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      Build High-Performance and AI-Enabled Sensor Processing Applications

      ,  Senior Solution Architect, NVIDIA
      , Technical Marketing Engineer, NVIDIA
      Along with the demand for real-time insights and autonomous decision-making comes the need for scalable edge solutions that can process AI-enabled sensor data at the source and scale out to on-premises or cloud. However, several formidable challenges lie ahead:

      Real-time latency requirements.
      Complexity of building and maintaining custom pipeline for AI-enabled sensor processing.
      Hardware heterogeneity needs (for a solution not tied to a specific type of hardware).
      Multimodality sensor processing.
      Compute-efficient visualization.
      Integration from edge to on-premises to cloud distributed network.
      Long-term whole-stack stability.

      Holoscan SDK is NVIDIA’s real-time, low-latency, and domain-agnostic SDK to build, deploy, and scale domain-agnostic AI-enabled sensor processing applications. We'll demonstrate how to scale with Holoscan, while stressing core components including simplification of I/O from sensor to GPU, AI inferencing and accelerated computing, and real time visualization.
      Prerequisite(s):

      Basic python, ML, and dockers understanding.
      活动: GTC 25
      日期: March 2025
      话题: Edge Computing - Medical Devices
      级别: 通用
      行业: 医疗健康与生命科学
      NVIDIA 技术: HGX,TensorRT,Triton Inference Server,Clara,Clara Holoscan,IGX,MONAI,Triton
      语言: 英语
      所在地: