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Gilg
Albert Gilg, Kaufering DE
| Patent application number | Description | Published |
|---|---|---|
| 20090112534 | Probabilistic Design Tool for Optimizing a Technical System - A nonlinear technical product or process described by stochastic system output target values dependent on stochastic system input parameter values, thereby stating discrete technical system dependencies, is optimized by using a Response Surface Methods based on discrete technical system dependencies to generate at least one continuous auxiliary function for the real dependencies of the target values on the input parameter values. Next, an auxiliary function is used to generate at least one optimizing parameter for optimization by an objective function, thereby generating an additional discrete technical system dependence. The technical system is adaptively optimized by repeating the above, using the additional discrete technical system dependence, until the difference of successive optimized optimizing parameters is below a threshold. The final additional discrete technical system dependence is an optimal technical system operating point. | 04-30-2009 |
Frans Xaver Gilg, Polling DE
| Patent application number | Description | Published |
|---|---|---|
| 20110031642 | PRESSED POWDER ELEMENTS - Method for producing a pressed powder element, wherein the method comprises pre-pressing of loose powder to a first powder blank ( | 02-10-2011 |
Horst Gilg, Maxhutte DE
| Patent application number | Description | Published |
|---|---|---|
| 20090025201 | CONTACT MAT FOR AN ACTUATOR, AND ASSOCIATED PRODUCTION METHOD - A contact mat ( | 01-29-2009 |
Virginie Gilg, Munchen DE
| Patent application number | Description | Published |
|---|---|---|
| 20100020954 | METHOD FOR CARRYING OUT AN AUDIO CONFERENCE, AUDIO CONFERENCE DEVICE, AND METHOD FOR SWITCHING BETWEEN ENCODERS - A method and an audio conference device for carrying out an audio conference are disclosed, whereby classification information associated with a respective audio date flow is recorded for supplied audio data flows. According to a result of an evaluation of the classification information, the audio data flows are associated with at least three groups which are homogeneous with regard to the results. The individual audio data flows are processed uniformly in each group in terms of the signals thereof, and said audio data flows processed in this way are superimposed in order to form audio conference data flows to be transmitted to the communication terminals. Further, an audio conference device and a method for switching between a first encoder and a second encoder for an audio data connection are disclosed, wherein the encoders use, inter alia, encoding parameters influenced by an audio data history, for the encoding process. The audio data connection from the first encoder to the second encoder is switched in such a way that, during the switching process, the encoding parameters of the second encoder are matched with the encoding parameters of the first encoder, and when the encoding parameters are matched, the audio connection is switched to the second encoder. | 01-28-2010 |
| 20100061536 | METHOD FOR CARRYING OUT A VOICE CONFERENCE AND VOICE CONFERENCE SYSTEM - A method and a voice conference system for carrying out a voice conference are disclosed, the system having at least three voice terminals in a communication system. At least one of the voice terminals is associated with a first group such that the voice data provided by the respective receiving channels thereof is decoded into individual voice signals for said group. Said individual voice signals are superimposed to form an aggregate voice signal and the aggregate voice signal is encoded into first aggregate voice data. Furthermore, at least two of the voice terminals are associated with a second group such that the second group has only voice terminals wherein an extensive inactivity on the respective receiving channels thereof is identified. The first aggregate voice data is supplied to the voice terminals associated with the second group by the respective receiving channels for a respective output of the first aggregate voice data. | 03-11-2010 |