Hello
I'm Alexander Broad,
a Machine Learning Researcher
Cambridge, MA
Machine Learning Researcher
Boston Dynamics
2019-Present
Exploring how machine learning can be used to improve the capabilities of complex and highly dynamic robots, with a particular focus on perception.
Machine Learning Research Intern
MERL
2017-2017
Worked with Dr. Michael Jones to explore how motion features from video data can be used to improve video object detection.
PhD Student
Northwestern University
2014-2019
Worked with Professors Brenna Argall and Todd Murphey to explore how machine learning can be used to improve a human operator's control of complex, dynamic machines and restore lost functionality to people in need.
Associate Technical Staff
MIT Lincoln Laboratory
2011-2014
Worked with a small team to apply machine learning techniques to large datasets with applications in natural language processing and computer vision.
Highly Parallelized Data-driven MPC for Minimal Intervention Shared Control
Broad, A., Murhpey, T., Argall, B.
Robotics: Science and Systems. 2019
Generalizable Data-Driven Models for Personalized Shared Control of Human-Machine Systems
Broad, A.
PhD Thesis, Northwestern University. 2019.
Operation and Imitation under Safety-Aware Shared Control
Broad, A., Murhpey, T., Argall, B.
Workshop on the Algorithmic Foundations of Robotics. 2018.
Recurrent Multi-frame Single Shot Detector for Video Object Detection
Broad, A., Lee, T-Y., Jones, M.
British Machine Vision Conference. 2018.
Structured Neural Network Dynamics for Model-based Control
Broad, A., Abraham, I., Murhpey, T., Argall, B.
RSS Workshop on Learning and Inference in Robotics. 2018.
Demonstration and Imitation of Novel Behaviors under Safety Aware Shared Control
Broad, A., Murhpey, T., Argall, B.
RSS Workshop on Causal Imitation in Robotics. 2018.
Learning Models for Shared Control of Human-Machine Systems with Unknown Dynamics
Broad, A., Murhpey, T., Argall, B.
Robotics: Science and Systems. 2017
Real-Time Natural Language Corrections for Assistive Robotic Manipulators
Broad, A., Arkin, J., Ratliff, N., Howard, T., Argall, B.
International Journal of Robotics Research. 2017.
Geometry-Based Region Proposals for Real-Time Robot Detection of Tabletop Objects
Broad, A., Argall, B.
arXiv CORR abs/1703.04665. 2017.
An Empirical Analysis of Methods for Learning Robot Kinematics from Demonstration
Broad, A., Gopinath, D., Murphey, T., Argall, B.
Midwest Robotics Workshop. 2017.
Trust Adaptation Leads to Lower Control Effort in Shared Control of Crane Automation
Broad, A., Schutlz, J., Derry, M., Murphey, T., Argall, B.
Robotics and Automation Letters. 2016.
Also presented at the Conference on Automation Science and Engineering. 2016.
Towards Real-Time Natural Language Corrections for Assistive Robots
Broad, A., Arkin, J., Ratliff, N., Howard, T., Argall, B.
RSS Workshop on Model Learning for Human-Robot Communication. Oral. 2016.
Geometry-Based Region Proposals for Accelerated Image-Based Detection of 3D Objects
Broad, A., Schutlz, J., Derry, M., Murphey, T., Argall, B.
RSS Workshop on Deep Learning. Oral. 2016.
Inverted Trust Improves Shared Control of Complex Dynamic Systems
Broad, A., Derry, M., Schutlz, J., Murphey, T., Argall, B.
RSS Workshop on Social Trust in Autonomous Robots. Oral. 2016.
Path Planning under Interface-Based Constraints for Assistive Robotics
Broad, A., Argall, B.
International Conference on Automated Planning and Scheduling. 2016.
Probabilistic Models for Real-Time Natural Language Corrections to Assistive Robotic Manipulators
Arkin, J., Broad, A., Howard, T., Argall, B.
Midwest Robotics Workshop. 2016.
Assistive Robotic Manipulation through Shared Autonomy and a Body-Machine Interface
Jain, S., Farshchiansadegh, A., Broad, A., Abdollahi, F., Mussa-Ivaldi, F., Argall, B.
International Conference on Rehabilitation Robotics. 2015.
Feature-Rich Plagiarism Detection Using Structured Prediction
Broad, A., King, D., Asarina, A.
MIT Lincoln Laboratory Tech Report. 2014.
Generating Muscle Driven Arm Movements Using Reinforcement Learning
Broad, A.
Master’s Thesis, Washington University in St. Louis. 2011.
PhD in Computer Science
Northwestern University
2014-2019
I studied machine learning for robotics, with a particular focus on assistive and rehabilitative technologies.
M.S. in Computer Science
Washington University in St. Louis
2009-2011
I studied machine learning for robotics, with a particular focus on reinforcement learning and optimal control.
B.A. in Mathematics and Philosophy-Neuroscience-Psychology
Washington University in St. Louis
2005-2009
I graduated with a double major in Mathematics and Philosophy-Neuroscience-Psychology (PNP).