References
- Barton, D. (1976). Radar Systems Analysis, Artech House.
- Beasley, P. and Stove, A. (1991, May). Pilot-An Example of Advanced FMCW Techniques. IEE Colloquium on High Time-Bandwidth Product waveforms in Radar and Sonar, London.
- Beckmann, P. and Spizzichino, A. (1987). The Scattering of Electromagnetic Waves from Rough Surfaces, Artech House.
- Bhartia, P. and Bahl, I. (1984). Millimeter Wave Engineering and Applications, John Wiley & Sons.
- Blake, L. (1986). Radar Range-Performance Analysis, Artech House.
- Blieb, J. and Pulkrabek, M. (1999). Application of a 15 GHz FMCW radar for industrial control and process level measurement. Microwave Symposium Digest, IEEE MTT-S 1: 13-19.
- Brooker, G. (1993). Finsch Installs World First Ore Level Solution. SA Mining World 12(10). Brooker, G. (1997). Measurements Made on a Long Ore Pass. Mining World.
- Brooker, G. (2005). Long-Range Imaging Radar for Autonomous Navigation. Ph.D, University of Sydney,
- Brooker, G. (2008). Introduction to Sensors for Ranging and Imaging, SciTech.
- Brooker, G., Lobsey, C. and McHugh, C. (2006, 26-27 September). Development and Application of a Portable Millimetre Wave Cavity Monitoring System. CRC Mining Conference, Hunter Valley, NSW, Australia.
- Brooker, G., Scheding, S., Bishop, M. and Hennessy, R. (2005). Development and Application of Millimeter Wave Radar Sensors for Underground Mining. IEEE Sensors Journal 5(6): 1270-1280.
- Brooker, G., Widzyk-Capehart, E., Hennessey, R., Bishop, M. and Lobsey, C. (2007). Seeing through Dust and Water Vapour: Millimetre Wave Radar Sensors for Mining Application. Journal of Field Robotics 24(7): 527-557.
- Brooker, G. and Youds, S. (2002, 27-28 May 2002). Using Millimetre Wave Radar to Monitor In-Stope Backfilling at Olympic Dam Mine, South Australia. CMMI Conference 2002, International Codes, Technology and Sustainability for the Minerals Industry, Cairns, Australia.
- Brumbi, D. (1995, 8-11 May). Measuring Process and Storage Tank Level with Radar Technology. International IEEE radar Conference.
- Comparetto, G. (1993). The Impact of Dust and Foliage penetration on Signal Attenuation in the Millimeter wave Regime. Journal of Space Communication 11(1): 13-20.
- Currie, N. and Brown, C. (1987). Principles and Applications of Millimeter-Wave Radar, Artech House.
- Currie, N., Hayes, R. and Trebits, R. (1992). Millimeter-Wave Radar Clutter, Artech House.
- Ghobrial, S. and Sharief, S. (1987). Microwave Attenuation and Cross Polarization in Dust Storms. IEEE Transactions on Antennas and Propagation AP-35(4): 418-425.
- Gillett, D. (1979). Environmental Factors Affecting Dust Emission by Wind Erosion. Saharan Dust.
- Goldhirsh, J. (2001). Attenuation and Backscatter From a Derived Two-Dimensional Duststorm Model. IEEE Transactions on Antennas and Propagation 49(12): 17031711.
- Goodsit, M. (1982). Field Patterns of Pulsed, Focussed, Ultrasonic Radiators in Attenuating and Non-attenuating Media. Acoustic Society America 71(2): 318-329.
- Groll, H. and Detlefsen, J. (1997). History of Automotive Anticollision Radars and Final Experimental Results of a MM-Wave Car radar Developed by the Technical University of Munich. IEEE AES Systems magazine.
- Kielb, J. and Pulkrabek, M. (1999). Application of a 25GHz FMCW Radar for Industrial Control and Process Level Measurement. Microwave Symposium Digest, IEEE MTTS: 281-284.
- Kirsten, H. (1979). Applying the DFT (FFT). Lecture Notes, University of Stellenbosch.
- Kue, R. (1984). Estimating Ultrasonic Attenuation from Reflected Ultrasonic Signals, Comparison of Spectral Shift and Spectral Difference Approach. IEEE Trans. on Acoustic, Speech and Signal Processing. 32(1): 1-6.
