NASH
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開始行:
[[ASL Wiki]]
CENTER:SIZE(50){COLOR(gold){NASH}:COLOR(gold){N}euro-insp...
*Background [#t7d05155]
Hardware implementations of spiking neural network system...
Our goal in this project is to research and develop an ul...
CENTER:&ref(NASH-1-768x406.png,,70%);
*Project Goal [#n70f8fef]
To solve the large scale implementation issues of reconfi...
*Members [#k0b6292c]
- COLOR(green){[[D1 Vu Huy The>Vu Huy The]] (d8182106)}
-[[M1 Ryunosuke Murakami(¼?? ζǷ??)>http://adaptive.u-aizu...
-B4 [[Jun Saito]]
-B4 [[Miyuka Nakamura]]
-B4 [[Eiji Yamashita]]
-[[M1 Yuji Murakami>http://adaptive.u-aizu.ac.jp/aslint/i...
-[[B4 Kanta Suzuki>http://adaptive.u-aizu.ac.jp/aslint/in...
-[[B4 Masaki Yamada>http://adaptive.u-aizu.ac.jp/aslint/i...
*[[NASH Hardware Design>NASH FPGA Prototyping]] [#e42bf417]
*Available topics [#qef452d7]
***(1) Memristor spike-based deep Learning in large-scale...
*** (2) Reconfigurable Neuro-inspired (neuromorphic) Syna...
***(3) Event-based learning and network for reconfigurabl...
***(4) Efficient automated parameter tuning framework for...
As the desire for realistic spiking neural networks (SNNs...
SNNs have been used to model complex neural circuits that...
Although the inclusion of realistic plasticity equations,...
The proposed framework is useful for the computational ne...
*NASH Neurcore Source Code [#i99271e2]
-One neuron LIF core using Parallel Serial Adder
--&ref(ParallelSirial.tar.gz); ([[another miro at GoogleD...
*[[References>WWW Lib]] [#qbfd31a5]
-[[NASH project Introduction>http://adaptive.u-aizu.ac.jp...
-COLOR(yellow){[[NASH Seminars (Every Friday, 17:00 - 18:...
-[[An efficient automated parameter tuning framework for ...
-[[Introdcution to Bioelectricity>https://adaptive.u-aizu...
-[[Bioelectric Prostheses Control]]
-[[Basic of of Inhibitory and Excitatory neurons>https://...
*Datasets [#oe830c90]
-[[evt-MNIST>https://github.com/MazdakFatahi/evt-MNIST]],...
終了行:
[[ASL Wiki]]
CENTER:SIZE(50){COLOR(gold){NASH}:COLOR(gold){N}euro-insp...
*Background [#t7d05155]
Hardware implementations of spiking neural network system...
Our goal in this project is to research and develop an ul...
CENTER:&ref(NASH-1-768x406.png,,70%);
*Project Goal [#n70f8fef]
To solve the large scale implementation issues of reconfi...
*Members [#k0b6292c]
- COLOR(green){[[D1 Vu Huy The>Vu Huy The]] (d8182106)}
-[[M1 Ryunosuke Murakami(¼?? ζǷ??)>http://adaptive.u-aizu...
-B4 [[Jun Saito]]
-B4 [[Miyuka Nakamura]]
-B4 [[Eiji Yamashita]]
-[[M1 Yuji Murakami>http://adaptive.u-aizu.ac.jp/aslint/i...
-[[B4 Kanta Suzuki>http://adaptive.u-aizu.ac.jp/aslint/in...
-[[B4 Masaki Yamada>http://adaptive.u-aizu.ac.jp/aslint/i...
*[[NASH Hardware Design>NASH FPGA Prototyping]] [#e42bf417]
*Available topics [#qef452d7]
***(1) Memristor spike-based deep Learning in large-scale...
*** (2) Reconfigurable Neuro-inspired (neuromorphic) Syna...
***(3) Event-based learning and network for reconfigurabl...
***(4) Efficient automated parameter tuning framework for...
As the desire for realistic spiking neural networks (SNNs...
SNNs have been used to model complex neural circuits that...
Although the inclusion of realistic plasticity equations,...
The proposed framework is useful for the computational ne...
*NASH Neurcore Source Code [#i99271e2]
-One neuron LIF core using Parallel Serial Adder
--&ref(ParallelSirial.tar.gz); ([[another miro at GoogleD...
*[[References>WWW Lib]] [#qbfd31a5]
-[[NASH project Introduction>http://adaptive.u-aizu.ac.jp...
-COLOR(yellow){[[NASH Seminars (Every Friday, 17:00 - 18:...
-[[An efficient automated parameter tuning framework for ...
-[[Introdcution to Bioelectricity>https://adaptive.u-aizu...
-[[Bioelectric Prostheses Control]]
-[[Basic of of Inhibitory and Excitatory neurons>https://...
*Datasets [#oe830c90]
-[[evt-MNIST>https://github.com/MazdakFatahi/evt-MNIST]],...
ページ名:
![[PukiWiki]](image/pukiwiki.png "[PukiWiki]")
