Newcastle United have been told to increase their offer if they wish to sign Sergio Almiron from Atlanta United.The player’s representative Daniel Campos has revealed he already agreed wages with the Magpies but they remain around £8million short of Atlanta’s £25m asking price.Campos confirmed two other Premier League sides are in interested in Almiron before saying, according to Daily Mail:“With Newcastle, I spoke about the player’s salary, but the club needs to raise their offers with Atlanta if they want to get the player.”The Paraguayan is at the very top of Newcastle manager’s Rafa Benitez transfer list for the January transfer window and he sees him playing in an attacking midfielder role, a position which has been a problem for the Magpies in recent seasons.Virgil van Dijk praises Roberto Firmino after Liverpool’s win Andrew Smyth – September 14, 2019 Virgil van Dijk hailed team-mate Roberto Firmino after coming off the bench to inspire Liverpool to a 3-1 comeback win against Newcastle United.During the 2018 Major League Soccer (MLS) campaign, the 24-year-old scored 12 goals and provided 13 assists in 32 games.Having started his senior career at Cerro Porteno, Almiron also played for Lanus before signing for Atlanta United in 2016.
Citation: Spinoff to introduce ultrasonic gesture recognition for small devices (w/ Video) (2013, November 1) retrieved 18 August 2019 from https://phys.org/news/2013-11-spinoff-ultrasonic-gesture-recognition-small.html Recognizing that devices are getting smaller, including their screens, of course, the researchers began looking into ways users might be able to use gesture recognition, instead of physically touching a device to give it commands (waving a hand in the air above it, rather than swipping the screen, for example). They found that using light as a medium required bulky equipment and would only work in optimal situations. That caused them to turn to studying sound as a means of sending information instead. That in turn led to the development of two computer chips, one is an ultrasound chip, the other is a chip that sends and receives electrical signals from the ultrasound chip. A third component is a battery. The system works by generating sound wave pulses using a very tiny array of sound transducers (speakers). The chip then listens to the pulses when they are bounced back. Doing so allows the chip to calculate how far away something is, just like radar. Even better, the new technology uses just a fraction of the power of light based systems, and it’s small enough to be embedded in even the smallest devices, such as smartwatches.Gesture recognition technology would be ideally suited to both smartwatches and headsets, allowing for new types of movement to be incorporated into a command set. Simply drawing the wrist towards the face, could for example, activate a smartwatch. Also, wiping the air in front of a headset, such as Google’s could allow for swiping virtual objects. That might be good news for both devices, as thus far, consumers haven’t been very receptive to either. Making them less awkward to use, could mark a turning point, causing the development of all manner of tiny niche devices such as smartnecklaces, fobs or even tiny smartscreens embedded in contact lenses. Elliptic Labs develops ultrasonic gesture control for hand-held devices (Phys.org) —A group of research engineers at the University of California has been working on new technology to allow electronic devices to recognize hand gestures, similar to Microsoft’s Kinect—with a major difference. Instead of using light, the new technology is based on sound waves. The group is currently forming a spinoff company to develop and market the technology, called Chirp Microsystems (the technology itself is called simply Chirp). This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only. Optical 3D imagers for gesture recognition, such as Microsoft Kinect, suffer from large size and high power consumption. Their performance depends on ambient illumination and they generally cannot operate in sunlight. These factors have prevented widespread adoption of gesture interfaces in energy- and volume-limited environments such as tablets and smartphones. Gesture recognition using sound is an attractive candidate to overcome these difficulties because of the potential for chip-scale solution size, low power consumption, and ambient light insensitivity. Our research focuses on building an ultrasonic 3D range sensor system suitable for gesture recognition using batch-fabricated micromachined aluminum nitride (AlN) ultrasonic transducer arrays and custom CMOS electronics. © 2013 Phys.org Explore further More information: swarmlab.eecs.berkeley.edu/swarmlab.eecs.berkeley.edu/new … al-gestures-interact