 291 |
Krüll, W., Willms, I. , Shirer, J. | Test methods for a video-based Cargo Fire Verification System | 301 |
Leisten, V., Bebermeier, I., Oldorf, C. | Camera-based Fire Verification System (CFVS) for Aircraft Components | 314 |
Storm, U., Freiling, A., Schmoetzer, K., Kohl, D. | Fire Gas Detectors for Aircraft Application | 324 |
Schlatter, H.P. | Detection of Fires on Driving Trains in a Tunnel | 335 |
Ono, T., Ishii, H., Kawamura, K., Miura, H., Momma, E., Fujisawa , T., Hozumi, J.-I. | Application of Neural Network to Analyses of CCD color TV-camera image for the Detection of Car Fire in Expressway Tunnels | 345 |
Brügger, S. | Performance behaviour of Line Type Heat Detectors in road tunnels | 355 |
Daniault, F., Linden , O. | Very early fire detection in tunnels | 367 |
Blake, D., Suo-Antilla, J. | Aircraft Cargo Compartment Fire Detection and Smoke Transport Model | 376 |
Odigie, D. | Stochastic Modeling of the Spread of Smoke in Buildings | 386 |
Andersson, P., Blomqvist, J. | Early Smoke Detection in High Buildings | 397 |
Zheng, X., Yuan, H., Fan, J. | A Laboratory Emulator for Smoke Plume Study in Atrium Space | 407 |
Rexfort, C. | Combination of a fire model and a fire sensor model | 409 |
Keski-Rahkonen, O. | Model of time lag of smoke detectors | 418 |
Müller, K., Loepfe, M., Wieser, D. | Optical simulations for fire detectors and signalling devices | 419 |
Glombitza, U., Hoff, H. | Fibre optical radar system for fire detection of cable trays | 438 |
Debliquy, M., De Haan, A., Groulard, F. | Fire protection based on gas sensors for dusty industries. Validation test in a cement factory | 460 |
Liu, W., Li, X., Mei, Z., Pan, G. | Performance Tests and Analyses on Aspirating Smoke Detectors in Typical Applications | 471 |
Fang, J., Yuan, H. | Experimental Measurements, Integral Modeling and Smoke Detection of Early Fire in Thermally Stratified Environments | 480 |
Rothe, R. | Detection reliability of different fire detector principles – Results from investigations of the detection of fire hazards under real conditions in cabins aboard seagoing vessels | 489 |
Litton, C.D., Smith, K.R., Edwards, R., Allen, T. | Combined Optical and Ionization Techniques for Measurement and Characterization of Sub-Micrometer Aerosols | 499 |
Cleary, T. | Time Resolved Size Distribution of Test Smokes and Nuisance Aerosols | 500 |
Chen, N. | A smoke particle measuring method of Laser scattering and its applied researches | 510 |
Mei, Z., Song, L., Li, J., Wang, Z., Li, N. | Data Sampling and Characteristic Analysis for Information of Early Fire Smoke Aerosol | 517 |
Fujisawa , T. | Optical smoke detector using dual light spectrum | 527 |
Shu, X., Yuan, H., Fang, J., Su, G. | A new method of Laser Sheet Imaging-Based Fire Smoke Detection | 537 |
Keller, A., Brutscher, H., Loepfe, M., Nebiker, P., Pleisch, R. | Online Determination of the Refractive index of test fires | 547 |
Drake, P. | The Future of Technical Approvals of Security Equipment within the European Economic Area | 561 |
Tigros, C., Huysmans, W. | Large scale testing of intrusion detectors: An alternative test method to the walk test? | 574 |
Olsen, O. | The Intrusion Detector System – The IDT test equipment, test methods and application of the test methods in type approval testing | 584 |
Cleary, T. | Residential Nuisance Source Characteristics for Smoke Alarm Testing | 594 |
Li, J., Dong, W., Mei, Z. | Evaluating fire detectors using fuzzy analytic hierarchy process | 604 |
