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More Close
Project Research

Modeling Contingent Behaviors in Multiparty Conversations

Recognizing and interpreting group behaviors is much more challenging than that of individual behaviors. Firstly, the system must perform w…

in Personal Robots
Dong Won Lee · Cynthia Breazeal +3 more
#computer vision #human-computer interaction #machine learning
Project Research

Augmented Reality with X-Ray Vision

X-AR is an augmented reality (AR) system that gives humans "X-Ray Vision" X-AR is a new AR headset that enables users to see things th…

in Signal Kinetics
Tara Boroushaki · Maisy Lam +3 more
#virtual reality #computer vision #augmented reality +4 more
Project Research

FuseBot: RF-Visual Mechanical Search

FuseBot is a robotic system that can efficiently find and retrieve both RFID tagged and untagged target objects in line-of-sight, non-line-…

in Signal Kinetics
Tara Boroushaki · Laura Dodds +2 more
#robotics #computer vision #health +6 more
Project Research

Photorythms

Photorythms: a computational art-based inquiry of portrait photographyPhotorythms investigates whether computational methods such as facial…

in Future Sketches
Chelsi Cocking
#design #computer vision #art +2 more
Project Research

Liquid Learning

Continuing the work of Liquid Movies, we introduce Liquid Learning, an extension for not simply recommending videos but encouraging people …

in Viral Communications
Erick Oduniyi
#design #computer vision #interfaces +1 more
Project Research

Using Shadows to See Behind Objects

The full text of our paper is available here.Sometimes the thing that we want to see is hidden behind something else. A neighboring vehicl…

in Camera Culture
Connor Henley · Tomohiro Maeda +2 more
#computer vision #artificial intelligence #augmented reality +2 more
Project Research

Liquid Movies

Video has evolved from an esoteric production to the default means of online and broadcast communication. We accept a wrong or lengthy vide…

in Viral Communications
JS Tan
#computer vision #human-computer interaction #communications +1 more
Project Research

What can we learn from predicting shadows?

By predicting sparse shadow cues, our physics-inspired machine learning algorithm can reconstruct the underlying 3D scene. Abstract. W…

in Camera Culture
Kushagra Tiwary · Tzofi Klinghoffer +1 more
#robotics #computer vision #artificial intelligence
Project Research

Fiducial Marker-Based Navigation for Autonomous UAVs (AUAVs)

Depending on the operational environment of an autonomous system, a great deal of perceptual uncertainty may be introduced to an object det…

in Personal Robots
Stephen Kaputsos
#robotics #virtual reality #computer vision +1 more
Project Research

Domain Randomization & Synthetic Data Generation for AUAVs - Reducing Perceptual Uncertainty of Sim2Real Navigation

Navigation for autonomous UAVS (unmanned aerial vehicles) is a complex problem and physical field testing of associated tasks introduces a …

in Personal Robots
Stephen Kaputsos
#robotics #virtual reality #computer vision +2 more
Project Research

Deep Reinforcement Learning for Autonomous UAVs (AUAVs)

Many tasks are not easily defined and/or too complex for supervised machine learning approaches. For these reasons, a technique known as&nb…

in Personal Robots
Stephen Kaputsos
#robotics #virtual reality #computer vision +2 more
Project Research

Computer-Aided Synthesis

An exploration of how  advances in deep learning and generative models can be used to help us synthesize our ideas.

in Viral Communications
Kevin Dunnell
#design #computer vision #human-computer interaction +4 more
Project Research

RFusion: Robotic Grasping via RF-Visual Sensing and Learning

RFusion is a robotic system that can search for and retrieve items in line-of-sight, non-line-of-sight, and fully occluded settings. It con…

in Signal Kinetics
Tara Boroushaki · Isaac Perper +2 more
#robotics #computer vision #artificial intelligence +2 more
Project Research

City Science Lab @ Hamburg

MIT City Science is working with HafenCity University to develop CityScope for the neighborhood of Rothenburgsort in Hamburg, Germany. The …

in City Science
Kent Larson · Margaret Church +3 more
#computer vision #augmented reality #civic technology +3 more
Project Research

Tangible Swarm: see the unseen

Tangible Swarm is a tool that displays relevant information about a robotics system (e.g., multi-robot, swarm, etc.) in real time whil…

in City Science
Kent Larson · Luis Alberto Alonso Pastor +2 more
#robotics #computer vision #data +1 more
Project Research

RF-Grasp: Robotic Grasping of Hidden Objects

 Can robots find and grasp hidden objects?Robots are not capable of handling tasks as simple as restocking grocery store shelves as th…

in Signal Kinetics
Tara Boroushaki · Junshan Leng +2 more
#robotics #computer vision #artificial intelligence +4 more
Project Research

Andorra | Dynamic Urban Planning

View the main City Science Andorra project profile.Research in dynamic tools, mix users (citizens, workers) amenities, services, and land u…

in City Science
Arnaud Grignard · Luis Alberto Alonso Pastor +8 more
#computer vision #augmented reality #data +4 more
Project Research

Algorithmic Justice League

www.ajl.orgAn unseen force is rising—helping to determine who is hired, granted a loan, or even how long someone spends in prison. This for…

Ethan Zuckerman · Joy Buolamwini
#computer vision #artificial intelligence #civic media +11 more
Project Research

Theme | CityScope

City Science researchers are developing a slew of tangible and digital platforms dedicated to solving spatial design and urban planning cha…

in City Science
Markus Elkatsha · Kent Larson +7 more
#design #computer vision #human-computer interaction +20 more
Project Research

The Electome: Measuring responsiveness in the 2016 election

The Electome: Where AI meets political journalismThe Electome project is a machine-driven mapping and analysis of public sphere content and…

in Social Machines
Deb Roy · Russell Stevens +8 more
#computer vision #artificial intelligence #data +6 more
Project Research

CityScope PlayGround: MIT East Campus

This project depicts the design, deployment and operation of a Tangible Regulation Platform, a physical-technological apparatus made for th…

in City Science
Kent Larson · Ariel Noyman +1 more
#computer vision #architecture #augmented reality +5 more
Project Research

Seeing Through Realistic Fog

Seeing through dense, dynamic, and heterogeneous fog conditions. The technique, based on visible light, uses hardware that is similar to LI…

in Camera Culture
Guy Satat · Ramesh Raskar
#computer vision #sensors #imaging
Project Research

The Story Learning Machine

The Storytelling project uses machine-based analytics to identify the qualities of engaging and marketable media. By developing models with…

in Social Machines
Eric Chu · Deb Roy +3 more
#computer vision #artificial intelligence #entertainment +3 more
Project Research

Last Mile Logistics

Developed by Ira Winder with the MIT Centre for Transportation and Logistics, the model seeks to use real population data and create a simu…

in City Science
Kent Larson · J. Ira Winder
#computer vision #architecture #augmented reality +7 more

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