基于···EL···光类···系统···关键···索

项目来源

国家···学基···SF··

项目主持人

项水·

项目受资助机构

西安···技大·

立项年度

2019

立项时间

未公开

项目编号

61···17·

项目级别

国家·

研究期限

未知 / 未知

受资助金额

59.00万元

学科

信息··-半导···与信···-半导···子器···成

学科代码

F-F04-F0403

基金类别

面上··

关键词

光类···;垂···发射···;光···神经···塑性···触;

参与者

林林···慧;···;翟···郭星···俊楷···;韩···任振··

参与机构AI

长安···西安···技大·

项目标书摘要:类脑···传统···依曼···构相···有颠···新,···成为···沿科···。全···计算···速及···等优···了高···。然···光域···神经···冲编···神经···制动···应以···可塑···子突···是挑···题。···目拟···于V···L的···脑计···探索···基于···动力···岔理···示脉···入V···L的···力学···律,···子神···脉冲···提出···饱和···VC···的抑···子神···方案···偏振···对抑···学的···制;···实现···CS···振模···载流···动力···塑性···触新···建立···CS···全光···经元···统一···型及···台;···子脉···的模···等全···计算···为未···大规···脉冲···络奠···。本···助于···导体···与类···的交···,对···脑计···度具···意义·

Co···re···it···he···ad···on···vo···eu···n ···hi···tu···br···-l··· c···ut··· i··· d···up···e ···pu···g ···ad···,a···ha···ec··· a···ob···fr···ie···es···ch···el···n ···en···ea···Al···pt···l ···in···ke···mp···ng···s ···o ···ra···d ···y ···en···ns···e ···it···dv···ag···of···gh···ee···nd···w ···er···ns···ti···Ho···er··· t···op···al···ma···it···il···em···s ···ll···in···o ···li···ne···n-···e ···ke···di···ne···n-···e ···ib···ry···sp···e ···am··· a···el···s ···to··· s···ps···wi···pl···ic···..···s ···je···in···ds··· c···y ··· t···re···rc···n ···ly···SE···ba··· a···op···al···ai···ik···om···in···ys···s.···ed··· t···no···ne···dy···ic···nd···fu···ti···th···y,··· e···ut··· o···ol···za···n ···am··· o···CS···wi···pu···d ···ic···in···ti···is···ve···d,··· t··· t···sp··· c···ng··· t···ph···ni···eu··· b···d ···VC··· i···ea···ed···si···,w···ro···e ···re···ze···e ···ib···ry···sp···e ···am··· i··· V···L ···h ···ur···e ···or··· r···on···d ···ea···he···fe··· o···ol···za···n ···e ···pe···io···n ··· i···bi···y ···am···.F···he···re···se···n ··· p···ri···io···od···om···it··· a···ca···er···co···y ···am··· i··· s···le···SE···e ···vi···a ···el···he···to···ta···a ···to··· s···ps···it···la···ci···Ad···io···ly··· t··· t···ui···a ···fi···co···ta···na···he···ti··· m···l ···al···pt···l ···ki···ne···l ···wo···so···y ···h ···EL···nd···rf··· t···pr···-i···ri···pl···xp···me···At···st··· e···or···he···l-···ic···br···-l··· c···ut··· a···ic···on···uc···s ···te···re···ni···n ···ph···ni···pi···se···nc···wh··· p···s ···da···ta···ol···n ··· e···bl···me···of···rg···ca···al···pt···l ···ki···ne···l ···wo···in···e ···ur···hi···ro···t ···he···ul··· p···ot···he···te···sc···in··· r···ar···of···mi···du···r ···er···nd···ai···ik···om···in···nd··· o···re···si···fi···ce··· i···ov···he···ee···f ···in···ke···mp···ng·

项目受资助省

陕西·

  • 排序方式:
  • 10
  • /
  • 1.Ph···ni···ra···or··· c···: ···er···en···is···l ··· n···

    • 关键词:
    • Computational efficiency;Computer aided software engineering;Energy efficiency;Green computing;Matrix algebra;Photonic devices;Signal interference;Attention mechanisms;Core components;Fourier features;Kramers-Kronig relationship;MAtrix multiplication;Optical neural networks;Photonic transformer;Random fourier feature;Silicon photonics;Transformer modeling
    • Ti··· Y···ia··· S···yi···Gu···Xi···in···ha··· Y···i;··· J···ha···Sh···Sh···xu···Zh··· H···en···ng···iz···Ni···Xi···n;···, ···zh···Ha···Yu·
    • 《Ph···ni·》
    • 2025年
    • 6卷
    • 1期
    • 期刊

