Видео

Esta entrevista a der ser masomenos den entre 1997 o 1999

Muchas gracias por este Hermoso programa!

der! that is unreal ! 🖖

Wuaoooo. Maravilloso. En pleno 2022 y viviendo en Cancún, lejos de mi ciudad y mis tradiciones, ver esto, realmente las lágrimas me salieron. Cuando iba con mi madre al centro a recorrer tienda por tienda. Ya no existe, está maravilla, los señores con traje y corbata, despachando y cobrando en su panadería, con una historia y tradición inigualable. Aquí en Cancún, todo lo que es comida nefasto, no hay historia aún. Grande Cristina.

Did you use ROS ?

HI there, I was looking your channel I think is amazing, I have a question about Visual Odometry, do you have any UAV dataset ? I need an UAV dataset to test the visual odometry algorithm

Me encanto 💖

Great talk!

Realmente los “anfitriones” no colaboraron en la entrevista jaja se nota quien de los dos hermanos está y quien no en el negocio…’

En donde se ubica la panadería exactamente que estación del metro que da serca

Gracias por este vídeo tan hermoso

Walterio. ¿Me puedes explicar porqué no tienen audio tus videos? Atte. El Micro. Sí el de La Salle.

Gracias por el video tan informativo...l

i know the answer to this question must be kinda central to the paper... but how does an IMU estimate a user's attention?

Recognition and Reconstruction of Transparent Obj…: ruclips.net/video/i31ZWB_tSxs/видео.html From our paper: Alan Torres-Gomez and Walterio Mayol-Cuevas. Recognition and reconstruction of transparent objects for Augmented Reality. Ismar 2014. Pdf at: www.cs.bris.ac.uk/Publications/Papers/2001714.pdf This is the MSc work of Alan Torres. Apart from the detection and 3d reconstruction of glass objects, I see this as an example of an area in AR that has not been exploited much, or at all. Knowing what a material is should allow to augment things more meaningfully. Here we look at the properties of transparent objects (just because they are hard!) but the principle and some of the sub methods we use could be extended to different cases.

Cognitive Handheld Robots We have been working for about 2.5 years on prototypes (and about 8 years conceptually!) on what we think is a new extended type of robot. Handheld robots have the shape of tools and are intended to have cognition and action while cooperating with people. This video is from a task with our first prototype back in November 2013. We are also offering details of its construction and 3D CAD models in this webpage www.cs.bris.ac.uk/Publications/pub_master.jsp?id=2001712 where a report on user interaction is also available. We are currently developing a new prototype and more on this soon.

Ufa, la infancia de mi mamá y otro cacho de la mía. Saludos a la familia Mayol. Don Antonio. Mis saludos.

#Robots #aerial The video from our paper: Learning to Predict Obstacle Aerodynamics from Depth Images for Micro Air Vehicles by John Bartholomew, Andrew Calway and Walterio Mayol-Cuevas, IEEE ICRA 2014. This allows us to anticipate what "ground effects" a MAV will have by learning a mapping from depth images to acceleration suffered for a variety of objects. We have also closed the loop so we correct for the effect, but that is for another paper. I think this is an example of the type of information that can enrich 3D maps, now that these are "easy" to obtain and so the next step is to enhance them whith information that is beyond only geometry.

3D from looking. How to build a 3D model of something one looks at without any clicks or even visual feedback. From our paper T. Leelasawassuk and W.W. Mayol-Cuevas. 3D from Looking: Using Wearable Gaze Tracking for Hands-Free and Feedback-Free Object Modelling. ISWC 2013.

How to get a 3D model of something one looks at without any clicks or even feedback to the user? T. Leelasawassuk and W.W. Mayol-Cuevas. 3D from Looking: Using Wearable Gaze Tracking for Hands-Free and Feedback-Free Object Modelling. International Symposium on Wearable Computers (ISWC). Zurich, September 2013.

¿Is there an opensource API?