Förr kunde en praoplats ge sommarjobb. Nu krävs ofta cv, motivationsbrev, ibland också en videopresentation i ansökan.

Åtgärder mot smittspridning handlar om att ändra människors beteenden och skapa immunitet genom vaccinering.

YouTube video by e-estonia

En recent videopresentation fra en erfaren trader viser hvordan en automatisert handelsstrategi på Pocket Option kan levere imponerende resultater – sek...

NotebookLM's video presentation feature launches internationally as audio capabilities receive comprehensive upgrades for non-English speakers.

NotebookLM's video presentation feature launches internationally as audio capabilities receive comprehensive upgrades for non-English speakers.

Google’s NotebookLM introduces AI-powered narrated video slideshows and updates to Studio features

Credit to: arminhamidian Have you heard of interactive content? Do you truly understand its power and significance for the future of content marketing? We know that ‘Content is King’. Content gets …

mmhmm helps you perform, present, and entertain on video. Works with Zoom, Google Meet, Teams, and many other video products. Learn more about mmhmm: https://www.mmhmm.app/home See what's new at mmhmm: https://www.mmhmm.app/blog/download-the-new-mmhmm-desktop-app #mmhmm #videopresentation Timestamps: 00:00 Introduction 00:30 Rooms 00:40 Slides 03:07 Compatible Video Systems 03:27 Dynamic Decks 04:08 Multiplayer 04:40 Closing Thoughts

Author: Alex Goldhoorn Voice: Alex Goldhoorn

More info: http://www.iri.upc.edu/publications/show/1427 Authors: M. Manubens, D. Devaurs, L. Ros and J. Cortés Conference: IX Robotics: Science and Systems Conference (RSS) 2013 Voice: M. Manubens Abstract: Performing aerial 6-dimensional manipulation using flying robots is a challenging problem, to which only little work has been devoted. This paper proposes a motion planning approach for the reliable 6-dimensional quasi-static manipulation with an aerial towed-cable system. The novelty of this approach lies in the use of a cost-based motion-planning algorithm together with some results deriving from the static analysis of cable- driven manipulators. Based on the so-called wrench-feasibility constraints applied to the cable tensions, as well as thrust constraints applied to the flying robots, we formally characterize the set of feasible configurations of the system. Besides, the expression of these constraints leads to a criterion to evaluate the quality of a configuration. This allows us to define a cost function over the configuration space, which we exploit to compute good-quality paths using the T-RRT algorithm. As part of our approach, we also propose an aerial towed-cable system that we name the FlyCrane. It consists of a platform attached to three flying robots using six fixed-length cables. We validate the proposed approach on two simulated 6-D quasi-static manipulation problems involving such a system, and show the benefit of taking the cost function into account for such motion planning tasks.