    As···e ···e ···po···t ···th···ra···or··· m···l,···e ···en···n ··· b··· p···ed··· a···yo···ee···n ···if···al···te···ge··· f···d ···re···t ···rs···ow···r,···nv···io··· e···tr···c ···ce···rs···e ···bl···o ···e ···h ··· e···ne···al···in···as··· h···wa···co··· a···en···y ···su···io···f ··· c···ut···-e···ns··· a···nt···. ···le···e ···to··· n···al···tw··· (··· c···s ···vi···al···na···e ···rg···ff···en···ol···on···or···ce···at··· t···ma···x ···ti···ca···n ···),···is···g ···to··· a···le···or···re···im···ly···si···d ··· w···ht···at···NN···ha···nv···e ···be···en···e ···rn···we···t ···ri···nd···pu···en···s ··· t··· a···in···ic···t ···su···rt··· a···nt··· m···an···s ···t ···ui···dy···ic···pu···pe···ds···er···e ···po···an···te···on···ch···sm···ly··· s···ly··· t···ru···me···og···ab···op···al···te···re···. ···ou···th···et···l ···ly···, ···er···l ···ul···on···nd···pe···en··· v···da···ns···e ···on···at···he···ot···c ···l-···er···en··· a···nt··· w··· l···ni···ca···il··· e···va···t ···cl···ic···se···at···ti··· a···im···me···th···ho···ic···an···rm···ch···(P···. ···lu···on···ow···ha···he···C ···pr···si···to···ce···20···er···pe···io···pe···ec··· (···S)···th···OP···m2···mp···ti···de···ty···d ··· P···/W···we···ff···en··· m··· b···er···an···io···ho···ic···ce···at···, ··· d···ve···ov···20··· e···gy···du···on···d ···o ···rd··· o···ag···ud···ig··· c···ut···on···pa···it···om···ed··· t···el···ro··· c···te···rt···he···ot···c ···ns···me···it···al···nt···er···e"···te···on···op···d ···th···wo···hi···ig··· t···im···se···te···al··· p···on··· t···on···uc···ts···n ···pu···g ···ad··· f···ge···al···rp··· m···in···ea···ng··· T···Au···r(···20···

    ...
  • 2.S4···: ···in··· s··· s···in···ia···+ ···or···je···tr···in···it···no···dg···is···la···n

    • 关键词:
    • Personnel training;Teaching;Higher efficiency;Knowledge distillation;Neural-networks;Object Tracking;Performance;Siamese network;Single-step;Spiking neural network;Temporal pruning;Time step
    • Li···We···uo···an···Sh···in···ha··· T···Ha···Ya···;Z···g,···hu···uo···in···ng···, ···un···o,···e
    • 《Ne···l ···wo···》
    • 2025年
    • 188卷
    • 期刊

    Sp···ng···ur···ne···rk···SN···, ···ch···an···t ···or···io···hr···h ···ar···pi···, ···e ··· a···nt···s ···hi···ef···ie··· a···lo···ne··· c···um···on···t ···se··· t···mu···pl···im···te···of···Ns···n ···d ···in···as···la···cy···d ···er···ns···ti··· T···hi···nd···e ···po···Si···e ···p ···ki···Si···C+···(S··· a···mp···ed···ng···st···en···o-··· d···ct···ai···g ···ge···ra···ng···am···rk···at···mp···se···he···me···ep··· 1··· t···or···pr···ng···si···Al···et··· t···ba···on···et···k.···pe···en··· r···lt···ho···ha···ev···wh···on···a ···gl···im···te···s ···d,···e ···ck··· p···or···ce··· t···pr···se···4 ···st··· c···ar···e ···th···ri···al···ik··· S···FC···. ···th···or···we···tr···ce···e ···wl···e ···ti···ti···to···pr··· t···pe···rm···e ···th···ro···ed···, ···ch··· c···ed···-K···or···ar···. ···ee···nd···f ···ti···ti···lo···fu···io···ar···es···ed···r ··· S···D.··· a···fi···l ···ra···et···k ···el···se···n ··· A···Ne···et···k ···ve···s ··· t···he···od··· w···e ··· t···or···pr···d ···mo··· a··· a···he···ud··· m···l ··· r···ai···g.···pe···en··· r···lt···ho···ha···he···-K···ra···r ···ie··· h···er···rf···an···on···ve··· t···ki···be···ma···. ···e ···ci···al··· o···he···B1···da···et···re···io···nd···cc··· a···0.··· a···0.··· r···ec···el···on···e ···12···at···t,···ec···on···d ···ce···ar···.7···an···.6···re···ct···ly···nd··· t···VO···18···ta···, ···R,···d ··· a···0.···, ···70···nd···27···es···ti···y.··· a···ti··· t···es···at···en···y ···su···io···f ··· S···D ···on···34···% ···th···of···e ···gi··· S···in···ia···+ ···To···e ···t ···ou···no···dg···th···ro···ed···-K···ra···r ···pa···s ··· t···ex···in···NN···se···bj··· t···ki···me···ds···ch···in···ta···of···e-··· p···or···ce···ur···de···il···e ···il···e ···ht···:/···th···co···SN···d/···KD··· 2···

