Patent portfolio
Named inventor on 57 issued and pending patents across 5 technical domains, filed while building seven generations of 1550 nm LiDAR at AEye. The work runs from the scheduling algorithms that decide where the laser fires, through adaptive receiver control and matched filtering, to the bi-static architecture the sensor is built on.
| Number | Title | Domain |
|---|---|---|
| 11,474,214 | Hyper Temporal LIDAR with Controllable Pulse Bursts to Resolve Angle to Target | Adaptive shot scheduling and laser control |
| 11,635,495 | Hyper Temporal LIDAR with Controllable Tilt Amplitude for a Variable Amplitude Scan Mirror | Adaptive shot scheduling and laser control |
| 11,467,263 | Hyper Temporal LIDAR with Controllable Variable Laser Seed Energy | Adaptive shot scheduling and laser control |
| 11,493,610 | Hyper Temporal LIDAR with Detection-based Adaptive Shot Scheduling | Adaptive shot scheduling and laser control |
| 11,460,552 | Hyper Temporal LIDAR with Dynamic Control of Variable Energy Laser Source | Adaptive shot scheduling and laser control |
| 11,474,212 | Hyper Temporal LIDAR with Dynamic Laser Control and Shot Order Simulation | Adaptive shot scheduling and laser control |
| 11,300,667 | Hyper Temporal LIDAR with Dynamic Laser Control for Scan Line Shot Scheduling | Adaptive shot scheduling and laser control |
| 11,460,553 | Hyper Temporal LIDAR with Dynamic Laser Control using Different Mirror Motion Models for Shot Scheduling and Shot Firing | Adaptive shot scheduling and laser control |
| 11,448,734 | Hyper Temporal LIDAR with Dynamic Laser Control using Laser Energy and Mirror Motion Models | Adaptive shot scheduling and laser control |
| 11,474,213 | Hyper Temporal LIDAR with Dynamic Laser Control using Marker Shots | Adaptive shot scheduling and laser control |
| 11,630,188 | Hyper Temporal LIDAR with Dynamic Laser Control using Safety Models | Adaptive shot scheduling and laser control |
| 11,442,152 | Hyper Temporal LIDAR with Dynamic Laser Control using a Laser Energy Model | Adaptive shot scheduling and laser control |
| 12,050,286 | Hyper Temporal LIDAR with Dynamic Shot Scheduling Using a Laser Energy Model | Adaptive shot scheduling and laser control |
| 11,675,059 | Hyper Temporal LIDAR with Elevation-Prioritized Shot Scheduling | Adaptive shot scheduling and laser control |
| 11,486,977 | Hyper Temporal LIDAR with Pulse Burst Scheduling | Adaptive shot scheduling and laser control |
| 11,460,556 | Hyper Temporal LIDAR with Shot Scheduling for Variable Amplitude Scan Mirror | Adaptive shot scheduling and laser control |
| 11,327,177 | Adaptive Control of LADAR Shot Energy using Spatial Index of Prior LADAR Return Data | Closed-loop control from prior returns |
| 10,598,788 | Adaptive Control of LADAR Shot Selection using Spatial Index of Prior LADAR Return Data | Closed-loop control from prior returns |
| 10,656,277 | Adaptive Control of LADAR System Camera using Spatial Index of Prior LADAR Return Data | Closed-loop control from prior returns |
| 12,372,654 | Adaptive Control of LADAR Systems Using Spatial Index of Prior LADAR Return Data | Closed-loop control from prior returns |
| 10,656,252 | Adaptive Control of LADAR Systems using Spatial Index of Prior LADAR Return Data | Closed-loop control from prior returns |
| 11,733,387 | Adaptive LADAR Receiver Control using Spatial Index of Prior LADAR Return Data | Closed-loop control from prior returns |
| 10,670,718 | System and Method for Synthetically Filling LADAR Frames based on Prior LADAR Return Data | Closed-loop control from prior returns |
| 11,500,093 | Hyper Temporal LIDAR using Multiple Matched Filters to Determine Target Obliquity | Detection, gating and matched filtering |
| 11,619,740 | Hyper Temporal LIDAR with Asynchronous Shot Intervals and Detection Intervals | Detection, gating and matched filtering |
