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HackLab Udine
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Yet another video codec may be coming (not that soon)
At least it will be royalty free and open...
Big companies on-board include Google, Amazon, Microsoft, Netflix ...
From the companies behind the open web, we bring you media the way it should be... Open. Introducing the Alliance for Open Media
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Interfacing motor position encoders to the rest of your #industrial system can raise some tricky electromagnetic compatibility issues. Find advice here: http://bit.ly/1X7dcAN
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NEW: FREE Tutorials now available for Zybo and ZedBoard! http://bit.ly/1PNNyMh
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Debugging your embedded #Linux applications? Learn #howto fix common issues, with our upcoming FREE #webinars Sept. 4th: http://bit.ly/1hQcWpH @Doulos #DS5
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#Curiosity #Rover hits three years on #Mars
Curiosity Rover hits three years on Mars — check out these must-see photos - Electronic Produtcs
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Have them in circles
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A Forum Telecontrollo il 29 settembre alle 12:00 Tiziano Modotti parlerà di un’unica piattaforma aperta e standard per innovare il proprio business connettendo tutti i dispositivi IoT/M2M alle applicazioni aziendali http://www.forumtelecontrollo.it
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Mostra-convegno Forum Telecontrollo: Milano, 29-30 settembre 2015. A Step Forward For A Better Life. Soluzioni Sostenibili Per La Smart Community.
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Nuovo Kit di valutazione SimpleLink™ Bluetooth Smart® SensorTag IoT CC2650 da +Texas Instruments Info qui  http://ow.ly/RG86F
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How programmable interrupt controllers could represent a new #CPU architecture: http://bit.ly/1EzPoPZ 
Many thanks to Martin Weidmann and Chris Shore who provided a lot of the content for this blog. They recently ran a webinar introducing the GICv3 architecture that you can watch by following this link. A programmable interrupt controller is an IP block that collates many sources of interrupt one ...
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Мы приглашаем Вас на Вебинар посвящённый модульным решениям семейства SIMPLE SWITCHER®! Регистрация на вебинар и более подробная информация здесь: http://ow.ly/RCCFK
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Published on Aug 31, 2015
William Oliver visited the Quantum AI Lab at Google LA on August 13, 2015 and gave this talk: "Quantum Engineering of Superconducting Qubits"

Abstract:

Superconducting qubits are coherent artificial atoms assembled from electrical circuit elements. Their lithographic scalability, compatibility with microwave control, and operability at nanosecond time scales all converge to make the superconducting qubit a highly attractive candidate for the constituent logical elements of a quantum information processor. Over the past decade, spectacular improvement in the manufacturing and control of these devices has moved superconducting qubits from the realm of scientific curiosity to the threshold of technological reality. In this talk, we review this progress and present aspects of our work related to the quantum systems engineering of high-coherence devices and high-fidelity control. For more information: [1] J. Bylander, et al., Nature Physics 7, 565 (2011) [2] W.D. Oliver & P.B. Welander, MRS Bulletin 38, 816 (2013)

Bio:

William D. Oliver is a Senior Staff Member at MIT Lincoln Laboratory in the Quantum Information and Integrated Nanosystems Group and a Professor of the Practice in the MIT Physics Department. He provides programmatic and technical leadership for programs related to the development of quantum and classical high-performance computing technologies. His interests include the materials growth, fabrication, design, and measurement of superconducting qubits, as well as the development of cryogenic packaging and control electronics involving cryogenic CMOS and single-flux quantum digital logic. 

Prior to joining MIT & Lincoln Laboratory in 2003, Will was a graduate research associate with Prof. Yoshihisa Yamamoto at Stanford University investigating quantum optical phenomena and entanglement of electrons in two-dimensional electron gas systems. He previously spent two years at the MIT Media Laboratory developing an interactive computer music installation called the Singing Tree as part of Prof. Tod Machover’s Brain Opera. 

Will has published 52 journal articles and 7 book chapters, is an active seminar lecturer, and is inventor or co-inventor on two patents. He serves on the US Committee for Superconducting Electronics; is an Applied Superconductivity Conference (ASC) Board Member; and is a member of the American Physical Society, IEEE, Sigma Xi, Phi Beta Kappa, and Tau Beta Pi. In 2013, he was a JSPS visiting researcher at the University of Tokyo. 

Will received his PhD in Electrical Engineering from the Stanford University in 2003, the SM in Electrical Engineering and Computer Science from MIT in 1997, and a BS in Electrical Engineering and BA in Japanese from the University of Rochester (NY) in 1995.

https://www.youtube.com/watch?v=2VHF7esEeM4&feature=youtu.be
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Programming MATLAB and Simulink with #BeagleBone Black is easier than ever, thanks to this easy how-to guide from MathWorks. See the tutorial: http://bit.ly/1hIiT8i
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Community HackLabUdine // Condividere le IDEE // Hackerspace // Arduino, BeagleBone, BeagleBoneBlack, Raspberry Pi,DIY, Maker, Elettronica...
Introduction
HackLabUdine  gruppo di appassionati e per condividere le idee sull'ecosistema Arduino,  MSP430, BeagleBone... DIY, elettronica... Android e Linux, embedded, opensource *openhardware* , Internet of Things, robotica.
HLU è anche un Hackespaces.


Punto di incontro locale in cui parlare di Arduino, tenere dei webseminari online e semplicemente condividere l'esperienza Arduino e su altre piattaforme come Raspberry Pi...

Incontri e hangout (videoritrovi), Workshop, corsi su http://www.condividereleidee.eu/corso


Aderire al gruppo, partecipazione attiva!:
Entusiasmo, partecipazione, collaborare, idee e voglia di condividere assieme a noi le proprie conoscenze per uno scambio reciproco e crescere assieme. Questo è quello che chiediamo per partecipare al gruppo. Che tua sia un semplice appassionato o un professionista non importa.
Ognuno di noi ha i impegni personali e pertanto sentiti libero di partecipare in base al tempo a tua disposizione nel contribuire alla crescita del gruppo. In ogni caso chiediamo di non essere passivi.
Oltre a questo ovviamente l'interesse elettronica e/o informatica.
Non ci sono quote da pagare e non siamo un associazione. Per alcune attiva e/o eventi può essere che dobbiamo auto sponsorizzarsi e/o trovare degli sponsor.

Dopo questa premessa, per aderire in modo partecipe attivo segui:
  1. devi avere una tua +Page personale su Google+ possibilmente compilata
  2.  Segui  il +Gruppo HacklabUdine in una delle tue cerchie. Consigliato di creane una per il gruppo cosi potrai inserire e interagire meglio altri membri del gruppo.
  3. mandaci un messaggio diretto o un post diretto a +Gruppo HacklabUdine per presentarti, salutarci e per dirci che vuoi unirti e partecipare al gruppo. In questo modo sapiamo che non ti sei aggiunto solo seguirci ma per parteciparci!
    1. noi poi ti aggiungiamo nella cerchia del gruppo. 
    2. facoltativo. Ricordati di unirti anche al forum su Google gruppi
    3. benvenuto tra noi.

    Nota che puoi anche solo seguirci e partecipare agli eventi pubblici.

    Alcuni screenshot su come procedere li trovi su http://www.hacklabudine.it/aderire-al-gruppo

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#opensource #arduino #diy #drone #eletronics #labs #elettronica #raspberrypi #msp430 #mbed #raspi #beaglebone #beagleboard
#udine #friuli #fvg
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