Please use this identifier to cite or link to this item:
http://hdl.handle.net/10266/934
Title: | Computational Modeling of the Brain Limbic System and Its Application in Control Engineering |
Authors: | Jain, Arpit |
Supervisor: | Singh, Yaduvir |
Keywords: | Control Engineering;Brain Limbic System |
Issue Date: | 3-Sep-2009 |
Abstract: | This study mainly deals with the various aspects of modeling the learning processes within the brain limbic system and studying the various aspects of using it for different applications in control engineering. The current study is a multi-aspect research effort which not only requires a background of control engineering, but also a basic knowledge of some biomorphic systems. The main focus of this study is on biological systems which are involved in emotional processes. In mammalians, a part of the brain called the limbic system is mainly responsible for emotional processes. Therefore, general brain emotional processes and specific aspects of the limbic system are reviewed in the early parts of this study. Next, we describe developing a computational model of the limbic system based on these concepts. Since the focus of this study is on the application of the model in engineering systems and not on the biological concepts, the model established is not a very complicated model and does not include all the components of the limbic system. In fact, we are trying to develop a model which captures the minimal and basic properties of the limbic system |
Description: | M.E. (Electronics Instrumentation and Control Engineering) |
URI: | http://hdl.handle.net/10266/934 |
Appears in Collections: | Ideas Unlimited @ TIET University Masters Theses@EIED |
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