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Aerospace & Defense Workshops

 

Welcome to GSI Technology's Aerospace and Defense Workshops!

 

During these two informative half-day seminars, attendees will learn best-in-class information on AI, RADAR apps, and other features to accelerate your efforts provided by the Leda PCIe Boards and the Gemini® chip.

 

When:
February 16th & February 23rd
Where:
GSI Technology Zoom Webinar
Register Here!

 

 

Agenda Panelist Bios Blog Links

 

Day 1
(2/16/2021)
8 a.m. PST
Day 2
(2/23/2021)
8 a.m. PST
  • Introductory Remarks (10 minutes)

    • Introduction to GSI Technology, The Company

    • GSI’s History of A&D Engagements over the past 20 years

    • Workshop Agenda Summary

  • Leveraging AI and Gemini For Automatic Observation (35 minutes + 10 minute Q&A)

    • What is Automatic Observation and the Applications?

    • What is SOTA in Automatic Observation?

    • Gemini’s Approach to Automatic Observation

    • Demo (Live or Recorded)

    • Gemini’s Automatic Observation and Re-Identification Roadmap

  • Advanced RADAR Applications with Applied AI (30 minutes + 10 minute Q&A)

    • RADAR Military Applications

    • What Does RADAR Data Look Like?

    • The MAFAT Challenge

    • GSI’s Winning Solution Explained

    • Gemini RADAR Roadmap

  • Synthetic Aperture Radar and Gemini Demo (20 minutes + 10 minute Q&A)

    • What is SAR Back-Projection? How Does GSI Accelerate It?

    • Gemini Live SAR Demo

    • Comparative Benchmarks

    • Gemini SAR Roadmap

  • Gemini Compiler Stack (45 minutes + 10 minute Q&A)

    • Building a New Compiler From Scratch -- Why?

    • Traditional Microprocessor vs APU

    • A New Intermediate Representation -- the Bit-Level Array and Bit-Level Engine

    • The Gemini Compiler Architecture -- BELOPS, BLECCI, …

    • Gemini Compiler Demo

    • Gemini Compiler Roadmap

  • Closing Remarks (10 minutes)

    • FRACTALS Program

    • SHREC Collaboration

  • Introductory Remarks (10 minutes)

  • Introducing Gemini and the Associative Processor Unit Hardware Architecture (35 minutes + 10 minute Q&A)

    • Gemini and Its Relevance to Big Data

    • The APU’s Custom Memory Cell

    • The APU MMB

    • The APU Core

    • SEU/APL Microcode

    • APU Special Compiler Optimizations

    • Comparison To Other Computing Architectures (Von Neumann, GPU, FPGA)

  • Gemini Vector Search API Lab With Signal Classification (25 minutes + 10 minute Q&A)

    • Vector Search

    • Gemini FP32 and Binary API

    • RF2Vec

    • Live Programming Demo

    • Gemini RF Roadmap

  • Gemini A&D System Plan (20 minutes + 10 minute Q&A)

    • Roadmaps - G1, G2, G3, and Leda

    • Hardware Qualification and Validation Plans

    • Radiation Testing Status and Plans

    • FRACTALS Program

  • Closing Remarks (10 minutes)

    • Thanks

    • Next Workshop