Search Results - field-programmable game array (fpga) implementations

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    Source: Ingeniería y Región; Vol. 14 (2015); 23-33 ; 2216-1325 ; 1657-6985

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    Relation: http://journalusco.edu.co/index.php/iregion/article/view/690/1318; http://journalusco.edu.co/index.php/iregion/article/view/690/1319; Abusultan, M., Harkness, S., LaMeres, B. & Huang, Y., 2010. {FPGA} implementation of a {B}artlett direction of arrival algorithm for a 5.8ghz circular antenna array. s.l., s.n., pp. 1-10.; Arai, H. & Ichige, K. , 2005. Hardware Implementation of Smart Antenna Systems for High Speed Wireless Communication. International Union of Radio Science, Proc. Of Gernal Assemblies.; Bahamondes, R. , 2009. Digital Signal Processing. Tecnología Digital y Microprocesadores {@ONLINE}. s.l.:s.n.; Balogh, L. & Kollar, I. , 2003. Angle of arrival estimation based on interferometer principle. s.l., s.n., pp. 219-223.; EMT, F. , 2004. RIMAX-A Flexible Algorithm for Channel Parameter Estimation from Channel Sounding Measurements.; Ettus, R. , 2015. Ettus USRP N210. s.l.:s.n.; Fan, W., tao, G. H., Lin, Z. & xiang, S. Y. , 2011. Hardware Implementation of {MUSIC} Algorithm for Airborne Digital Direction Finding System. s.l., s.n., pp. 1-4.; Fette, B. A. , 2006. Cognitive Radio Technology. s.l.:Communications Engineering Series.; Garcia, A., Mendez, A. & Gonzalez, J. , 2007. Fuzzy System for {DOA} Estimation in Mobile Communications using a {FPGA}. s.l., s.n.,pp. 14-14.; Gross, F. , 2015. Smart antennas with matlab: principles and applications in wireless communication. s.l.: McGraw-Hill Professional.; Guerin, D., Jackson, S. & Kelly, J. , 2012. A Phase Interferometry Direction Finding System for an Airborne Platform, s.l.: s.n.; Harter, N. M. , 2007. Development of a single-channel direction finding algorithm.; Hou, S.-Y., Chang, S.-H., Hung, H.-S. & Chen, J.-Y. , 2009. {DSP}-Based Implementation of a Real-Time {DOA} Estimator for Underwater Acoustic Sources. Journal of Marine Science and Technology, 17(4), pp. 320-325.; Hua, M.-C.y otros , 2011. Direction-of-arrival estimator using array switching on software defined radio platform. s.l., s.n., pp. 2821-2824.; Hua, M.-C., Hsu, C.-H. & Liu, H.-C., 2012. Implementation of direction-of-arrival estimator on software defined radio platform. s.l., s.n., pp. 1-4.; Inserra, D. & Tonello, A. M. , 2014. A multiple antenna wireless testbed for the validation of {DoA} estimation algorithms. AEU - International Journal of Electronics and Communications, #jan#, 68(1), pp. 10-18.; ÍPek, A. V. , 2006. Implementation of a Direction Finding Algorithm on an {FPGA} Platform, s.l.: s.n.; ITU, 2011. Recomendación ITU-T K.83 Monitoring field strengths of electromagnetic fields, Ginebra: s.n.; ITU, s.f. Spectrum Management System for Developing Conuntries. En: s.l.:s.n.; Jamali, M. y otros , 2007. {DSP} Based Implementation of Direction of Arrival for Wideband Sources. s.l., s.n., pp. 475-480.; Juncai, S., Wenzhuo, G. & Shu, Z. , 2008. An improved method of {DOA} estimation based on {QR} decomposition and its {DSP} implementation. s.l., s.n., pp. 189-195.; Keaveny, J. J. , 2005. Analysis and Implementation of a Novel Single Channel Direction Finding Algorithm on a Software Radio Platform.; Kim, M. & Arai, H. , 2004. Real-time smart antenna system incorporating {FPGA}-based fast {DOA} estimator. s.l., s.n., pp. 160-164, Vol. 1.; Kim, M. & Ichige, K. , 2004. Implementation of {FPGA} Based Fast Unitary {MUSIC DOA} Estimator. IEICE TRANSACTIONS on Electronics, E87-C(9),pp. 1485-1494.; Kim, M., Ichige, K. & Arai, H. , 2003. Implementation of {FPGA} based fast {DOA} estimator using unitary {MUSIC} algorithm [cellular wireless base station applications]. s.l., s.n., (1), pp. 213-217.; LaMeres, B. y otros , 2011. Design and test of {FPGA}- based direction-of-arrival algorithms for adaptive array antennas. s.l., s.n., pp. 1-8.; Li, Q. y otros, 2013. A hardware design for time delay estimation of {TDOA}. s.l., s.n., pp. 1-3.; Lounici, M., Luan, X. & Saadi, W. , 2013. Implementation of {QR}-decomposition based on {CORDIC} for unitary {MUSIC}. Fifth International Conference on Digital image Processing, Volumen 