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Accuracy analysis of the Millington's prediction method in the medium waveband. Guerra, David, et al. IEEE Transactions on Antennas and Propagation 55.2, 2007, pg 500+
Analysis of the ITU-R P.1546-2 Prediction Method Accuracy for DRM Local Coverage Using the 26 MHz Band. Peña et al. IEEE BTS Annual Symposium. Washington DC. 2007. USA.
Autocorrelation properties of OFDM timing synchronization waveforms employing pilot subcarriers. Ureten, Oktay, and Selcuk Tascioglu. EURASIP Journal on Wireless Communications and Networking, 2009.
A common SDR platform for digital audio broadcasting system.
Di, Na et al. [Acad. of Broadcasting Sci., Radio Inst., State Adm. of Radio, Film & Telev., Beijing, China] Image and Signal Processing (CISP), 3rd International Congress. 2010. pg 3708+
Digital radio mondiale (DRM) system performances in multipath fading environment. S Rimac-DrIje, T Matic, D Zagar. ELMAR (47th), 2005.
DIGITAL RADIO MONDIALE - HOW FAR HAVE WE COME? PR Gordon
Digitising VHF FM sound broadcasting with DRM+. A Steil, F Schad, M Feilen, M Kohler 2009
Estimation of inchannel-interference to Digital Radio Mondiale (DRM) signals during operation. Losada, Iker, et al. IEEE Transactions on Broadcasting 54.2 , 2008, pg 287+
Local digital radio in the 26 MHz band using DRM-Results of the Brasilia field trials. RG Neves, I Pena, FF Lima, H Abdalla IMOC 2007
Local Radio using Digital Radio Mondiale (DRM) in the 26 MHz Band?A R‚ sum‚ at the end of the Nuremberg/Dillberg field trial.
Medium wave Digital Radio Mondiale (DRM) field strength time variation in different reception environments. Guerra, D., et al. IEEE Transactions on Broadcasting 52.4 , 2006, pg 483+
The practical experience of DRM long distance reception. Professional Test Receiver for Digital Radio Mondiale (DRM) Signals. I Eizmendi, I Pichel, M Velez, G Prieto ISCE, 2006
Technical feasibility study and field trial concept for DRM-based digital radio in the VHF-FM radio band. A Steil, M Kreutzer, M Feilen, J Lehnert.
The Use of the DRM (Digital Radio Mondiale) system for local broadcasting in the 26MHz band and potential for skywave propagation interference between 2 or more broadcasts operating on the same frequency channel (co-channel interference). H Donald Messer, 2007
Accuracy analysis of the Millington's prediction method in the medium waveband. Guerra, David, et al. IEEE Transactions on Antennas and Propagation 55.2, 2007, pg 500+
AIR–DRM All India Radio DRM+ Showcase. May 2011.
Analysis of the ITU-R P.1546-2 Prediction Method Accuracy for DRM Local Coverage Using the 26 MHz Band. Peña et al. IEEE BTS Annual Symposium. Washington DC. 2007. USA.
Autocorrelation properties of OFDM timing synchronization waveforms employing pilot subcarriers. Ureten, Oktay, and Selcuk Tascioglu. EURASIP Journal on Wireless Communications and Networking, 2009.
Carrier and Noise Measurements in the Medium Wave Band for Urban Indoor Reception of Digital Radio. I Fernandez, P Angueira, D De la Vega, I Peña et al. Broadcasting, IEEE Transactions. Broadcasting, IEEE Transactions. Vol PP Issue:99. pg 1
CBC TECHNOLOGY REVIEW. P Jackson, MBA Jacques Bouliane
A common SDR platform for digital audio broadcasting system.
Di, Na et al. [Acad. of Broadcasting Sci., Radio Inst., State Adm. of Radio, Film & Telev., Beijing, China] Image and Signal Processing (CISP), 3rd International Congress. 2010. pg 3708+
Compatibility analysis of in-band digital radio systems in interference channel environment. Baek, M.S. et al. Information and Communication Technology Convergence (ICTC), International Conference, 2010, pg 539+
Delivering Digits to Rural Radios: Making Digital Radio Mondiale Work. OP Haffenden. Second European Conference on Antennas and Propagation [EuCAP], 2007
Design of a mixed prime factor FFT for portable digital radio mondiale receiver. Kim, Dong-Sun, et al. IEEE Transactions on Consumer Electronics 54.4 , 2008, pg 1590+
Digital HF communications for the polar regions - a low-cost alternative to satellite? M Prior-Jones, M Warrington, MR Prior-Jones. EGU General Assembly, 2010Digital radio mondiale (DRM) system performances in multipath fading environment. S Rimac-DrIje, T Matic, D Zagar. ELMAR (47th), 2005.