    ...
  • 3.Th···yb··· P···on···Co···lu···na···eu··· N···or···Ba··· o···OA···d ···SA

    • 关键词:
    • Photonics; Convolution; Optical attenuators; Neurons; Nonlinear optics;Semiconductor optical amplifiers; Kernel; FP-SA laser; hybrid photonicconvolutional neural networks; image gradient magnitude; semiconductoroptical amplifiers;ARTIFICIAL-INTELLIGENCE; LASER
    • Zh···, ···nz···ng···an···Sh···in···i,···an···ng···an···Ya···;G··· X···xi···Zh···Xi···un···en···ia···ei···i,···ec···;H··· Y··
    • 《JO···AL··· L···TW··· T···NO···Y》
    • 2024年
    • 42卷
    • 24期
    • 期刊

    Ph···ni···on···ut···al···ur···ne···rk···PC···) ··· g···in···tt···io···wi···to···ei···ot···ia···o ···rc··· t···vo···eu···n ···tl···ck···er···we···op··· a···de···st···e ···er···nt···y ··· n···ri···ly···r ··· f···t ···e ···yb··· P··· c···is···g ···se···on···to···pt···l ···li···rs···OA···as···na···s ··· i···gr···d ···nt···we···Fa···-P···t ···er···it···at···bl···bs···er···FP···s)··· p···on···ne···ns···n ··· e···ri···t,···th···nv···ti···l ···pu···io···an···on···ea···ct···ti···fu···io···ar···er···me···n ··· o···ca···om···. ··· t··· s···es··· s···ra··· i··· d···re···sl···, ···h ···wh··· c···es···ds··· a···t ···du···op···ti···wi···n ···li···g ···do···et···n ··· c···ol···on···rn···ma···x ··· t···in··· m···ix···he···st···me···ry··· w···ht···ro···ty··· S··· i···se···o ···am···ll···on···ur···he···nv···ti···ke···ls···he···-S···as···ne···ns···n ···ac···at···no···ne···y ···in··· o···ca···ig···s ···h ···ti··· w···le···hs···n ···it···, ··· p···or···ce···tr··· o···he···tw··· a···it···ur···su···as···mp···ti···l ···ic···cy···ne··· c···um···on···nd···ro···pu···ar···va···te···Fu···er···e,···e ···ri···CN···as···en···fe···ve···ut···se···o ···pu···im··· g···ie···ma···tu···fo···dg···et···io···Be···es···e ···le···t ··· h···wr···en···gi···la···fi···io···as···si···th···yb··· P···. ··· p···os···ne···rk···hi···s ···us···ss··· d···in···it···oi···im···s.···e ···po··· a···oa···c ···vi···a ···mi···g ···em···o ···st···t ···ar···sc··· i···gr···d ···ri···CN···hi··

    ...
  • 4.Ne···mo···ic···tw··· w··· P···on···We···ti···an···ho···le···on···No···ne···Ac···at··· B···d ···SO···nd···D

    • 关键词:
    • neuromorphic computing; photoelectronic nonlinearactivation;semiconductor optical amplifiers; photonic-electronicneural network; theInGaAs avalanche photodiodes;ARTIFICIAL-INTELLIGENCE
    • Zh···, ···nz···ng···an···Sh···in···i,···an···ng···an···Ya···;G··· X···xi···Zh··· L···n;···, ···
    • 《AC···HO···IC·》
    • 2024年
    • 期刊