8878.; Lounici, M. W. & Luan, X. M. , 2013. Implementation of Unitary {MUSIC} Algorithm Using {X}ilinx {S}ystem {G}enerator. Advanced Materials Research, Aug, Volumen 748, pp. 629-633.; Majid, M. W., Schmuland, T. E. & Jamali*, M. M. , 2013. Parallel implementation of the wideband {DOA} algorithm on single core, multicore, {GPU} and {IBM} cell {BE} processor. Science Journal of Circuits, Systems and Signal Processing, Volumen 2, pp. 29-36.; MEDAV , 2015. KCS 8000 MEDAV. s.l.:s.n.; Miao, S. W. & Ying, Z. J. , 2009. Research and {FPGA} Implementation of {MUSIC DOA} of Smart Antenna Array. s.l., s.n., pp. 189-192.; Navarro, A. , s.f. Presentación del proyecto: Desarrollo de Capacidades Tecnológicas en Comprobación Técnica del Espectro. s.l.:s.n.; Peng, H., Yang, Z. & Yang, T. , 2012. Design and implementation of a practical direction finding receiver. Progress In Electromagnetics Research Letters, Volumen 32, pp. 157-167.; Roxin, A.-M., Gaber, J., Wack, M. & Moh, A. N. S. , 2007. Survey of wireless geolocation techniques. s.l., s.n., 9 pages.; Series, S. , 2011. Comparison of Time-Difference-of- Arrival and Angle-of-Arrival Methods of Signal Geolocation.; Stieber, M. C. E. , 2012. Radio Direction Finding Network Receiver Design for Low-Cost Public Service Applications, s.l.: s.n.; Tayem, N., Omer, M. & Abul Hussain, A ., 2014. Hardware Implementation of MUSIC and ESPRIT on NI-PXI Platform. s.l., s.n., pp. 329-332.; Tayem, N. y otros , 2013. Hardware Implementation of a Proposed {QR-TLS} {DoA} Estimation Method and {MUSIC}, {ESPRIT} Algorithms On {NIPXI} Platform. Progress In Electromagnetics Research C, Volumen 45, pp. 203-221.; Thanh, H. T., Ha, T. N. & Van Yem, V. , 2013. Novel direction finding algorithm based on phase locked loop with low computational complexity. s.l., s.n., pp. 437-442.; Treiber, M., juhn, T. K. & Utschick, W. , s.f. {DSP}- Implementation of a High-Resolution Parameter Estimating Scheme.; UIT, 2011. Manual de Comprobación Técnica del Espectro, Ginebra: Union Internacional de Telecomunicaciones, Oficina de Radiocomunicaciones: s.n.; Utschick, W., Treiber, M., Kurpjuhn, T. & Nossek, J. , 2000. Comparison of two {DOA} tracking implementations for {SDMA}. s.l., s.n., (1), pp. 358-362.; Van Trees, H. L. , 2004. Detection, estimation, and modulation theory, optimum array processing. s.l.:John Wiley \& Sons.; Vandana, M., Rani, S. & Badrinath , 2012. Radar Emitter Location Simulation and Implementation on {FPGA}. International Journal of Engineering and Innovative Technology (IJEIT), Oct. Volumen 2.; Wang, H. & Glesner, M. , 2006. Hardware implementation of smart antenna systems. Advances in Radio Science, Volumen 4, pp. 185-188.; Wenke, L., liang, J. & Chenxin, M. , 2005. {DOA} estimation of {CDMA} signals and the realization utilizing {TMS320}. s.l., s.n., pp. 561-564.; XILINX, s.f. Field Programmable Gate Array {@ONLINE}. s.l.:s.n.; Yao, B. y otros , 2008. Real-Time Implementation of Multiple Sub-array Beam-Space {MUSIC} Based on {FPGA} and {DSP} Array. s.l., s.n., pp. 186-191.; Yaqoob, A., Farooq, U., Abbas, G. & Asad, M. U. , 2011., Efficient Hardware Implementation Of ESPIRIT like Algorithm for Range Estimation Of Chirp Spread Spectrum. International Journal Of Computer and Electrical Engineering, 3(0).; Zekavat, R. & Buehrer, R. M. , 2011. Handbook of position location: Theory, practice and advances. s.l.:John Wiley \& Sons.; Zekavat, S. y otros , 2007. A novel implementation of doa estimation for node localization on software defined radios: Achieving high performance with low complexity. s.l., s.n., pp. 983-986.; Zhou, L. y otros , 2012. Design and implementation of equilateral triangle array digital direction finding system. Electronics Express, 9(13), pp. 1102-1108.; Zou, Z., Hongyuan, W. & Guowen, Y. , 2006. An Improved {MUSIC} Algorithm Implemented with High-speed Parallel Optimization for {FPGA}. s.l., s.n., pp. 1-4.; http://journalusco.edu.co/index.php/iregion/article/view/690

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    Relation: RAINHA GODOY SANTIAGO, O. Implementation of Tetris Game on a FPGA [online]. Brno: Vysoké učení technické v Brně. Fakulta elektrotechniky a komunikačních technologií. 2025.; 169690; https://hdl.handle.net/11012/254508

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