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CUDA

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CUDA optimization knowledge is translated into architecture‑native MLX strategies rather than copying instruction‑for‑instruction K-Search optimizes CUDA kernels by using existing CUDA kernel knowledge as a starting point NVIDIA uses the CUDA platform for preprocessing and embedding generation in its GPU‑accelerated search pipeline Infineon uses Synopsys software Infineon uses Sentaurus Device Infineon uses NVIDIA CUDA libraries (NVIDIA CUDA‑X)· Entity summary generated by Graphiti

RELATIONS
7Relations
CURRENT
7Current
EVENTS
3Events
REPORTS
4Source reports
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BY VALID-FROM DATE
  1. CUDAUSESNVIDIA CUDA-X libraries

    Infineon uses NVIDIA CUDA libraries (NVIDIA CUDA‑X)

    Current1 sourceNVIDIA CUDA-X libraries
  2. CUDAUSESNVIDIA Cosmos

    Infineon uses Synopsys software

    Current1 sourceNVIDIA Cosmos
  3. CUDAUSESNVIDIA Cosmos

    Infineon uses Sentaurus Device

    Current1 sourceNVIDIA Cosmos
  4. NVIDIAUSESCUDA

    NVIDIA uses the CUDA platform for preprocessing and embedding generation in its GPU‑accelerated search pipeline

    Current1 sourceNVIDIA
  5. RTX SparkDELIVERSCUDA

    NVIDIA RTX Spark delivers CUDA technologies.

    Current1 sourceRTX Spark
  6. K-SearchOPTIMIZESCUDA

    K-Search optimizes CUDA kernels by using existing CUDA kernel knowledge as a starting point

    Current1 sourceK-Search
  7. CUDATRANSLATES TOMLX

    CUDA optimization knowledge is translated into architecture‑native MLX strategies rather than copying instruction‑for‑instruction

    Current1 sourceMLX

Relations are facts Graphiti extracted from reports, not verbatim quotes. An end date means later reporting showed the relation no longer holds.

Events 3

Source reports 4