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姓名 曾孝忠(Tseng-hsiao Chung) 查詢紙本館藏 畢業系所 通訊工程學系在職專班 論文名稱 無線電交叉定位法運用於多目標之研究
(Study of Cross Location Algorithm for Multitarget in Radio System)相關論文 檔案 [Endnote RIS 格式]
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至系統瀏覽論文 ( 永不開放)
摘要(中) 在現代戰爭中，為使作戰指揮系統具有正確、快速的反應能力，幾乎所有電子情報（electronic intelligence，ELINT）和電子支援（eletronic support measure，ESM）系統，都必須具備定位敵人訊號發射源的能力。由於無源探測系統本身不發射電磁波，不易被敵方偵察系統所發現，可隱蔽地確定發射源的位置。其具有距離遠及抗干擾能力強的優勢，促使無源探測技術日益受到各國的廣泛重視。
無線電定位是無源探測系統的一各組成部分，一般採用測向定位法（AOA）、時差定位法（TDOA）及頻差定位法（FDOA）等三種基本定位方法。本論文涉取了有關無線電定位的重要技術和理論，對廣泛應用的多站交叉定位法進行了理論分析和誤差探討，並以不同數量的測向站及不同測量誤差的情況下，模擬出各自的定位誤差結果。最後以多個測向站分佈不同位置模擬定位發射源目標之結果，分析比較出在特定的測定範圍內，可依較佳的測向站分佈形式來提升系統定位精確度，對實際作戰指揮系統有相當的實用性。摘要(英) In the modern warfare, for enabling the operational command system to have correct and fast reaction capacity, nearly all the electronic intelligence (ELINT) and the electronic support measure (ESM) system must have the ability of locating the enemy signal source. Because the passive detection system does not emit the electromagnetic wave by itself to let it diffcult to be discovered by the enemy reconnaissance system, it can locate the enemy signal source secretly. The superiority of the long distance and the robust anti-jamming ability makes the passive detection technology to be appreciated gradually by the every country.
The radiolocation is one component of the passive detection system, and commonly includes angle of arrival (AOA) algorithm, time-difference of arrival (TDOA) algorithm and frequency-difference of arrival (FDOA) algorithm. Some radiolocation important technology and theory are investigated in this paper, and we take theoretical analysis and error discussion for the comprehensive application on multi-based cross location algorithm, and simulate the location error respectively in the case of the different number of direction base and the different measuring error. Finally, we simulate and analyze to the multi-targets location in the case of the many direction base distributed different position, and obtained the better arrangement way which can promote accuratity in the location system. Therefore, it has the suitable usability to the actual operational command system.關鍵字(中) ★ 交叉定位法
★ 測向技術關鍵字(英) ★ direction finding technique
★ cross location algorithm論文目次 摘 要I
ABSTRACTS II
誌 謝III
目 錄IV
圖 錄VI
表 錄IX
第一章 緒論1
1-1 研究背景與動機1
1-2 論文架構4
第二章 無線電測向定位系統概論5
2-1 無線電測向技術5
2-1-1 振幅測向技術 6
2-1-2 相位測向技術 8
2-1-3 時差測向技術 12
2-1-4 都普勒測向技術14
2-2 無線電定位原理16
2-2-1 測向定位法18
2-2-2 時間差定位法 23
2-2-3 頻率差定位法 25
第三章 交叉定位計算模型26
3-1 雙站定位模式26
3-1-1 定位模糊區分析28
3-1-2 定位位置誤差分析31
3-2 三站定位模式33
3-2-1 定位模糊區分析34
3-2-2 定位位置誤差分析37
3-3 多站定位模式38
3-3-1 定位概率中心分析38
3-3-2 定位誤差概率橢圓分析42
第四章 多目標定位模擬分析45
4-1 雙站定位模式45
4-1-1 定位模糊區模擬分析45
4-1-2 定位位置誤差模擬分析48
4-2 三站定位模式51
4-2-1 定位模糊區模擬分析51
4-2-2 定位位置誤差模擬分析53
4-3 多站定位模式56
4-3-1 定位概率中心模擬分析56
4-3-2 定位誤差概率橢圓模擬分析58
4-3-3 幾何分佈定位多目標模擬分析63
第五章 結論79
參考文獻 80參考文獻 [1]Paradowski, L.R., “Microwave Emitter Position Location: Present and Future”, Microwave and Radar Conf.,MIKON´98, pp.97-116, 1998.
