Канал: Miguel Xochicale

🎒 Welcome & Introduction of Open-Source Software for Surgical Technologies workshop

🎒 Welcome & Introduction of Open-Source Software for Surgical Technologies workshop

Towards Open, Reproducible and Collaborative Surgical Data Science

Towards Open, Reproducible and Collaborative Surgical Data Science

SlicerROS2: ROS for Medical Robots

SlicerROS2: ROS for Medical Robots

CemrgApp: A Sustainable and Accessible Platform for Cardiovascular Research

CemrgApp: A Sustainable and Accessible Platform for Cardiovascular Research

SciKit-Surgery: Creating modular code to enable researcher participation

SciKit-Surgery: Creating modular code to enable researcher participation

Developing a surgical planning platform for long-term sustainability: one decade worth of lessons.

Developing a surgical planning platform for long-term sustainability: one decade worth of lessons.

ITK, 3D Slicer, and MONAI: Creating and sustaining impact with open-source, medical imaging software

ITK, 3D Slicer, and MONAI: Creating and sustaining impact with open-source, medical imaging software

3D Slicer as your medical software development platform: Why and How

3D Slicer as your medical software development platform: Why and How

aruco experiments simplescreenrecorder 2020 09 10 08 24 16

aruco experiments simplescreenrecorder 2020 09 10 08 24 16

aruco experiments simplescreenrecorder 2020 09 07 09 28 32

aruco experiments simplescreenrecorder 2020 09 07 09 28 32

aruco experiments simplescreenrecorder 2020 09 07 09 24 47

aruco experiments simplescreenrecorder 2020 09 07 09 24 47

aruco linear-stages simplescreenrecorder 2020 09 09 18 48 01

aruco linear-stages simplescreenrecorder 2020 09 09 18 48 01

aruco linear-stages simplescreenrecorder 2020 09 09 18 45 54

aruco linear-stages simplescreenrecorder 2020 09 09 18 45 54

aruco linear-stages simplescreenrecorder 2020 09 09 18 42 47

aruco linear-stages simplescreenrecorder 2020 09 09 18 42 47

aruco linear-stages simplescreenrecorder 2020 09 07 18 38 58

aruco linear-stages simplescreenrecorder 2020 09 07 18 38 58

aruco linear-stages simplescreenrecorder 2020 09 07 18 37 15

aruco linear-stages simplescreenrecorder 2020 09 07 18 37 15

aruco linear-stages simplescreenrecorder 2020 09 07 18 34 35

aruco linear-stages simplescreenrecorder 2020 09 07 18 34 35

Empirical Study of Quality Image Assessment for Synthesis of Fetal Head US Imaging with DCGANs

Empirical Study of Quality Image Assessment for Synthesis of Fetal Head US Imaging with DCGANs

open-corTeX: A continuous integration framework for open scientific communication

open-corTeX: A continuous integration framework for open scientific communication

Nonlinear Analysis to Quantify Movement Variability in Human-Humanoid Interaction

Nonlinear Analysis to Quantify Movement Variability in Human-Humanoid Interaction

Miguel Xochicale, Birmingham 2018 3MT Finalist

Miguel Xochicale, Birmingham 2018 3MT Finalist

Short video of the talk of Luka Peternel @humanoids2017 conference

Short video of the talk of Luka Peternel @humanoids2017 conference

Short video of the talk of Giulio Sandini @humanoids2017 conference

Short video of the talk of Giulio Sandini @humanoids2017 conference

Short video of the talk of Shuuji Kajita @humanoids2017 conference

Short video of the talk of Shuuji Kajita @humanoids2017 conference

Short video of the talk of Takahide Yoshiike @humanoids2017 conference

Short video of the talk of Takahide Yoshiike @humanoids2017 conference

Towards the Analysis of Movement Variability in Human-Humanoid Imitation Activities

Towards the Analysis of Movement Variability in Human-Humanoid Imitation Activities

Towards the Analysis of Human Movement with Humanoid Robots

Towards the Analysis of Human Movement with Humanoid Robots

Hacia la Cuantificación de Imitación Humano-Robot Usando Sensores Inerciales.

Hacia la Cuantificación de Imitación Humano-Robot Usando Sensores Inerciales.

Hacia el Mejoramiento de un Envejecimiento Sano Usando Robots Humanoides

Hacia el Mejoramiento de un Envejecimiento Sano Usando Robots Humanoides

LARA - “Luskin Automated Robotic Assistant"

LARA - “Luskin Automated Robotic Assistant"

Towards the Analysis of Movement Variability in Human-Humanoid Interaction

Towards the Analysis of Movement Variability in Human-Humanoid Interaction

Testing Multiple Data Collection from Muse Inertial Sensors

Testing Multiple Data Collection from Muse Inertial Sensors

ROBIT @MECATE 2015

ROBIT @MECATE 2015

Skill Assesment for Salsa Dancers Through the Phase Space Representation

Skill Assesment for Salsa Dancers Through the Phase Space Representation

A Nonlinear Dynamics Approach to Human Activity Recognition Using Inertial Sensors

A Nonlinear Dynamics Approach to Human Activity Recognition Using Inertial Sensors

Reconstructed Attractor of FASTER JOGGING Activity using Gyroscope-based sensor data

Reconstructed Attractor of FASTER JOGGING Activity using Gyroscope-based sensor data