- Li, Y., Li, X. and Wang, m. (1998, August). An Analysis of Signal of MMW Step Frequency High Resolution Radar with MUSIC Algorithms. International Conference on Microwave and Millimeter wave Technology, ICMMT’98.
- Liau, T., Carr, A. and Cuthbert, L. (1986). Using Non-Fourier Techniques in Signal Processing for an FMCW Hidden-Object Detection Radar. IEE Electronics Letters 22(9): 466 to 467.
- Longbottom, F. and Eren, H. (1994, May). Ultrasonic Multiple-Sensor Solid Level Measurements. IEEE Instrumentation and Measurement Technology Conference IMTC/94.
- Macfarlane, D. and Robertson, D. (2004, October). A 94GHz dual-mode active/passive imager for remote sensing. SPIE Passive Millimetre-Wave and Terahertz Imaging and Technology, London.
- Motzer, J. (2000). A pulse radar gauge for level measurement and process control. Microwave Symposium Digest, IEEE MTT-S 3.
- Nagy, W. and Wilhelm, J. (1996, 13-16 may). System and Parametric Tradeoffs of Forward Looking Automotive Radar Systems. IEEE National Radar Conference, Ann Arbor, Michigan.
- Nelson, S. (2001). Measurement and Calculation of Powdered Mixture Permittivities. IEEE Transactions on Instrumentation and Measurement 50(5): 1066-1070.
- Ondria, J. and Cardiasmenos, A. G. (1980, 22-24 October). Desensitisation of Spread Spectrum Radar Systems by Far Off the Carrier Noise Generation in Millimeter Sources. 2nd Military Microwaves Conference (MM80), London, England.
- Patterson, E. (1977). Atmospheric Extinction Between 0.55um amd 10.6um due to Soil-Derived Aerosols. Applied Optics 16(9): 2414-2418.
- Perry, B. and Baden, J. (2000). Effectiveness of MMW Aerosols in Defeating Battlefield Surveillance Radar: Field Demonstration Preliminary Results. IEEE AES Systems Magazine: 11-20.
- Pichler, M., Gulden, P., Vossiek, M. and Stelzer, A. (2003). A 24-GHz Tank Level Gauging System with State-Space Frequency Estimation and a Novel Adaptive Model Order Selection Algorithm. Microwave Symposium Digest, IEEE MTT-S 3: 1953-1956.
- Pinnick, R., Fernandez, G. and Hinds, B. (1983). Explosion Dust Particle Measurements. Applied Optics 22(1): 95-102.
- Pinnick, R., Fernandez, G., Hinds, B., Bruce, C., Schaefer, R., et al. (1985). Dust Generated by Vehicular Traffic on Unpaved Roadways: Sizes and Infrared Extinction Characteristics. Aerosol Science and Technology 4(1): 99-121.
- Preissner, J. (1978, February). The Influence of the Atmosphere on Passive Radiometric Measurements. AGARD Conference Reprint No. 245: Millimeter and Submillimeter Wave Propagation and Circuits.
- Reeves, B., Stickley, G., Noon, D. and Longstaff, D. (2000, July). Developments in Monitoring Mine Slope Stability using Radar Interferometry. Geoscience and remote Sensing Symposium, IGARSS 2000, Honolulu, HI, USA.
- Skolnik, M. (1980). Introduction to Radar Systems, McGraw-Hill Kogakusha.
- Skolnik, M. (1990). Radar Handbook, McGraw Hill.
- WeiB, M. and Knochel, R. (1997, September 8-12). A Highly Accurate Multi-target Microwave Ranging System for Measuring Liquid Levels in Tanks. 27th European Microwave Conference.
- Widzyk-Capehart, E., Brooker, G., Hennessy, R. and Lobsey, C. (2005, 26-28 September). Rope Shovel Environment Mapping for Improved Operation using Millimetre Wave Radar. CRC Mining Conference, Fremantle, WA.
- Zimmermann, B. and Wiesbeck, W. (1996). 24 GHz Microwave Close Range Sensors for Industrial Measurement Applications. Microwave Journal: 228-238.