This year, our co-researchers will present the recent state-of-the-art papers at ISSCC 2024. A total of 3 papers were accepted in Session 20 and all of them prepared demos. Enjoy the demo today and visit Session 20 tomorrow to verify the details of the papers. 20.6 LSPU: A Fully-Integrated Real-Time LiDAR-SLAM SoC with Point-Neural-Network Segmentation and Multi-level kNN Acceleration - 1st Author Jueun Jung (UNIST) 20.7 NeuGPU: A 18.5 mJ/iter Neural-Graphics Processing Unit for Instant-Modeling and Real-Time-Rendering with Segmented-Hashing Architecture - 1st Author: Junha Ryu (KAIST) 20.8 Space-Mate: A 303.5mW Real-Time Sparse Mixture-of-Experts-Based NeRF-SLAM Processor for Mobile Spatial Computing - 1st Author: Gwangtae Park (KAIST)
Donghyeon Han’s Post
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So far my favorite experience in my ~analog summer~ has been designing a Beta Multiplier Reference. I have learned so much, like how they choose off-chip components. I've included all my mistakes along the way, and I hope you all learn from it and enjoy. #analogdevices #analog #electricalengineering #vlsi https://lnkd.in/enWQtgF8
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Sr. Program Manager Views, likes, comments and opinions are mine and do not reflect that of my employer or past employers.
Optimized for size, weight, and power, Mercury's SCFE6933 (a radiation-tolerant, 6U SpaceVPX board), performs in a single board what previously required three boards, simplifying mission architectures, and reducing costs. #BendTheCurve #AI #FPGA
Bringing high-performance processing to orbit
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Sr. Program Manager Views, likes, comments and opinions are mine and do not reflect that of my employer or past employers.
Optimized for size, weight, and power, Mercury's SCFE6933 (a radiation-tolerant, 6U SpaceVPX board), performs in a single board what previously required three boards, simplifying mission architectures, and reducing costs. #BendTheCurve #AI #FPGA
Bringing high-performance processing to orbit