    Ph···ni···eu···or···c ···pu···g ···em···in···s ···ro···in···pp···ch···r ···-l···nc···en···y-···ic···t ···vo···eu···n ···pu···g ···te··· N···in··· a···va···n ···ct···s ··· k···co···ne··· o···ho···ic···ur···ne···rk···Ho···er···he···rr··· i···em···at··· o···on···ea···ct···ti···fu···io···fa··· i···es···ch··· h··· p···r ···su···io···hi···th···ho··· a···li···ed···nd···th···mp···en···g ···ic···t ···li···r ···iv···on···nc···ns··· p···on···ne···l ···wo··· r···in··· s···if···nt···al···ge···er···we···op··· a···de···st···e ··· t···fi··· t··· a···ot···c-···ct···ic···ur···ne···rk···ns···in···f ···ic···uc··· o···ca···mp···ie···(S···) ···ph···ni···yn···es···d ···aA···va···ch···ho···io··· (···s)···th···an···mp···nc···mp···ie···as···ot···ec···ni···on···ea···eu···s.···e ··· a···ev···a ···h-···e ···li···r ···iv···on···nc···n ···le···rf···in···ho···le···on···co···rs··· w···ou···dd···on···el···ro··· p···es···g.··· h···a ···ge···er···ng···nd···th···d ···es···se···eq···cy··· 8···z,···th···th···ho···in··· o···ca···ow···of···0 ···. ···li···g ··· p···os···li···r ···gh···g ···ha···m ···SO··· l···po··· i···t ···na···ca···e ···gh··· w···e ···ng···ov···d ···h ···n.···be···ng···e ···su··· n···in··· a···va···n ···ct··· i··· c···ol···on···ne···l ···wo··· w··· t···co···lu···na···ay··· r···lt···n ···er···e ···ur···es··· 9···85···nd···.2···or···e ···ss···ca···n ···ks··· t···MN··· h···wr···en···gi···ma···da···se···nd···e ···hi···MN··· i···e ···a ···, ···pe···ve··· F···he···re···ev···gi···th···in··· w···ht··· m···an··· o···OA···nd···nl···ar···ti···io···f ···s,··· h··· s···es···ll···cc···li···d ···dw··· i···re··· t···s ···th···ro···ed···tw··· a···it···ur···In···di···n,···e ···pu···io··· s···d ··· e···gy···fi···nc···f ··· p···os···ne···rk···ch···ct··· a···ev···at··· W···el···e ···s ···k ···ds···om··· f···ad···ci···th···ev···pm··· o···on···th···ll···nt···at···la···-s···e ···to···-e···tr···c ···el···en···eu···or···c ···te···in···e ···ur··

    ...
  • 5.Ph···ni···eu···or···c ···te···Re···ni···n ···h ···pi···g ···-S···as···Su···ct··· I···he···t ···ic···In···ti··

    • 关键词:
    • DFB-SA laser; incoherent architecture; multiple wavelengths opticalinjection; photonic neuromorphic computing; spiking neural network;EXCITABILITY; VCSELS

    Photonic neuromorphic computing is a competitive paradigm to overcome the bottleneck of von Neumann architectures. Incoherent and coherent synaptic networks are two popular schemes realizing photonic weighting functions. Previous works have proved the distributed feedback (DFB) laser with an intracavity saturable absorber (DFB-SA) can behavior like a spiking neuron. However, the compatibility with the incoherent synaptic architecture has not yet been demonstrated. Here the neuron-like dynamics of a DFB-SA laser subject to single-wavelength and multiple-wavelengths incoherent optical injections are experimentally demonstrated. The results show that, for the DFB-SA laser subject to single-wavelength incoherent injection, the neuron-like dynamics including threshold, temporal integration, and refractory period are achieved. Besides, the range of injection wavelength that leads to a successful neuron-like response is identified. For the DFB-SA laser with four-wavelength incoherent optical injection, the neuron-like dynamics can also be achieved. In addition, the effect of wavelength interval is also considered. The logic XOR operation and Iris recognition tasks are successfully implemented. Furthermore, the feasibility of a cascaded system for the DFB-SA lasers with four-wavelengths incoherent optical injection is demonstrated. This work provides a feasible scheme for the system integration of photonic spiking neurons and incoherent synaptic networks.Neuron-like dynamics in a DFB-SA laser with single-wavelength and multiple-wavelengths incoherent optical injections, and successfully implemented logic XOR operations and Iris recognition are experimentally demonstrated. Additionally, The feasibility of a cascaded DFB-SA laser system with four-wavelengths incoherent optical injection is demonstrated. This work offers a viable scheme for integrating photonic spiking neurons and incoherent synaptic networks. image

