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罗 金 (Jin Luo)
北京大学集成电路学院博士后
北京大学微纳电子大厦521
luoj@pku.edu.cn
(email)
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科研成果
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科研成果
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科研成果 by Type: 期刊论文
2024
Fu Z, Cao S, Zheng H, Luo J, Huang Q, HUANG R
.
Hafnia-Based High-Disturbance-Immune and Selector-Free Cross-Point FeRAM
. IEEE Transactions on Electron Devices. 2024.
Xu W, Luo J, Chen Z, Fu B, Fu Z, Wang K, Huang Q, HUANG R
.
A Novel Ferroelectric FET based Universal Content Addressable Memory with Reconfigurability for Area-and Energy-Efficient In-Memory-Searching System
. IEEE Electron Device Letters. 2024.
2023
Luo J, Fu B, Du Y, Wei X, Su C, Yang M, Huang Q, HUANG R
.
Energy-efficient ferroelectric-FET-based agent with memory trace for enhanced reinforcement learning
. IEEE Electron Device Letters. 2023;45(2):264-267.
Xu W, Fu Z, Wang K, Su C, Luo J, Chen Z, Huang Q, HUANG R
.
A novel small-signal ferroelectric capacitance-based content addressable memory for area-and energy-efficient lifelong learning
. IEEE Electron Device Letters. 2023;45(1):24-27.
2021
Luo J, Chen C, Huang Q, HUANG R
.
A biomimetic tunnel FET-based spiking neuron for energy-efficient neuromorphic computing with reduced hardware cost
. IEEE Transactions on Electron Devices. 2021;69(2):882-886.
Luo J, Chen C, Huang Q, HUANG R
.
A Biomimetic Tunnel FET-Based Spiking Neuron for Energy-Efficient Neuromorphic Computing With Reduced Hardware Cost
. IEEE Transactions on Electron Devices. 2021;69(2):882-886.
Luo J, Liu T, Fu Z, Wei X, Yang M, Chen L, Huang Q, HUANG R
.
A novel ferroelectric FET-based adaptively-stochastic neuron for stimulated-annealing based optimizer with ultra-low hardware cost
. IEEE Electron Device Letters. 2021;43(2):308-311.
成果类型
Conference Proceedings
(27)
Miscellaneous
(1)
期刊论文
(7)
成果概览
2024
(10)
2023
(8)
2022
(8)
2021
(5)
2020
(2)
2019
(1)
2018
(1)
最新科研成果
Experimental Demonstration of Resonant Adiabatic Writing and Computing in Ferroelectric Capacitive Memory Array for Energy-Efficient Edge AI
Novel Ferroelectric-Based Ising Machine Featuring Reconfigurable Arbitrary Ising Graph and Controllable Annealing Through Device-Algorithm Co-Optimization
Compact and Efficient CAM Architecture through Combinatorial Encoding and Self-Terminating Searching for In-Memory-Searching Accelerator
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