Mirrorcle Publications – Mirrorcle Technologies Inc.

Optical MEMS Enable Next Generation Solutions for Robot Vision and Human-Robot Interaction

Daniel Lovell, Veljko Milanovic, Abhishek Kasturi, Frank Hu, Karan Soni, Derek Ho, Bryan H. Atwood, Lj Ristic Mirrorcle Technologies, Inc., Richmond, CA Xiaomeng Liu, Sanjeev Koppal University of Florida., "Optical MEMS Enable Next Generation Solutions for Robot Vision and Human-Robot Interaction, " SPIE 2022 OPTO Conference, San Francisco, CA, January 31, 2022

Comparison of MEMS Mirror LiDAR Architectures

Abhishek Kasturi, Veljko Milanovic, Daniel Lovell, Frank Hu, Derek Ho, Yu Su, Lj. Ristic, "Comparison of MEMS Mirror LiDAR Architectures, " SPIE 2020 OPTO Conference, San Francisco, CA, February 3, 2020

MEMS Mirror Module for Programmable Light System

Abhishek Kasturi*, Veljko Milanovic, Frank Hu, Hong Joo Kim, Derek Ho, Daniel Lovell, "MEMS Mirror Module for Programmable Light System, " SPIE 2019 OPTO Conference, San Francisco, CA, February 3, 2019

Iterative Learning Control Algorithm for Greatly Increased Bandwidth and Linearity of MEMS Mirrors in LiDAR and Related Imaging Applications

Veljko Milanovic, Abhishek Kasturi, Hong Joo Kim, Frank Hu, "Iterative Learning Control Algorithm for Greatly Increased Bandwidth and Linearity of MEMS Mirrors in LiDAR and Related Imaging Applications, " SPIE 2018 OPTO Conference, San Francisco, CA, February 1, 2018

Optical MEMS Enable Next Generation Solutions for Robot Vision and Human-Robot Interaction

Comparison of MEMS Mirror LiDAR Architectures

MEMS Mirror Module for Programmable Light System

Iterative Learning Control Algorithm for Greatly Increased Bandwidth and Linearity of MEMS Mirrors in LiDAR and Related Imaging Applications

Closed-Loop Control of Gimbal-less MEMS Mirrors for Increased Bandwidth in LiDAR Applications

A Fast Single-Pixel Laser Imager for VR/AR Headset Tracking

Novel Packaging Approaches for Increased Robustness and Overall Performance of Gimbal-less MEMS Mirrors

MEMS Mirror Based Dynamic Solid State Lighting Module

UAV-Borne LiDAR with MEMS Mirror Based Scanning Capability

Novel Fluidic Packaging of Gimbal-less MEMS Mirrors for Increased Optical Resolution and Overall Performance