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This paper presents a unified approach for identification and control of continuous-time signals and systems from its discrete-time representation at high sampling rate. Delta operator is used in developing a unified frame work for identification and control of MISO systems. The philosophy of time moments (TM) is recasted as Delta Time Moment (DTM) and computed from real time input-output data. The...
This paper presents the methods which are based on delta operator for identification and control of MIMO systems where time moments are used. Delta time moments (DTM) are computed from real time input-output data and are utilized to develop adaptive predictive algorithms in a model reference framework. The reference model is developed in the complex delta domain from classical time and frequency domain...
This paper presents time moment (TM) based methods for continuous time identification and control from discrete-time data using delta operator. The theory of delta operator was used to develop delta time moment (DTM). The DTMs were utilized to develop a few adaptive predictive control schemes in a model reference adaptive control (MRAC) frameworks. These control schemes were used for identification...
This paper presents the methods that have been developed for continuous time identification and control from discrete-time data at high sampling rate. A unified frame work for identification and control using time moments is presented in which delta operator was used. The theory of delta time moments was utilized to develop algorithms for load frequency control (LFC) in the case of power system stabilization...
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