Device for automatic testing of selection in genes with increased detection accuracy

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.