| 11,686,845 | Hyper Temporal LIDAR with Controllable Detection Intervals based on Regions of Interest | Detection, gating and matched filtering |
| 11,480,680 | Hyper Temporal LIDAR with Multi-Processor Return Detection | Detection, gating and matched filtering |
| 7,197,571 JP | Intelligent LADAR System with Low Latency Motion Planning Updates | Physical AI and motion planning |
| 10,495,757 | Intelligent LADAR System with Low Latency Motion Planning Updates | Physical AI and motion planning |
| 11,002,857 | LADAR System with Intelligent Selection of Shot List Frames based on Field of View Data | Physical AI and motion planning |
| 11,821,988 | LADAR System with Intelligent Selection of Shot Patterns Based on Field of View | Physical AI and motion planning |
| 10,641,900 | Low Latency Intra-Frame Motion Estimation based on Clusters of LADAR Pulses | Physical AI and motion planning |
| 11,686,846 | Bistatic LIDAR Architecture for Vehicle Deployments | Receiver and optical architecture |
| 10,663,596 | LADAR Receiver with Co-Bore Sited Camera | Receiver and optical architecture |
| 11,604,264 | Switchable Multi-Lens LIDAR Receiver | Receiver and optical architecture |
| pending | Hyper Temporal LIDAR with Controllable Pulse Bursts | Adaptive shot scheduling and laser control |
| pending | Hyper Temporal LIDAR with Dynamic Laser Control | Adaptive shot scheduling and laser control |
| pending | Hyper Temporal LIDAR with Switching Between a Baseline Scan Mode and a Pulse Burst Mode | Adaptive shot scheduling and laser control |
| pending | Hyper Temporal LIDAR - Matched Filters | Detection, gating and matched filtering |
| pending | Hyper Temporal LIDAR using Multiple Matched Filters to Determine Target Retro-Reflectivity | Detection, gating and matched filtering |
| pending | Hyper Temporal LIDAR using Multiple Matched Filters to Orient a LIDAR System to a Frame of Reference | Detection, gating and matched filtering |
| pending | Hyper Temporal LIDAR with Controllable Detection Intervals | Detection, gating and matched filtering |
| pending | Hyper Temporal LIDAR with Controllable Detection Intervals | Detection, gating and matched filtering |
| pending | Hyper Temporal LIDAR with Controllable Detection Intervals based on Environmental Conditions | Detection, gating and matched filtering |
| pending | Hyper Temporal LIDAR with Controllable Detection Intervals based on Location Information | Detection, gating and matched filtering |
| pending | Hyper Temporal LIDAR with Controllable Detection Intervals based on Range Estimates | Detection, gating and matched filtering |
| pending | Hyper Temporal LIDAR with Multi-Channel Readout of Returns | Detection, gating and matched filtering |
| pending | Hyper Temporal LIDAR with Optimized Range-based Detection Intervals | Detection, gating and matched filtering |
| pending | Hyper Temporal LIDAR with Shot-Specific Detection Control | Detection, gating and matched filtering |
| pending | Intelligent LADAR System with Low Latency Motion Planning Updates | Physical AI and motion planning |
| pending | Intelligent LADAR System with Low Latency Motion Planning Updates | Physical AI and motion planning |
| pending | Intelligent LADAR System with Low Latency Motion Planning Updates | Physical AI and motion planning |
| pending | Intelligent LADAR System with Low Latency Motion Planning Updates | Physical AI and motion planning |
| pending | Intelligent LADAR System with Low Latency Motion Planning Updates | Physical AI and motion planning |
| pending | LIDAR Receiver with Adjustable Lens | Receiver and optical architecture |
| pending | Multi-Lens LIDAR Receiver | Receiver and optical architecture |
| pending | Multi-Lens LIDAR Receiver with Multiple Readout Channels | Receiver and optical architecture |