Miedzynarodowe Sympozjum Radowe IRS 98 w Monachium

• Autorzy: Tujaka S.
• Języki publikacji: PL

Słowa kluczowe

PL

radar; kontrola ruchu powietrznego; sympozjum

• Wydawca: Przemysłowy Instytut Telekomunikacji
• Czasopismo: Postępy Radiotechniki
• Rocznik: 1999
• Tom: T. 44, Nr 138
• Strony: 47--60
• Opis fizyczny: Bibliogr. 38 poz.

Twórcy

autor

Tujaka S.

• Przemysłowy Instytut Telekomunikacji, ul. Poligonowa 30, 04-051 Warszawa

Bibliografia

• WYKAZ CYTOWANYCH REFERATÓW
• 1. Hunziker G.: Evaluation Criteria and Field Experiences with a New Generation of Solid State S-Band Radar for Air Traffic Control, str. 21
• 2. Kotschor R., Neininger G.:BOR A 550 - A Pulse Doppler Radar for Detection, Acquisition, Tracking and Autumatic Classification of Ground and Sea Targets, str. 29
• 3. Bethke K.H. at alia: The DLR Short Range Radar Network Installed at Braunschweig Airport: First Results, str. 59
• 4. Schmidt R., Form P.: Results from Research Work on a SSR Mode S-Airport Surface Movement Guidance and Control System (SMGCS), str. 69
• 5. Galati G., Dellago R.: Integration of Radar and Global Navigation Satellite Systems: Risk Analysis and Performance Evaluation, str. 75
• 6. Le Chevalier F.: Wideband Coherent Radar for Moving Target Detection, str. 115
• 7. Balajti I.: Height Finding Method in Fixed-Elevation Beams Surveillance Radar, str. 125
• 8. Remich J. at alia: Fasttrack Development: Ground Based Radar-Prototype, str. 137
• 9. Burgos-Garcia M., Sanmartin-Jara J.: A LPI Radar: System Design and Its Performance, str. 151
• 10. Russo A. at alia: EMPAR: A Current MF AR Solution, str. 177
• 11. Lu Jun at alia: Hunter-1 Highly Mobile Dual-band Frequency-scan 3 Dimensional Radar, str. 189
• 12. Rohling H. at alia: Experencies with an Experimental Car Controlled by a 77GHz Radar, str. 345
• 13. Boehmsdorff S., Essen H.: An Experimental Platform for mmW-Radar, str. 405
• 14. Yasuo Watanabe at alia: Millimeter / Submillimeter ISAR Measurement System, str. 421
• 15. Hagberg J.O., Jonsson R.: Optimal Classification of Airborne Radar Targets Based on HRRP Data and Scattering Centre Models with Uncertain Parameters, str.447
• 16. Nagel D.: The Discrimination between Clutter- and Noise-Limited Zones in the Range Doppler Matrix of an Airborne Pulse Doppler Radar, str. 465
• 17. Hofele F.-X.: A New Class of CFAR Algorithms, str. 573
• 18. He You, Xiangwei Meng: A Modified Best Linear Unbiased CFAR Algorithm, str. 583
• 19. Xiangwei Meng, He You: A Unified Model of Greatest of Selection Logic CFAR Algorithm-TMGO, str. 613
• 20. Baltes R.: A Triangulation System for Tracking Multiple Targets with Passive Sensors, str. 725
• 21. Farina A., La Scala B.: Methods for the Association of Active and Passive Tracks for Airborne Sensors, str. 735
• 22. He You at alia: Composite Filtering in Hybrid Multisensor Data Fusion Systems, str. 745
• 23. Thomson O. at alia: Target Track Recovery after Surveillance Intermission, str.749
• 24. Haase S.F. at alia: A Constant False Alarm Rate Approach for Automatic Target Tracking, str. 799
• 25. Chernyak V.S.: A New Approach to Precise Measurement of Fluctuating Targets’ Velocity Vectors in Multisite Radar Systems, str. 781
• 26.Sieprath W.: Radar Technologies for Highly Mobile Air Defence, str. 811
• 27.Hanle E.: Gain by Polarimetry for Different Radar Applications-Assessments based on SAR Data Evaluations, str. 819
• 28. Herbert G.M., Richardson P.G.: A Constrained Adaptive Pattern Synthesis Technique for Space-Time Filtering Architectures, str. 857
• 29. Nickel U.: Adaptative Beamforming for Phased Array Radars, str. 897
• 30. Paine A.S.: A Minimum Variance Adaptative Monopulse Technique for Severe Main Bean Jamming Environments, str. 907
• 31. Rosebach Kh., Schiller J.: Construction and Test of a Classifier for Non-Cooperative Air Target Identification Based on 2-D-ISAR Radar Images, str. 1023
• 32. Magura K.: High-Resolution Radar Imaging of Flying Objects with the FGAN-FHP Tracking and lmaging Radar (TIRA), str. 1225
• 33. Hong Wen at alia: A Quick Look Imaging Formation Method in Airborne SAR System, str. 1235
• 34. Meyer-Hilberg J.: Detection and Repositioning of Moving Targets in SAR Images, str. 1251
• 35. Mittermayer J., Moriera A.: The Frequency Scaling Algorithm for Spotlight Processing, str. 1279
• 36. Li Neng-jing: ECCM Efficacy Assesement in Surveillance Radar Analysis and Simulation, str. 1415
• 37. Gu Hong at alia: The Solution of the Difficulty of Doppler Sensitivity for the Random Binary Phase Coded CW Radar, str. 1423
• 38. Reiji Sato at alia: Pulse Compression by Code Modulation with Reduced Bandwidth, str. 1429

Uwagi

Wszystkie pozycje [bibliografii] są zawarte w materiałach sympozjalnych „Proceedings of the International Radar Symposium IRS 98”.