[2]Schmidt, R.O, “Multiple Emitter Location and Signal Parameter Estimation”, IEEE Trans, AP-24, 1986.
[3]Gaoming Huang, Luxi Yang and Zhenya He, “Time-delay Direction Finding Based on Canonical Correlation Analysis”, IEEE Internation Symposium, Vol.6, pp.5409-5412, May. 2005.
[4]Liang X. and Chia Y.W.M, “New Precision Wideband Direction Finding Antenna”, IEEE Proc.-Microw. Antennas Propag., Vol.148, No.6, pp.363-364, Dec. 2001.
[5]Hill, D.S., “Multiple signal DF using superresolution: a practical assessment”, Electronics & Communication Engineering Journal, Vol.2, pp.221-232, Dec. 1990.
[6]Poirot, J.L. and Mcwilliams, G.V., “Navigation by Back Triangulation”, IEEE Trans. on AES, Vol.12, pp.270-274, Mar. 1976.
[7]Poirot, J.L. and Arbid, G., “Position Location: Triangulation Versus Circulation”, IEEE Trans. on AES, Vol.14, pp.48-53, Jan. 1978.
[8]Marchand, N., “Error Distributions of Best Estimate of Position from Multiple Time Difference Hyperbolic Networks”, IEEE Trans. on ANE, Vol.11, pp.96-100, Jun. 1964.
[9]Chestnut, P.C., “Emitter Location Accuracy Using TDOA and Differential Doppler”, IEEE Trans. on AES, Vol.18, pp.214-218, Mar. 1982.
[10]Vaccaro, D.D., “Electronic Warfare Receiving Systems”, Artech House, Norwood MA, U.S.A., 1993.
[11]Torrieri, D.J, “Statistical Theory of Passive Location System”, IEEE Trans. on AES, Vol.20, pp.193-198, Mar. 1984.
[12]Lee, H.B., “A novel procedure for assessing the accuracy of hyperbolic multilateration systems”, IEEE Trans. on AES, Vol.11, pp.2-15, Jan. 1975.
[13]Foy, W.H., “Position-Location Solutions by Taylor-Series Estimation”, IEEE Trans. on AES, Vol.12, pp.187-194, Feb. 1976.
[14]Poirot, J.L. and Mcwilliams, G.V., “Application of Linear Statistical Models to Radar Location Techniques”, IEEE Trans. on AES, Vol.10, pp.830-834, Nov. 1974.
[15]Mangel, M., “Three Bearing Method for Passive Triangulation in Systems with Unknown Deterministic Biases”, IEEE Trans. on AES, Vol.17, pp.814-819, Nov. 1981.
[16]Mahapatra, P.R., “Emitter Location Independent of Systematic Errors in Direction Finders”, IEEE Trans. on AES, Vol.16, pp.851-855, Jan. 1980.
[17]Streetly, M., “Airborne Electronic Warfare: Hstory, Techniques and Tactics”, Jane’s Publishing Co., London, U.K., 1988.
[18]Blake, B. (Ed.), “Jane’s Radar and Electronic Warfare Systems”, 5th edition 1993-94, Jane’s Information Group Inc., Coulsdon, U.K., 1993.
[19]Wiley, R.G., “Electronic,Intelligence: The Interception of Radar Signals”, Artech House, Norwood MA, U.S.A., 1985.
[20]顏佳冠，“Cluster Position Wireless Ad Hoc Networks”，國立中正大學資訊工程研究所，碩士論文，2005年7月。
[21]張興如，“無源定位及其定位性能分析”，電子科技大學，碩士論文，成都，2001。
[22]劉鈺，“無源定位技術研究及其定位精度分析”，西北工業大學，碩士論文，陜西，2005。
[23]任紹輝，“無線電通信測向誤差分析”，哈爾濱工程大學，碩士論文，哈爾濱，2003。
[24]”電子戰技術與運用-通信對抗篇”，電子工業出版社，北京，2005年9月。
[25]肖秀麗，“干涉儀測向原理”，國家無線電監測中心，北京，2006年5月。
[26]王紅星、曹建平編著，”通信偵察與干擾技術”，國防工業出版社，北京，2005年8月。指導教授 蔡木金(Mu-King Tsai) 審核日期 2008-7-14 推文 plurk
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