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The turbo principle in joint source-channel coding
Proceedings 2003 IEEE Information Theory Workshop (Cat. No.03EX674), 2004The turbo principle (iterative decoding between component decoders) is a general scheme, which we apply to joint source-channel decoding. As a realistic example (e.g., speech parameter coding), we discuss joint source-channel decoding for auto-correlated continuous-amplitude source samples. At the transmitter, the source samples are quantized and their
J. Hagenauer, N. Gortz
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Turbo-greedy coding for high data rate wireless communications: principles and robustness
IEEE VTS 53rd Vehicular Technology Conference, Spring 2001. Proceedings (Cat. No.01CH37202), 2002We present a novel iterative-greedy demodulation-decoding algorithm for turbo codes for multiple antenna systems. The decoding algorithm is based on a previously introduced novel greedy detection method for multiuser communications. The iterative-greedy demodulation-decoding algorithm is characterized by the exchange of soft information between the ...
A. Stefanov +2 more
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The turbo principle in joint source channel decoding of variable length codes
Proceedings 2001 IEEE Information Theory Workshop (Cat. No.01EX494), 2002The turbo principle has been widely applied to various detection/decoding problems in recent years. Here we show how the general idea can be extended to a communication scheme where a variable length code is used for data compression followed by a channel code to protect the data against channel errors.
J. Hagenauer, R. Bauer
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Turbo Coding in Communication Systems and Some Practical Applications of Turbo Principle
2014In this study, turbo coding which is a kind of channel coding is analyzed and turbo principle that was derived from turbo decoding algorithm is described. Turbo principle based turbo reason has obtained great importance in practical life.
KULAÇ, Selman, SAZLI, Murat Hüsnü
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Notice of Violation of IEEE Publication Principles<BR>A novel stopping criterion for turbo decoding
2005 IEEE 61st Vehicular Technology Conference, 2005This paper proposes a novel stopping criterion for turbo decoding. The new sign variation (SV) criterion calculates the difference of sign values between the extrinsic information of two consecutive iterations. Unlike the methods used so far, it requires no extra data storage.
E.I. Kalantzis, P.I. Dallas, B.S. Sharif
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International Journal of Automation and Control, 2018
This work deals with the problem of state and fault estimation for systems described by Takagi-Sugeno fuzzy systems. The state and fault estimation is made using a proportional integral observer based on the sliding mode principle. Only sensor faults are considered in this work.
Ilyes Elleuch +2 more
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This work deals with the problem of state and fault estimation for systems described by Takagi-Sugeno fuzzy systems. The state and fault estimation is made using a proportional integral observer based on the sliding mode principle. Only sensor faults are considered in this work.
Ilyes Elleuch +2 more
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Acta Mechanica, 1992
[For part I see: ibid. 95, No. 1-4, 117-130 (1992)]. This paper is intended to provide a rigorous theoretical foundation for constructing a novel computational method which incorporates a new finite element with self-adapting embedded discontinuities (now under development) and the artificial density concept; this method could capture all unknown ...
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[For part I see: ibid. 95, No. 1-4, 117-130 (1992)]. This paper is intended to provide a rigorous theoretical foundation for constructing a novel computational method which incorporates a new finite element with self-adapting embedded discontinuities (now under development) and the artificial density concept; this method could capture all unknown ...
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The Turbo Principle in Sustainable and Developmental Learning Design
2018This chapter conveys two key success strategies for complex, self-guided interdisciplinary learning: (1) rhythmizing as a theatrical tool (regarding organization along time) and (2) multi-perspectivism as a tool allowing the organization regarding viewpoints (in the space of perceptions).
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Journal of Mining Science, 1998
Coefficients that characterize the relative compression of the substance in the CJ plane and on the shock front of the detonation wave are found by means of Eqs. (8).
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Coefficients that characterize the relative compression of the substance in the CJ plane and on the shock front of the detonation wave are found by means of Eqs. (8).
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IEE Irish Signals and Systems Conference 2005, 2005
The vulnerability of quantization-based data hiding schemes to amplitude scaling requires the formulation of countermeasures to this relatively simple attack. Parameter estimation is one possible approach, where the applied scaling is estimated from the received signal at the decoder.
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The vulnerability of quantization-based data hiding schemes to amplitude scaling requires the formulation of countermeasures to this relatively simple attack. Parameter estimation is one possible approach, where the applied scaling is estimated from the received signal at the decoder.
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