Skogstad, S. | Automatic alarm test and self-verification of fire-detectors | 614 |
Wang, Y., Wang, A., Ji, F. | Fire Test Room Environment Supervision System | 623 |
Wang, A., Wang, J., Yang, Z., Zu, M. | Research on Dust-proof Performance of Photoelectric Smoke Detectors | 636 |
Mölter, L., Keßler, P. | Reliable aerosol test components for fast, economical and clear test of smoke detectors | 647 |
Xi, Q., Yuan, H., Su, G. | The influence of high smoke velocity on the sensitivity of Smoke Detectors | 660 |
Owrutsky, J.C., Rose-Pehrsson, S., Williams, F.W., Steinhurst, D.A., Minor, C.P., Gottuk, D.T. | Long wavelength Video Detection of Fire in Ship Compartments | 670 |
Cleary, T. | Video Detection and Monitoring of Smoke Conditions | 681 |
Dunkelmann, S., Bebermeier, I., Oldorf, C., Leisten, V. | Comparison of NIR, MIR and LWIR cameras for video based detection of fire | 691 |
Gupta, M., Shankar, R., Kapoor, J.C. | Investigation on new semiconductor photo detectors to realise ultraviolet sensitive flame detectors | 700 |
Schultze, Th., Willms, I. | Smoke and dust monitoring by a microscope video sensor | 716 |
Wang, D., Willms, I. | Automatic Flame Detection with Video Sequence Analysis | 723 |
Kempka, Th., Kaiser, Th., Solbach, K. | Microwaves in fire detection | 733 |
Willms, I. , Kaiser, Th., Sachs, J. | UWB enhanced Microwave Fire Detection | 746 |
Ma, S., Yuan, H. | Character of liquid crystal light valve in image fire detection | 758 |
Gottuk, D.T., Lynch, J.A., Rose-Pehrsson, S., Owrutsky, J.C., Williams, F.W. | Video Image Fire Detection for Shipboard Use | 765 |
Lüttenberg, R. | European Standards. The new standard EN 12094-1 for electrical automatic control and delay devices for gas extinguishing systems | 775 |
Brupbacher, Th. | Standardising Multi-Phenomena Fire Detectors | 784 |
Hesels, M. | Multiple Sensor and Multiple Criteria Fire Detectors. Current and Future Test Procedures in the VdS Fire Test Lab. | 794 |
Linden , O. | Function-based Testing Procedure for Multi Sensor Fire Detectors | 805 |
Müller, U., Linden, O., Krüll, W., Willms, I. | Test Duct for Multi Sensor Fire Detectors | 818 |
Massingberd-Mundy, P., Serveau, M., Daniault, F. | Development of the prEN54-20 Reduced Fire Tests for Type Approval of Aspirating Smoke Detectors | 829 |
Dhaine, J.-Ph. | New Fire Tests for Aspirating Smoke Detectors | 840 |
Basmer, P., Zwick, G. | Measurement of toxic gas cocktail in fire by improved FT-IR methodology | 850 |
Fissan, H., Kennedy, M.K., Krinke, T., Kruis, F.E., Ligman, R., Campbell , S., Mehta, B.R. | Development of nanostructured multi-gas sensors for fire detection | 860 |
Kelleter, J. | Detection of smoldering fires in dust loaded areas by sensing of specific gas emissions | 872 |
Oldorf, C., Bebermeier, I., Leisten, V., Steinbeck, T. | Early fire detection based on semiconductor laser gas detection | 882 |
Kohl, D., Eberheim, A., Schieberle, P. | Selective Recognition of Smoke from Spruce and Beech Wood by Gas Sensors | 892 |
Walte, A., Muenchmeyer, W., Vater, R., Dudeck, T. | Gas Sensor Arrays for Detection of Gases and Smouldering Fires | 904 |
Goschnik, J., Stahl, U., Brein, D., Basmer, P. | Fire Gas Characterization with the Electronic Nose KAMINA | 914 |
Wang, W., Li, J., Yu, G., Li, D. | The design and analysis of optimized model of dual bands IR beam gas detection system | 925 |
Meyer, J.-T., Georgiadis, A., Specht, J., Witthaus, M., Ambro, P., Lörek, N., Persaud, K.C., Pisanelli, A.M., Scorsone, E. | Detection of significant tracer gases by means of polymer gas sensors | 935 |