Wearables: Their Time Has Come Norm Rose June 2015
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Techsolutions July 2012 Techpoints
July Newsletter 2012 In This Issue A Hair Raising, Money Raising Good Time in Hockessin Is the End of the Road Coming for These Gadgets and Services? Simple Hacks for Preserving Your Smartphone's Battery Life Get the Most out of Windows 7 The New Era of Distributed Denial-of-service Attacks Squeeze More Life Out of Your Aging Servers A Hair Raising, Money Raising Good Time in Hockessin Our friends at J Christian Studio are holding the Second Annual Incredible Back to School Wig Out to benefit the Ronald McDonald House of Delaware and the National Alopecia Areata Foundation. Details are below and if you need more information, give Marcy Wilkinson of J Christian Studio a call at 302.235.2306. Top ↑ Is the End of the Road Coming for These Gadgets and Services? We all love our gadgets. And when new ones come out, we can't imagine how we lived without them. However, there's an ugly truth to the world of technology: Much of what's hot today becomes obsolete tomorrow. Just look at the humble land-line telephone. Sure, many households still have them, but a growing number of people are relying solely on cell phones and ditching the expense of operating a land line. It's not difficult to imagine a future in which land-line telephones are no longer attached to our kitchen walls but are instead filling our landfills. Here's a look at some other key pieces of technology that, once essential, are on their way to becoming obsolete. In fact, many of these gizmos might become obsolete during the next 10 years. -
The Emergence of Artificial Intelligence in the Home: Products, Services, and Broader
Western Oregon University Digital Commons@WOU Student Theses, Papers and Projects (Computer Department of Computer Science Science) 3-8-2017 The meE rgence of Artificial Intelligence in the Home: Products, Services, and Broader Developments of Consumer Oriented AI Bingqing Tang [email protected] Follow this and additional works at: https://digitalcommons.wou.edu/ computerscience_studentpubs Part of the Management Information Systems Commons Recommended Citation Tang, Bingqing, "The meE rgence of Artificial Intelligence in the Home: Products, Services, and Broader Developments of Consumer Oriented AI" (2017). Student Theses, Papers and Projects (Computer Science). 6. https://digitalcommons.wou.edu/computerscience_studentpubs/6 This Professional Project is brought to you for free and open access by the Department of Computer Science at Digital Commons@WOU. It has been accepted for inclusion in Student Theses, Papers and Projects (Computer Science) by an authorized administrator of Digital Commons@WOU. For more information, please contact [email protected]. The Emergence of Artificial Intelligence in the Home: Products, Services, and Broader Developments of Consumer Oriented AI Bingqing Tang IS642 MIS Graduate Project Dr. David Olson, Dr. John Leadley & Dr. Scot Morse March 15, 2017 Tang 1 Abstract Current home automation system merges a family's lifestyle with the latest technology & energy management tools to simplify people's lives. It allows users to easily manipulate a variety of home systems, including appliances, security systems, and environmental systems. Setting up a home automation system confuses many consumers. Multiple product lines and platforms make choosing the best system difficult. Basic requirements of setting up a home automations system and the comparison between different platforms are explained. -
Now Hear This Workshop Full Transcript
April 18, 2017 Workshop Transcript Now Hear This: Competition, Innovation, and Consumer Protection Issues in Hearing Health Care Hosted by the Federal Trade Commission April 18, 2017 FTC Conference Center 400 Seventh Street, SW Washington, DC 20024 Introductory Remarks Tara Isa Koslov (FTC) ............................................................................................................. 1 Opening Remarks Acting Chairman Maureen K. Ohlhausen (FTC) .................................................................... 3 Adult Hearing Loss: Recent Data from the CDC Presentation: John Eichwald (CDC) ....................................................................................... 8 Panel 1: Innovations in Hearing Technology Panel Discussion ................................................................................................................... 16 Panelists: Stavros Basseas (Sound World Solutions), Brent Edwards (Earlens), Jani A. Johnson (University of Memphis), Jan Metzdorff (Sonova Wholesale), Dianne J. Van Tasell (Bose) Moderators: Karen A. Goldman (FTC), Daniel H. Wood (FTC) Panel 2: Innovations in Hearing Health Delivery Panel Discussion ................................................................................................................... 56 Panelists: Rupa Balachandran (University of the Pacific), Lucille Beck (Department of Veterans Affairs), Kim Cavitt (Audiology Resources), Scott Davis (Sivantos), Gary Swearingen (Costco Wholesale) Moderators: Daniel J. Gilman (FTC), David Schmidt (FTC) FDA -
Natural User Interfaces and Accessibility
Chapter 1 Natural User Interfaces and Accessibility he widespread adoption of mobile computing is a computers using actions related to everyday behavior, good thing for librarians who care about access such as touch, gestures, speech, and conversation.1 T for all. That’s because mobile devices make use The goal is to make it easy for humans to understand of natural user interfaces, and those interfaces are and use computers without having to learn compli- making computing easier for people of all ages and cated or abstract ways of doing things. Designers of abilities, as you’ll see in this report. these interfaces aim to create experiences that feel This trend, combined with the move toward multi- just as natural to a novice as to an expert user—and device ecosystems and the emphasis on students as for expert users it can feel like an extension of their creators with mobile apps, means that mobile learning body. is headed in a direction that is empowering for learn- ers of all abilities. There are other trends in mobile learning, but this Putting the Human before report focuses on these three: the Computer: The Move from GUI to NUI • natural user interfaces and accessibility • multi-device ecosystems NUIs are a new branch in the evolution of human- • content creation with mobile devices computer interaction, after GUIs (graphic user inter- faces). GUIs were designed to make computing easier That’s because there are synergies between these to learn than command-line interfaces, where you had trends that offer opportunities for those who care to remember specific commands and type them. -
