As　reported,　neuromorphic　devices　have　been　widely　applied　in　many　fields.　However,　there　are　few　reports　on　the　application　of　neuromorphic　devices　in　the　field　of　display.　Intelligent　displays　will　inevitably　be　a　requirement　for　high-performance　displays　in　the　future.　In　order　to　achieve　intelligent　display,　neuromorphic　devices　must　be　applied　in　low-power,　high-resolution　display　fields.　Therefore,　in　this　work,　we　propose　a　novel　global　driving　strategy　(GDS),　where　the　display　driving　circuit　is　developed　by　applying　neuromorphic　devices　(neurons　and　synapses)　to　the　circuit.　It　combines　the　advantages　of　neurons　and　synapses,　achieving　a　low-power,　high-resolution　display　while　reducing　the　row　circuit　area　in　the　driving　circuit　by　half　and　increasing　circuit　integration.　In　addition,　based　on　the　strategy,　we　built　a　4×4　array　circuit　simulation　model　for　display.　IEEE