DIGITAL RADIO MONDIALE - HOW FAR HAVE WE COME? PR Gordon
Digital-radio-mondiale (DRM) measurement-system design and measurement methodology for fixed and mobile reception. Prieto, Gorka, et al. IEEE Transactions on Instrumentation & Measurement 57.3 , 2008, pg 565+
DRM Lecture Series by Rev. Dr. John Stanley
DRM (Digital Radio Mondiale) local coverage tests using the 26 MHz broadcasting band. Matias, Jose Maria, et al. IEEE Transactions on Broadcasting 53.1 , 2007, pg 59+
DRM (Digital Radio Mondiale) tests results for mobile reception in 26 MHz band for local coverage. JM Matias, I Pena, D de la Vega BMSB 2009
DRM 20 kHz simulcast field trials in the medium wave band in Mexico D.F. Gil, Unai, et al. IEEE Transactions on Broadcasting 54.1 , 2008, pg 53+
DRM for Local Coverage in the 11 m band - Predictions and Measurements. F Maier, I Pena, P Angueira, A Tissen. 10th Workshop on Digital..., 2009Estimation of inchannel-interference to Digital Radio Mondiale (DRM) signals during operation. Losada, Iker, et al. IEEE Transactions on Broadcasting 54.2 , 2008, pg 287+
External noise measurements in the medium wave band. Prieto, Gorka, et al. IEEE Transactions on Broadcasting 53.2 , 2007, pg 553+
Frequency synchronization strategy for a PC-based DRM receiver. V Fischer, A Kurpiers Darmstadt University of Technology, Germany.
Implementation of Digital Radio Mondiale receiver-part I. DE Willcox, J Kim, C Loewen System Theory Symposium (SSST), 2010
An improved sampling frequency offset estimator for OFDM-based digital radio mondiale systems. You, Young-Hwan, et al. IEEE Transactions on Broadcasting 54.2 , 2008, pg 283+Local digital radio in the 26 MHz band using DRM-Results of the Brasilia field trials. RG Neves, I Pena, FF Lima, H Abdalla IMOC 2007
Local Radio using Digital Radio Mondiale (DRM) in the 26 MHz Band?A R‚ sum‚ at the end of the Nuremberg/Dillberg field trial.
Location correction factor for coverage planning tools for DRM (Digital Radio Mondiale) in the 26 MHz band. JM Matfas, I Pena, D de la Vega Broadband, 2008
Low-computation-cycle, power-efficient, and reconfigurable design of recursive DFT for portable digital radio mondiale receiver. Shin-Chi Lai, et al. IEEE Transactions on Circuits and Systems-II-Express Briefs 57.8 , 2010, pg 647+Medium wave Digital Radio Mondiale (DRM) field strength time variation in different reception environments. Guerra, D., et al. IEEE Transactions on Broadcasting 52.4 , 2006, pg 483+
Medium wave DRM field test results in urban and rural environments. Guerra, David, et al. Medium wave DRM field test results in urban and rural environments. IEEE Transactions on Broadcasting 51.4 , 2005, pg 431+
A mixed-path groundwave field-strength prediction virtual tool for digital radio broadcast systems in medium and short wave bands. L Sevgi. Antennas and Propagation Magazine, IEEE, 2006
Mobile reception of digital AM audio and data services using long-range skywave propagation. Lauterbach, Thomas, and Matthias Unbehaun. IEEE Transactions on Broadcasting 53.3 , 2007, pg 597+
Multiple-site investigation of the properties of an HF radio channel and the ionosphere using Digital Radio Mondiale broadcasting. J Mlynarczyk, P Koperski. Advances in Space Research. 6 Oct 2011
Performance evaluation of low density parity check codes for Digital Radio Mondiale (DRM) system. Wang Jiaqing, Yu Xiaoyan, and Wu Lenan. Journal of Electronics [China] 23.2 , 2006, pg 189+Planning Factors for Digital Local Broadcasting in the 26 MHz Band.
I Pena, T Lauterbach, P Angueira, A Arrinda et al. Broadcasting, IEEE Transactions on. Vol 57 Issue: 1, March 2011. pg 24+The practical experience of DRM long distance reception. Professional Test Receiver for Digital Radio Mondiale (DRM) Signals. I Eizmendi, I Pichel, M Velez, G Prieto ISCE, 2006
Robustness mode detection algorithm in the DRM system. Zeng, Lin, et al. IEEE Transactions on Broadcasting 54.4 , 2008, pg 792+
Shore-to-ship data transmission utilizing the DRM system. A Heuberger, C Bartsch, G Kilian. Ionospheric Radio Systems, 2009
Study of the ionospheric interference for planning DRM local services using the 26 MHz band. I Pena, U Gil, I Angulo, P Angueira. Ionospheric radio Systems and Techniques (IRST) 2009
Technical Aspects Outline for the Strategy of Launching Digital Broadcasting in Poland on Wave Bands Below 30 MHz A Dusiński, J Jarkowski. Journal of Telecommunications and Information Technology, 03/2011, pg 141.Technical feasibility study and field trial concept for DRM-based digital radio in the VHF-FM radio band. A Steil, M Kreutzer, M Feilen, J Lehnert.
Transmit diversity in the DFM system. Wang, Pengjun et al. [Dept. of E.E., Tsinghua Univ., Beijing, China]. Computer Application and System Modeling (ICCASM), International Conference, 2010. pg V2-533 - V2-537
Urban indoor noise level characterization in the Medium Wave band. I Fernandez, P Angueira, A Arrinda. Antennas and Propagation (EuCAP), 2010 Proceedings of the Fourth European Conference on , 2010, pg 1The Use of the DRM (Digital Radio Mondiale) system for local broadcasting in the 26MHz band and potential for skywave propagation interference between 2 or more broadcasts operating on the same frequency channel (co-channel interference). H Donald Messer, 2007
[updated 20120610]
