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!FCCMを見た
FCCMがバーチャルで公開されて，しかも参加登録無料だったので
あれこれプレゼン動画をみてみた．
キーノートは，Reconfiguarble Comuting with Nanophotonics．
コンピューティングのコンポーネントは，
* MRR, MZI
* Photodiode, Combiner
* Nonlinear Activations
で，アプリの例はPDEソルバとかCNNとか．
Conclusionsは，
* With reduced size and plethora of components nanophotonics make it possible to architecturally innovate
* In addition to what is possible with Silicon Photonics, Metatronics provide the ability to engineer new materials that can fit in and provide new capabilities as we saw in ROC
* All of these devices are generally programmable
* The possibilities do not stop at digital or multivalued representations but it also can bring back important element of analog computing
* It is important not to just copy a digital or an analog electronic solution as is, but rather thing about what alternatives photonics can offer
* The savings in power about the range of new possibilities are worth the investment
* There are many well known challenges, many of which are being tackled
* There is new promising work
* With new devices, material, algorithms conversions between electronic and photonic domains can be cut down and many new all optical devices are emerging.
!FCCM論文読み
* FFShark: A 100G FPGA Implementation of BPF Filtering for Wireshark - http://www.fccm.org/proceedings/2020/pdfs/FCCM2020-65FOvhMqzyMYm99lfeVKyl/580300a047/580300a047.pdf
* Corundum: An Open-Source 100-Gbps NIC - http://www.fccm.org/proceedings/2020/pdfs/FCCM2020-65FOvhMqzyMYm99lfeVKyl/580300a038/580300a038.pdf
* High-Throughput Convolutional Neural Network on an FPGA by Customized JPEG Compression - http://www.fccm.org/proceedings/2020/pdfs/FCCM2020-65FOvhMqzyMYm99lfeVKyl/580300a001/580300a001.pdf
* Grapefruit: An Open-Source, Full-Stack, and Customizable Automata Processing on FPGAs - http://www.fccm.org/proceedings/2020/pdfs/FCCM2020-65FOvhMqzyMYm99lfeVKyl/580300a138/580300a138.pdf
あたりを，さらっと．