Section: Application Domains
Application domains
Unlike the traditional methods, the estimators we defined are "non-asymptotic": solutions are provided by explicit formulae. They result in relatively simple and fast algorithms. In this sense, rather than being a project linked to a specific domain of application, we can say that the present project Non-A is a method-driven project. However, one must not forget that applicability remains a guideline in all our research. As it was told, estimation is a huge area, which explains the variety of possible application fields our new methods address. Figure 3 illustrates the connections between our techniques and the possible applications.
During these first few years, our techniques have already generated 3 patents [77] , [79] , [78] . It shows their efficiency in various industrial domains, including (see the previous reports):
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Vehicle control (engine throttle [94] , lateral and longitudinal velocities [73] , stop-and-go [114] , tire/road contact condition [118] ) with PSA, APEDGE, Mines-ParisTech, INRIA IMARA, Universidad Carlos III (Madrid), Université Paris Sud;
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Hydroelectric power plants [93] , [92] with EDF-CIH (patent pending FR0858532);
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Shape memory actuators [89] with Université de Bretagne Occidentale and ANR MAFESMA;
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Magnetic actuators with Univ. des Saarlandes;
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Power Electronics [103] with Univ. du Québec à Trois-Rivières;
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Aircraft identification [113] with ONERA DCSD;
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Secured communications (chaos-based cryptography [111] , [120] , [119] , CPM demodulation [104] ) with CINVESTAV Mexico, Math.Dept. Tlemcen Univ. Algeria and PRISME ENSI-Bourges.
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Image and video processing (denoising [83] , edge detection [95] ) with INRIA QGAR, compression [84] , compressive sensing [116] , [117] with CINVESTAV Mexico and Whuan Univ., China.
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More recently, financial engineering [76] with MEREOR Investment Management and Advisory SAS.