Abstract:
When a male silk moth senses sexual pheromone of a female partner by using its antenna, it repeats certain series of walking pattern and arrives to the partner. This walk...Show MoreMetadata
Abstract:
When a male silk moth senses sexual pheromone of a female partner by using its antenna, it repeats certain series of walking pattern and arrives to the partner. This walking pattern is generated in Lateral Accessory Lobe (LAL) and the ventral protocerebrum (VPC) domain which controls physical exercise. Therefore, in this study, we elucidate the process of this behavior by constructing a neural network model of the LAL domain. Concretely, we build a model that treats some numbers of neurons as one neuron and estimate strength of each connection between 10 neuron representatives of neuron groups with Genetic Algorithm. The estimated network is verified and consided from engineering and biology.
Date of Conference: 18-22 October 2010
Date Added to IEEE Xplore: 03 December 2010
ISBN Information:
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- IEEE Keywords
- Index Terms
- Neural Network ,
- Neural Network Approximation ,
- Sexual Attraction ,
- Walking Pattern ,
- Active Region ,
- Neural Circuits ,
- Fitness Function ,
- Neural Responses ,
- Regional Model ,
- Neuronal Responses ,
- Neuronal Firing ,
- Biological Knowledge ,
- Buffer Zone ,
- Neural Connectivity ,
- Setup Time ,
- Input Regions ,
- Increase In Membrane Potential
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Neural Network ,
- Neural Network Approximation ,
- Sexual Attraction ,
- Walking Pattern ,
- Active Region ,
- Neural Circuits ,
- Fitness Function ,
- Neural Responses ,
- Regional Model ,
- Neuronal Responses ,
- Neuronal Firing ,
- Biological Knowledge ,
- Buffer Zone ,
- Neural Connectivity ,
- Setup Time ,
- Input Regions ,
- Increase In Membrane Potential