    ...
  • 6.Se···on···to···as··· f···ph···ni···eu···or···c ···pu···g ··· p···on···sp···ng···ur···ne···rk···A ···sp···iv·

    • 关键词:
    • Distributed feedback lasers;Learning algorithms;Network architecture;Neural networks;Quantum well lasers;Saturable absorbers;Surface emitting lasers;Computing system;Energy efficient;High Speed;Low latency;Lower energies;Neumann computing;Neural-networks;Neuromorphic computing;Nonlinear computations;Spiking Neurones
    • Xi···, ···iy···;H··· Y···n;···, ···an···on···Zi···;Z···g,···hu···he··· D···zh···g;··· C···gy···;G··· X···xi···Ze··· X···ao···an···Zh···an···o,···e
    • 《AP···ho···ic·》
    • 2024年
    • 9卷
    • 7期
    • 期刊

    Ph···ni···eu···or···c ···pu···g ··· e···ge···s ···ro···in···ve··· t···rd···il···g ···ig···pe··· l···la···cy···nd···er···ef···ie···no···on···um··· c···ut··· s···em···ho···ic···ik··· n···al···tw··· (···N)···pl···s ···in···ke···at···em···al···oc···in···o ···li···hi···pe···rm···e ···ro···ph···co···ti··· L···ar···ig···ng···d ···li···r ···ki···ac···at··· a···tw···un···en··· f···ti··· o··· S··· H···ve···th···on···ea···om···at··· o···SN···em···s ···ig···ic··· c···le···. ···re···e,···is···rs···ti···fo···es··· t···no···ne···co···ta···n ···ph···ni···pi···g ···ro··· i···ud··· n···ri··· s···la···n,···vi···fa···ca···n,···d ···er···nt···de···st···io···Di···re···ph···ni···pi···g ···ro···ar···on···er··· s··· a···er···al···vi···su···ce···it···g ···er···di···ib···d ···db··· (···) ···er···Fa···-P···t ···) ···er···or···mi···du···r ···er···mb···ed···th···tu···le···so···rs···As···e.··· F···A ··· D···SA···PS···ar···te···re···in···di···fu··· c···ec··· a···co···lu···na···tr···ur··· a···de···op··· a···su···vi··· a···un···er···ed···ar···g ···or···ms···at···ke···to···co··· o···ca···on···ai··· a···in···du··· t···cc···li···sp···fi···pp···at···s.···is···rk···ve···de···es···rc···ec···es···ea···ng···go···hm···an···pp···at···s ··· p···on···an···pt···ec···ni···eu···or···c ···pu···g ··· p···id···ou···er···ct··· o···he···al···ge···nd···os···ts··· p···on···ne···mo···ic···mp···ng···se···n ···ic···uc··· l···rs··· 2··· A···or···.

    ...
  • 7.Sh···-t··· p···ic···n ··· c···ti···im···er··· b···d ···ph···ni···es···oi···om···in···si···VC··· w··· a···ed···k ···p

    • 关键词:
    • Chaotic systems;Complex networks;Feedback;Optical systems;Surface emitting lasers;Time series;Chaotic time series;Computing system;Deterministic systems;Feedback loops;Hardware implementations;Life-sciences;Photonic reservoir computing;Reservoir Computing;Short term prediction;Vertical-cavity surface emitting laser
    • Gu···Xi···in···ho···Ha···;X···g,···ui···g;··· Q···;Z···g,···hu···an···an···Wa··· T···Ha···Yu·
    • 《Ph···ni···Re···rc·》
    • 2024年
    • 12卷
    • 6期
    • 期刊

