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Neural Accelerated Vision for Real Time, Low Power Image Processing
Neural‑Accelerated Vision for Real‑Time, Low‑Power Image Processing (Neural Network Acceleration of Image Processing, Tech ID: 23‑019)
Technology Overview: This NJIT technology accelerates image‑processing workloads using neural network–based hardware/algorithm co‑design, enabling real‑time performance at the edge. By mapping common vision operators...
Published: 2/13/2026
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Inventor(s): Shaahin Angizi, Arman Roohi
Keywords(s): Autonomous Systems, Edge AI, Edge Computing Mixed Reality Devices, Patent Pending, Smart Cameras, Smart Imaging, Surveillance
Category(s): Computing, Communications & Photonics
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Neural‑Network‑Accelerated Image Processing for High‑Performance Vision Systems
Neural‑Network‑Accelerated Image Processing for High‑Performance Vision Systems (Neural Network Acceleration of Image Processing, Tech ID: 23‑019)
Technology Overview: This technology accelerates image‑processing pipelines using neural network–based hardware and algorithmic optimization. The approach enables faster, more energy‑efficient execution...
Published: 2/13/2026
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Inventor(s): Shaahin Angizi, Arman Roohi
Keywords(s): Autonomous Systems, Edge AI, Edge Computing Mixed Reality Devices, Patent Pending, Real-time, Smart Imaging
Category(s): Computing, Communications & Photonics
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Non‑Volatile Processing‑In‑Sensor Accelerator for AI‑Enabled Imaging Systems
Non‑Volatile Processing‑In‑Sensor Accelerator for AI‑Enabled Imaging Systems (A Non‑Volatile Processing‑In‑Sensor Accelerator for Imaging Systems, Tech ID: 23‑013)
Technology Overview: This technology integrates non‑volatile memory directly into image sensors, enabling processing‑in‑sensor (PIS) acceleration for AI‑driven imaging tasks. By performing...
Published: 2/13/2026
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Inventor(s): Shaahin Angizi, Arman Roohi
Keywords(s): AI Hardware, Autonomous Systems, Embedded Vision Hardware, Patent Pending, Smart Cameras
Category(s): Computing, Communications & Photonics
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