NEDL - NanoElectronic Device Lab
@NanoDeviceLab
Exploring the road beyond CMOS. Emerging memories for computing and cryptography. DEIB - Politecnico di Milano.
Anda mungkin suka
Inspired by the human cochlea, Milozzi et al. @NanoDeviceLab develop #neuromorphic #circuits for #memristive tonotopic mapping via #volatile resistive switching #memory devices. Now out 👉@NatureComms nature.com/articles/s4146…
nature.com
Memristive tonotopic mapping with volatile resistive switching memory devices
Nature Communications - Processing spatiotemporal information calls for the construction of hardware systems with computing capability comparable to biological neural networks. Inspired by human...
A big hug to our fellow Juan Cuesta López, who came to Milan for two essential reasons: 1) A #visiting period to investigate #2dmaterial-based #devices for applications in #neuromorphic #computing 👨💻 2) Cotoletta 🍽 Btw, not in this order of importance. #NEDLab #PhD #research
Ya like #JEDS? 🐝 Check out our last review work, a look into the realm of emerging devices for #deeplearning. It includes: - summary on #memory demonstrators - taxonomy of in-memory computing - nice figures #NEDLab #NVM #PhD #research #embedded ieeexplore.ieee.org/abstract/docum…
Part of ow.ly/CoNS50PVuhZ, this article from @NanoDeviceLab, @ruhrunibochum, @uniGoettingen and @CoviErika presents a demonstration of working memory using an adaptive and electrically-tunable silver-based memristive device. Read if for free at iopscience.iop.org/article/10.108… 🔓
Hey folks! Check out our latest publication by Piergiulio Mannocci about a generalized #closedloop #inmemory #computing circuit capable of performing any linear #matrix operation. #NEDLab #IEEE #JXCDC #phd #research #scientific #algebra #analog #NVM ieeexplore.ieee.org/abstract/docum…
Congratulations to our fellow #PhD member Nicola Lepri for presenting his work "In-memory neural network accelerator based on phase change memory (#PCM) with #1S1R structure operated in the subthreshold regime" at #IMW2023, in collaboration with @MicronTech! #NEDLab #polimi #IEEE
We’ve had the distinct honor to publish this very cool research in @APLMachineLearn @NanoDeviceLab. We're proud to be the home for their stellar article! @AIP_Publishing Read now! 👇 aippub.org/3ofSIxd
Congrats to our #PhD student Lorenzo Cattaneo, that presented his work "Enhancing reliability of a strong physical unclonable function (#PUF) solution based on virgin-state phase change #memory (PCM)" at #IRPS 2023. Great job, Lorenzo! #NEDLab #polimi #hardware #security
Bianchi et al. @polimi @Infineon @CEA_Leti @WeebitNano propose a #hardware #neuralnetwork based on #resistiveswitching synaptic arrays which dynamically adapt to the environment for autonomous exploration #neuromorphic Now out @NatureComms nature.com/articles/s4146…
nature.com
A self-adaptive hardware with resistive switching synapses for experience-based neurocomputing
Nature Communications - A big challenge for artificial intelligence is to gain the ability of learning by experience like biological systems. Here Bianchi et al. propose a hardware neural network...
Big congrats to our fellows Matteo Farronato and Saverio Ricci, who successfully defended their #PhD thesis last week. We are proud of you guys!! #NEDLab #PoliMI #Research #2Dmaterials #VolatileMemory #celebration
Congrats to our #phd candidate @MatteoBld for his contribution to this work about retention #physics of #PCM, that will be presented at #IRSP in #monterey. Congrats to all the contributors! #NEDLab #physics #PCM #embedded #research
Hey! Check out this recent work about high-order #memristors and how they can be useful to unlock novel memristive #neuromorphic functions. Congrats to all the contributors from @Empa_CH,@ETH_en and @polimi! #NEDLab #research #phd #computing #neuroscience science.org/doi/full/10.11…
We are proud to be part of the first issue of @aplmachinelearn by @AIP_Publishing! Our work reviews status and advances in the field of #inmemory #computing, discussing existing challenges and directions for future #research. #NEDLab #polimi #Review doi.org/10.1063/10.001…
Hey! We're glad to show you our latest work on a closed-loop #inmemory circuit for regularized regression acceleration, a core operation for the #massiveMIMO technique in #5G and #6G networks. #NEDLab #NVMs #crosspoint #loop #computing #PhD #GPU ieeexplore.ieee.org/abstract/docum…
Our paper "Reservoir Computing with Charge-trap Memory Based on a MoS2 Channel for Neuromorphic Engineering" was published in #advancedmaterials! Good job guys, good job @toFarrona! #polimi #NEDLab #research #PhD #2dmaterials #reservoir #neuromorphic onlinelibrary.wiley.com/doi/10.1002/ad…
Hey! Our friend Ivan Diez de los Rios from @IMSECNM came to visit us for the first testing of a novel neuromorphic chip for seazure detection, in the framework of #HERMES project. Nice you to meet you Ivan, hoping to see you soon again! #PhD #polimi #NEDLab #research #memristor
A superb review on HfO2-based resistive switching memory devices for neuromorphic computing is now available from @StefBrivio, Sabina Spiga and Daniele Ielmini (@IMM_Agrate, @NanoDeviceLab, @polimi). Part of ow.ly/P8PY50KEnAo, read it for free at doi.org/10.1088/2634-4….
The #August special issue of Advanced #Intelligent Systems "Computing Technology in Post Moore Era" is now online! onlinelibrary.wiley.com/toc/26404567/2… @SZUniversity @PKU1898 @NanoDeviceLab @polimi @mariolanzaKAUST @KAUST_PSE @KAUST_News @Gwtweets @gwengineering @IliaValov
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