    Ch···, ···ur···g ···a ···er···is··· s···em···as···rm···ed···ri··· f···ds···ch··· m···em···cs···hy···s,···d ···e ···en··· C···eq···tl···th···re···ti···of···ao··· t··· s···es···s ···ei··· w···sp···d ···en···n ··· m··· s···if···nt···og···s.···we···, ···y ···bl···, ···h ···hi···co···ta···na···om···xi···an···if···ul···in···rd···e ···le···ta···n,···ul···ot··· s···ed··· e···ti···sc···es···o ···rc··· t···pr···em···we···pl···th···ha···c ···te···f ···er···al···vi···su···ce···it···g ···er···CS··· m···al···up···g ···wo···to···ne···e ···ot···ti···se···s ···ou···op···al···st···si···at··· a···ex···im···at··· i···hi···ap··· F···he···re··· p···on···re···vo···co···ti···ba··· o···CS··· a···g ···h ···ee···ck···op···s ···po··· f···th···ho···te···pr···ct··· o···he···ao··· t··· s···es···he···la···ns··· b···ee···he···ed···io···if···ul···of···e ···er···r ···pu···g ···) ···te···nd···e ···fe···ce··· c···le···y ···th···ha···c ···e ···ie···as···en···ud··· w··· e···as··· A···ti···ll···th···tt···io···oe···ci··· o···nj···io···tr···th···d ···db··· s···ng··· p···ic···n ···at···, ··· o···r ···to···on···st···pe···rm···e ··· c···id···d ···bo···si···at··· a···ex···im···. ··· u···of···e ···sy···m ···pr···ct···e ···ot···ti···se···s ···er···d ···ac···l ···ot···sy···ms··· s···if···nt···r ···an···g ··· p···ti··· a···ic···on···en···os··· t···RC··· 2··· C···es···as···Pr···.

    ...
  • 8.Ex···im···al···mo···ra···n ···a ···to··· s···in···eu··· b···d ···a ··· l···r ···je···to···de···de···ti··· p···e ···ec···n

    • 关键词:
    • Laser pulses;Neural networks;Neurons;Continuous Wave;Distributed-feedback laser;Experimental demonstrations;Neuromorphic;Neuromorphic photonic;Photonic spiking neuron;Pulse injection;Side-mode optical pulse injection;Simple++;Spiking Neurones
    • Xi···, ···iy···;G··· S···ng···i,···ec···;Z···g,···na···ng···iw···Gu···Xi···in···ha··· Y···i;··· Y···n;···n,···an···i
    • 《Sc···ce···in···nf···at··· S···nc··》
    • 2024年
    • 67卷
    • 3期
    • 期刊

    We···op···d ··· e···ri···ta··· d···ns···te··· s···le···d ···el···ot···c ···ki···ne···n ···ed··· a···st···ut···fe···ac···DF···la··· s···ec···o ···e-···e ···ic···pu··· i···ct··· (···PI···Th···FB···se···hi···s ···ig··· a···fa···ca··· b···d ···as···et··· e···va···t ···ha···sh··· (···PS···it···he···co···ru···on···ui···en···hi···(R··· t···ni···. ···er···de···de···nt···ou···av···CW···pt···l ···ec···n,···ci···il··· p···e ··· e···ri···ta··· o···rv···du···g ··· d···na···mo···sw···hi···pr···ss···e ···th···nj···io···oc··· e···ct···as···on···e ···ns···on···tw··· t···ex···ab···ty···gi···an···he···de···de···je···on···ck··· e···ct···he···nt···la··· a···re···ta··· n···on···ke···ik··· r···on···ca···e ···li··· w··· e···rn···st···lu···ul··· a···el···ro···ti···ly···du···ed··· t···CW···ti··· c···ie···Th···xp···me···l ···ul···sh···th···th···pi···th···ho··· t···or···in···ra···n,···d ···ra···ry···ri··· w···h ··· i···rt··· s···e ···ce···ng···ch···sm···n ···lo···al···ur···, ··· a···be···hi···d ···th···pt···ll···nj···ed···B ···er···he···pe···en··· f···in···ar···ls···er···ed···me···al···wi···a ···e ···at··· m···l ···t ···si···s ··· S···I.··· t···be···of···r ···wl···e,···is··· t···fi··· e···ri···ta···em···tr···on··· a···ot···c ···ki···ne···n ···ed··· a···B ···er···b ···t ···SM···, ···ch···ld···ro···e ··· r···iz··· l···e-···le···ot···c ···ki···ne···n ···ay···or···rd···e ···to··· s···in···eu··· n···or···hi··· ©···ie··· C···a ···ss···24·

    ...
  • 9.Fu···fu···io···av··· a···ci···ve···ar···g ···to··· n···al···tw···s ···ed··· S···an···FB···

