Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Publisher Summary   This chapter describes the gene classification artificial neural system (GenCANS)––the neural network system that has developed for genetic sequence classification––and discusses future system enhancement and applications. GenCANS is a combined version of protein classification artificial neural system (ProCANS) and nucleic acid classification artificial neural system (NACANS). The major applications of the classification neural networks are rapid sequence annotation and automated family assignment. The neural classification system can also be used to automate family assignment. The tool is generally applicable to any molecular databases that are developed according to family relationships, because the neural networks employ supervised learning algorithms. An automated classification tool is, especially important for the organization of databases according to family relationships and for handling the influx of new data in a timely manner. It is, therefore, possible to develop a gene identification system that can classify indiscriminately sequenced DNA fragments.
['Cathy H. Wu']
I am writing a research paper on a idea GENE CLASSIFICATION ARTIFICIAL NEURAL SYSTEM
[{"from": "human", "value": "I am writing a research paper on a idea GENE CLASSIFICATION ARTIFICIAL NEURAL SYSTEM"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Publisher Summary   This chapter describes the gene classification artificial neural system (GenCANS)\u2013\u2013the neural network system that has developed for genetic sequence classification\u2013\u2013and discusses future system enhancement and applications. GenCANS is a combined version of protein classification artificial neural system (ProCANS) and nucleic acid classification artificial neural system (NACANS). The major applications of the classification neural networks are rapid sequence annotation and automated family assignment. The neural classification system can also be used to automate family assignment. The tool is generally applicable to any molecular databases that are developed according to family relationships, because the neural networks employ supervised learning algorithms. An automated classification tool is, especially important for the organization of databases according to family relationships and for handling the influx of new data in a timely manner. It is, therefore, possible to develop a gene identification system that can classify indiscriminately sequenced DNA fragments."}]