Friday, March 27, 2015

off topic and can be skipped as it currently has nothing to do with QUIK.
But very cool.
Currently surgical robots have to feeling in their hands- will surgical robots of the future have a LOT more sensors added to them? I hope so.
J&J and Google to Jointly Develop Robot-Assisted Surgery Program

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(Bloomberg) — Johnson & Johnson, the world’s biggest maker of health-care products, is collaborating with Google Inc. to develop a robotic-assisted surgical program.
The financial terms of the deal were not disclosed.
“This collaboration with Google is another important step in our commitment to advancing surgical care,” Gary Pruden, worldwide chairman of New Brunswick, New Jersey-based J&J’s global surgery group, said in a statement.
Robotic surgeries have been growing in popularity, and J&J’s pact with Google would allow it to better compete against companies like Intuitive Surgical Inc., a major participant in the industry. Still, such procedures aren’t without risks. A 2013 complaint by the Colorado Medical Board alleged patients suffered injuries or complications from robotic surgeries including punctured or torn arteries.

Linley Mobile April 22 – 23


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    fiebingjon
    Participant
    Linley Mobile Conference 2015
    Focusing on IC and System Design
    April 22 – 23, 2015
    Hyatt Regency Hotel, Santa Clara CA
    » Events | Register
    Registration is Now Open!
    The Linley Group will host its Annual Mobile Conference at the Hyatt Regency Hotel, Santa Clara CA.
    Learn about design innovation for next-generation mobile devices.
    Innovation in mobile chip and sytem design is accelerating. Smartphones and tablets already deliver capabililties that previously required desktop PCs and bulky consumer electronics, including multicore computing, high-resolution graphics for console-quality gamiing, HD video displays, and DSLR-quality cameras. Next generation devices will add more powerful 64-bit processors, 4K video recording and playback, and computer vision capabilities that can sense and recognize a user’s environment in three dimensions. Wearable devices will shrink many of these functions into even smaller packages, and new functions for communications, entertainment, fitness, and health.
    To deliver these new capabiltities, mobile processors must integrate a plethora of IP cores, including big and little CPUs, DSPs, GPUs, video, security, and NoCs to connect them all. Mobile systems also require complex RF design, power management, and sensor hubs.
    This two-day, single-track conference features technical presentations addressing design issues for devices such as tablets, smartphones, and media players, along with emerging categories such as smartwatches and wearable devices. The Linley Group will also present an overview of the market, technologies, equipment-design, and silicon trends for designers of mobile devices.
    This event is the only one of its kind focused on mobile platform design.
    This conference is intended for *designers of mobile chips, mobile devices, and mobile software as well as service providers, press, and the financial community. Attendance is free to *qualified registrants.
    Here is a list of some outstanding talks and speakers:
    Keynote Day One: Mobile Market Overview
    Linley Gwennap, Principal Analyst, The Linley Group
    Design & Debug of Mobile SoC’s with USB Type-C Connector
    Morten Christianson, Technical Marketing Manager, Synopsys
    FlexNoc Physical: Automating SoC Timing Closure Using Network On Chip Interconnect & Physical Information
    K. Charles Janac, President and CEO, Arteris
    Heterogeneous Computing for Smart and Energy-Efficient Mobile Applications
    Roy Ju, Sr. Technical Director, MediaTek
    Embedding Vision in Mobile SoCs
    Dr. Yankin Tanurhan, VP R&D, Solutions Group, Synopsys
    Always Alert: New Processors for Low-Energy Wireless Sensor Nodes
    Chris Rowen, CTO, IP Group, Cadence
    Partitioning Between Software and Hardware is Key to Ultra-Low Power
    Tim Saxe, CTO, QuickLogic
      Cost-Effective Implementation for High-Resolution Display Mobile Devices
      Hezi Saar, Product Marketing Manager, DesignWare MIPI IP, Synopsys
      Enabling Intelligent Vision Processing in Embedded Systems
      Yair Siegel, Director of Product Marketing, CEVA
      Embedding Robust Platform Security into Application Processors and IoT SoCs
      Steve Singer, VP WW Field Applications Engineering, Inside Secure
      The Next Challenge in SoC Design: Customizable Cache Coherency
      Joe Rowlands, Chief Architect, NetSpeed Systems
      Taking Mobile Performance to New Levels with ARM Cortex-A72
      Brian Jeff, Director Product Marketing, Mobile and Consumer CPU, ARM
      Computer Vision in Mobile Devices: Progress and Challenges
      Jeff Bier, President, Embedded Vision Alliance
      The conference includes:
      – Sponsor exhibits and demos
      – Evening networking reception on the first day
      – Raffles by The Linley Group
      – Hosted speaker tables at lunch (meet the presenters)
      – Free parking
      – Continental breakfasts and gourmet lunches
      – Free Wi-Fi

Fitness tracker market to top $5bn by 2019

Activity band boom predicted in latest analyst report
Fitness tracker market to top $5bn by 2019
The fitness tracker industry is set to almost triple from one valued at $2 billion in 2014, to $5.4 billion by 2019.
That's according to Parks Associates, emerging consumer tech analyst, who also stated that "connected health devices" jumped from 24% adoption in the US in 2013, up to 30% by the end of last year.
"The most popular devices are exercise equipment with built-in app support and digital pedometers with wireless connectivity," read a statement promoting its latest report - Digitally Fit: Products and Services for Connected Consumers.
Back in August 2014, CCS Insight forecast the wearable device market would increase from 9.7 million device shipments in 2013 to 135 million in 2018.
However, its report pinned the hopes of a wearable tech boom onsmartwatches rather than fitness trackers. It said that of the predicted 135 million sales, 68 million will be smartwatch devices compared to 50 million fitness trackers.
That would represent a huge swing from the genre that currently dominates the wearables market. According to analysts NPD Group, fitness trackers accounted for 72% of all "digital fitness device" sales in 2013.
With the Apple Watch set to raise awareness for the smartwatch form factor, we think CCS may be closer to the money with its prediction, although we wouldn't be surprised to see a big increase in activity band adoption as prices inevitably drop so they can compete with their more feature-rich wearable rivals.
Check out our guide to the best fitness trackers to see what band is right for you.
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