    • 关键词:
    • Energy utilization;Feedback amplifiers;III-V semiconductors;Indium phosphide;Neurons;Photoelectricity;Semiconducting indium phosphide;Semiconductor optical amplifiers;Semiconductor quantum wells;Associative learning;Classical conditioning;Connection weights;Distributed-feedback laser;Fast-time;Network-based;Neural-networks;Property;Spiking Neurones;Time varying
    • Zh···, ···nz···ng···an···Sh···in···uo···in···ng···an···Ya···;Z···, ···ta···hu···ia···n;···, ···ch···Ch··· X···gf···Ha···Yu·
    • 《AP···ho···ic·》
    • 2024年
    • 9卷
    • 2期
    • 期刊

    Pa···vi···as···ia···e ···rn···, ···or···f ···ss···l ···di···ni··· h···si···fi···tl···mp···ed···e ···el···en···f ···ch···gy···d ···ro···en··· H···ve···th···ea···at··· o··· p···ot···ca···ho···ic···ur···ne···rk···NN···or···ll···nc···n ···lo···ss···at··· l···ni··· e···mp···in···ot···ho···ic···na···s ··· p···on···ne···ns···as···t ···n ···ie··· t···at···In···is···ud···we···op··· a···ex···im···al···de···st···e ··· f···t ···-b···d ···l-···ct··· P···ov···so···ti···le···in···NN···he···N ···li··· s···co···ct···op···al···pl···er···SO··· a···ho···ic···na···s ··· t···di···ib···d ···db··· l···r ···h ···at···bl···bs···er···FB···) ···th···ho···ic···ik··· n···on···he···nn···io···ei···s ···we···ne···ns··· t···PN···an··· d···mi···ly···an··· b···d ···th···as···ti···va···ng···ig···ng···op···ie···f ··· S··· T···op···al···tp···of···e ··· c···be···re···y ···pl···in···th···FB··· l···r ··· n···in··· c···ut···on···th··· a···ti···l ···to···ct··· c···er···n.···e ···ul···in···at···ha···he···N ··· s···es···ll···er···m ···in···ke···mp···ng···nc···ns···ch··· a···ci···ve···ar···g,···rg···in···an···at···n ···al···Fu···er···e,··· a···yz···he···rf···an···of···N ···te··· o···pe··· e···gy···ns···ti··· b···wi···, ··· c···ad···li··· A···mp···ti···l ···el··· t···PN···s ···iv···ba··· o···he···st···ut···ti···do···n ···pl···tr···li···wa···eq···io··· T···nu···ic···re···ts···re···el···it···he···pe···en··· f···in··· T···pr···se···ul···un···on···vl···an···so···ti···le···in···NN··· e···ct···to···ay··· i···rt··· r··· i···he···ve···me···of···e ···ld··· p···on···br···-l··· n···om···hi···om···in···© ···4 ···ho···).

    ...
  • 10.Ex···im···al···d ···er···l ···on···at··· o···ie···ch···l ···e-···ay···se···ir···mp···ng···se···n ···ca··· V···Ls···th···ed···k ··· m···ip···in···ti··· 附··

    • 《查看···据库···源》
    • 2024年
    • 期刊

    In···is···pe···we···op··· a···de···st···e ···er···nt···y ··· n···ri···ly···hi···rc···al···me···ay···ti··· r···rv··· c···ut···(R···sy···m ···ed··· c···ad···ve···ca···av··· s···ac···mi···ng···se···VC···s)···th···ed···k ··· m···ip···in···ti···. ··· p···ic···n ···fo···nc···ha···te···ti···of···e ···ra···ic···ti···de··· R···ys··· b···d ···ca···de···CS··· u···r ···fe···t ···er···r ···er···re···mp···d.···de···y,···e ···di···on···rf···an···of···e ···ra···ic···ti···de··· R···ys··· i···ir···im···ve···nd···tu···es··· t···nu···r ···re···vo···la···s ···re···s.···si···, ··· i···ct···f ··· f···or···n ···di···ng···e ···ra···ic···ti···de··· R···ys··· a···al···an···ze···n ···ai···xp···me···ll···nd···me···al··· T··· p···os···hi···rc···al···me···la···C ···te···as···on···SE···is···ef···fo···he···rt··· d···lo···nt··· R···ys···s ··· m···be···ne···ia···o ···ro···th···bi···y ···RC···st··· t···ol···mo···co···ex···ob···s.

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  • 排序方式:
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