▁model ▁the ▁network ▁is ▁separated ▁into ▁two ▁function ally ▁distinct ▁but ▁interact ing ▁sub - network s . ▁This ▁model ▁is ▁bi olog ically ▁inspired ▁and ▁is ▁based ▁on ▁research ▁from ▁McC le ll and , ▁Mc N aught on , ▁and ▁O ' Re illy ▁( 1 9 9 5 ). ▁In ▁this ▁research ▁McC le ll and ▁et ▁al . ▁( 1 9 9 5 ), ▁suggested ▁that ▁the ▁hi pp oc amp us ▁and ▁ne oc or tex ▁act ▁as ▁separ able ▁but ▁complement ary ▁memory ▁systems . ▁Specifically , ▁the ▁hi pp oc amp us ▁short ▁term ▁memory ▁storage ▁and ▁acts ▁gradually ▁over ▁time ▁to ▁transfer ▁mem ories ▁into ▁the ▁ne oc or tex ▁for ▁long ▁term ▁memory ▁storage . ▁They ▁suggest ▁that ▁the ▁information ▁that ▁is ▁stored ▁can ▁be ▁" br ought ▁back " ▁to ▁the ▁hi pp oc amp us ▁during ▁active ▁re he ars al , ▁rem in isc ence , ▁and ▁sleep ▁and ▁renew ed ▁activation ▁is ▁what ▁acts ▁to ▁transfer ▁the ▁information ▁to ▁the ▁ne oc or tex ▁over ▁time . ▁In ▁the ▁pseudo - rec urrent ▁network , ▁one ▁of ▁the ▁sub - network s ▁acts ▁as ▁an ▁early ▁processing ▁area , ▁a kin ▁to ▁the ▁hi pp oc amp us , ▁and ▁functions ▁to ▁learn ▁new ▁input ▁pat ters . ▁The ▁other ▁sub - network ▁acts ▁as ▁a ▁final - storage ▁area , ▁a kin ▁to ▁the ▁ne oc or tex . ▁However , ▁unlike ▁in ▁McC le ll and ▁et ▁al