| 摘要 |
A device for automatic testing of selection in genes with increased detection accuracy, is characterised by comprising digital input for putting a file with haplotypes of chosen gene, which is connected with integrated module of battery of neutrality tests MBNT , and said module of battery of neutrality tests MBNT comprises cache memory CM and is connected with system bus SB , which is additionally connected with interaction module IM comprising keyboard KEY and display LCD , as well as with non-erasable memory NM , primary classification module PCM , and final classification module FCM , moreover, said primary classification module PCM comprises unit of rule-based method choice URMC and programming logic array PLA , while said final classification module FCM comprises unit of connectionist method choice UCMC and optoelectronic unit OU , and in addition said primary classification module PCM is connected directly with said final classification module FCM , as well as with work mode switch WMS , which commutes outputs of said module of battery of neutrality tests MBNT to drive either inputs of said primary classification module PCM , or inputs of said final classification module FCM . In another embodiment, a device for automatic testing of selection in genes with increased detection accuracy, is characterised by comprising digital input for putting a file with haplotypes of chosen gene, which is connected with integrated module of battery of neutrality tests MBNT , and said module of battery of neutrality tests MBNT comprises cache memory CM and is connected with system bus SB , which is additionally connected with interaction module IM comprising keyboard KEY and display LCD , as well as with non-erasable memory NM and with extended classification module ECM which comprises unit of method choice UMC , programming logic array PLA , and optoelectronic unit OU, and in addition said extended classification module ECM is connected with said module of battery of neutrality tests MBNT , classification mode flip-flop CMF , and primary result flip-flop PRF , whereas outputs of said extended classification module ECM are connected with z inputs of said classification mode flip-flop CMF and said primary result flip-flop PRF , and outputs of these flip-flops are backward connected with input of said extended classification module ECM , while output of said module of battery of neutrality tests MBTN is connected with input of said extended classification module ECM . |