Reconstructed Attractor FASTER of CYCLING Activity using Euler Angles-based data

Reconstructed Attractor FASTER of CYCLING Activity using Euler Angles-based data

Reconstructed Attractor of FASTER CYCLING Activity using Gyroscope-based sensor data

Reconstructed Attractor of FASTER CYCLING Activity using Gyroscope-based sensor data

Reconstructed Attractor of FASTER CYCLING Activity using Accelerometer-based sensor data

Reconstructed Attractor of FASTER CYCLING Activity using Accelerometer-based sensor data

Reconstructed Attractor of NORMAL CYCLING Activity using Euler Angles-based data

Reconstructed Attractor of NORMAL CYCLING Activity using Euler Angles-based data

Reconstructed Attractor of NORMAL CYCLING Activity using Gyroscope-based sensor data

Reconstructed Attractor of NORMAL CYCLING Activity using Gyroscope-based sensor data

Reconstructed Attractor of NORMAL CYCLING Activity using Accelerometer-based sensor data

Reconstructed Attractor of NORMAL CYCLING Activity using Accelerometer-based sensor data

Reconstructed Attractor of SLOW CYCLING Activity using Euler Angles-based data

Reconstructed Attractor of SLOW CYCLING Activity using Euler Angles-based data

Reconstructed Attractor of SLOW CYCLING Activity using Accelerometer-based sensor data

Reconstructed Attractor of SLOW CYCLING Activity using Accelerometer-based sensor data

Reconstructed Attractor of SLOW CYCLING Activity using Gyroscope-based sensor data

Reconstructed Attractor of SLOW CYCLING Activity using Gyroscope-based sensor data

Reconstructed Attractor of FASTER JOGGING Activity using Euler Angles-based data

Reconstructed Attractor of FASTER JOGGING Activity using Euler Angles-based data

Reconstructed Attractor of FASTER JOGGING Activity using Accelerometer-based sensor data

Reconstructed Attractor of FASTER JOGGING Activity using Accelerometer-based sensor data

Reconstructed Attractor of NORMAL JOGGING Activity using Euler Angles-based data

Reconstructed Attractor of NORMAL JOGGING Activity using Euler Angles-based data

Reconstructed Attractor of NORMAL JOGGING Activity using Gyroscope-based sensor data

Reconstructed Attractor of NORMAL JOGGING Activity using Gyroscope-based sensor data

Reconstructed Attractor of NORMAL JOGGING Activity using Accelerometer-based sensor data

Reconstructed Attractor of NORMAL JOGGING Activity using Accelerometer-based sensor data

Reconstructed Attractor of SLOW JOGGING Activity using Euler Angles-based data

Reconstructed Attractor of SLOW JOGGING Activity using Euler Angles-based data

Reconstructed Attractor of SLOW JOGGING Activity using Gyroscope-based sensor data

Reconstructed Attractor of SLOW JOGGING Activity using Gyroscope-based sensor data

Reconstructed Attractor of SLOW JOGGING Activity using Accelerometer-based sensor data

Reconstructed Attractor of SLOW JOGGING Activity using Accelerometer-based sensor data

Reconstructed Attractor of FASTER WALKING Activity using Euler Angles-based data

Reconstructed Attractor of FASTER WALKING Activity using Euler Angles-based data

Reconstructed Attractor of FASTER WALKING Activity using Gyroscope-based sensor data

Reconstructed Attractor of FASTER WALKING Activity using Gyroscope-based sensor data

Reconstructed Attractor of FASTER WALKING Activity using Accelerometer-based sensor data

Reconstructed Attractor of FASTER WALKING Activity using Accelerometer-based sensor data

Reconstructed Attractor of NORMAL WALKING Activity using Euler Angles-based data

Reconstructed Attractor of NORMAL WALKING Activity using Euler Angles-based data

Reconstructed Attractor of NORMAL WALKING Activity using Gyroscope-based sensor data

Reconstructed Attractor of NORMAL WALKING Activity using Gyroscope-based sensor data

Reconstructed Attractor of NORMAL WALKING Activity using Accelerometer-based sensor data

Reconstructed Attractor of NORMAL WALKING Activity using Accelerometer-based sensor data

Reconstructed Attractor of SLOW WALKING Activity using Euler Angles-based data

Reconstructed Attractor of SLOW WALKING Activity using Euler Angles-based data

Reconstructed Attractor of SLOW WALKING Activity using Gyroscope-based sensor data

Reconstructed Attractor of SLOW WALKING Activity using Gyroscope-based sensor data

Reconstructed Attractor of SLOW WALKING Activity using Accelerometer-based sensor data

Reconstructed Attractor of SLOW WALKING Activity using Accelerometer-based sensor data

A State Space Reconstruction From an Inertial Sensor's Data

A State Space Reconstruction From an Inertial Sensor's Data

Light-Tracking Robot

Light-Tracking Robot

Interactive Planetary Motion

Interactive Planetary Motion

A Dance Demo Human-Robot Interaction at Mexican Robotics Tournament [TMR2013]

A Dance Demo Human-Robot Interaction at Mexican Robotics Tournament [TMR2013]

OWI 535 Robotic Arm Control Promotional

OWI 535 Robotic Arm Control Promotional

OWI 535 Robotic Arm control by Using an Arduino board and a Wii-nunchuk Controller

OWI 535 Robotic Arm control by Using an Arduino board and a Wii-nunchuk Controller

An Animation of The Mathematical Detection Problem in GNU-Octave

An Animation of The Mathematical Detection Problem in GNU-Octave