History of Wearables
The First Wearable Eye Glasses – 1286 The history of wearable technology starts with the first eye glasses; made in Italy in 1286, for monks who were transcribing texts, according to a sermon delivered on 23rd of February 1306, by the Dominican friar Giordano da Pisa: “It is not yet twenty years since there was found the art of making eyeglasses, which make for good vision …” The first wearable watch - 1505 The Pomader (Bisamapfeluhr), a 1505 watch was made in Germany, is recognised as the first portable timekeeping device invented. A far cry from today’s discrete and extremely precise watches. The Pomader wearable watch was large and fairly inaccurate. However, rather than being simply utilitarian pieces, these wearable watches were status symbols for German Lords and Ladies, being incredibly expensive to make and purchase. The Oldest Recorded Smart Ring – Qing Dynasty - 1644 The Abacus ring was developed in China and is the oldest smart ring. Smart rings may seem like something from an impossible (or at least highly unlikely) vision of the future, but surprisingly enough, technology that can be wrapped around our fingers isn’t anything new. Before the calculator watch, there was a smart ring. The smartest ring at that time, called the abacus ring. Developed in the Qing Dynasty era (1644-1911), the ring features a 1.2cm long, 0.7cm wide abacus that sits, right on the finger. The first wearable camera - 1907 Pigeon photography was an aerial photography technique invented in 1907 by the German apothecary Julius Neubronner. A homing pigeon was fitted with an aluminium breast harness to which a lightweight time-delayed miniature camera could be attached, being used to capture aerial photographs behind the enemy lines. -
Online Supplementary Data Table 1. Proposed Validation Protocol For
BMJ Publishing Group Limited (BMJ) disclaims all liability and responsibility arising from any reliance Supplemental material placed on this supplemental material which has been supplied by the author(s) Br J Sports Med Online Supplementary Data Table 1. Proposed validation protocol for validity testing of wearable devices assessing heart rate by photoplethysmography. Methodological Domains Methodological Protocol Considerations Reporting Considerations Variables 1. Target population 1.1 Demographic and Previous studies have indicated that body mass index (BMI), Report sampling method (e.g. ethnical body height, skin tone and sex may affect the validity of random, convenient etc.) characteristics wearable devices assessing heart rate (HR) by distribution of sex and means & photoplethysmography (PPG). Therefore, the validation of ranges for body height, BMI and wearables should include the target sample for a given skin tone (Fitzpatrick scale) device, including an equal distribution of men and women of different body height (e.g. by including children, adolescents and adults), BMI and skin tone. Alternatively, manufacturers may decide to assess the validity of a given device in a very specific population (i.e. overweight adults). For this, a homogenous sample should be included. 1.2 Sample size For homogenous samples, we recommend a minimum of 45 Explain how the sample size was participants as a rule of thumb [43]. Yet, it is advised to selected conduct a pilot study to obtain the mean and standard deviation of differences between the wearable consumer device and the criterion measure and consider a pre-defined clinical maximum allowed difference to conduct a prior sample size calculation [42]. Mühlen JM, et al. -
Bragi OS Bragi Updater 2.1 2.2 3.0
BRAGI BRAGI – Continuously Pioneering BRAGI is the maker of the first hearable and is the most active innovation leader in the segment. BRAGI is also working on the 4th computing platform and strives to develop the leading body area network and computing OS. The Dash Pro Superb in Technology… The Dash is a powerful microcomputer with more than 150 micro components, 27 sensors and a 32-bit processor about the size of your fingertip. The BragiOS has an ultra low power footprint with minimal processing and memory requirements. It also contains AI on the device enabling distributed sensing and computing with heterogeneous data fusion and contextual analysis Bragi – Truly Awarded …and Design: More than 10 Awards Design and Tech Juries across the World honored and awarded the Innovation and Beauty of Bragi Products. Some Feature Innovations The Dash Pro – Interact Like Never Before with Natural User Interface Head Gestures Shake your head to skip a song or Nod your head to take an incoming call. Short Cut Activate your personal assistant or start/ stop your music with a double touch on your cheek Handsfree Actions The patent pending Virtual 4D Menu allows you to control your Dash 100% handsfree via natural head movements. The Vision Body Area Network The number of connected devices on the user will increase sharply … …and the ear is the perfect place for the master device of the Personal / Body Area Network Body worn computing should be discrete… …and contextual Product Portfolio Bragi Portfolio – Current Status Bragi App Bragi OS Bragi Updater -
The Investment Case for Wearables
The Investment Case for Wearables Executive Summary Wearable technology devices are mobile electronics that can be worn on a user’s body or attached to clothing for applications such as: Sports and Fitness, Industrial/Military, Infotainment/Lifestyle, and/or Healthcare and Medical. Examples of wearable devices include: activity trackers, smart watches, smart glass, body cameras, health monitors, virtual reality headsets, hearables, and wearable industrial computers. There are many reasons that wearables may be attractive from an investment standpoint. Global analyst MarketsandMarkets1 estimates the global wearables sector will grow in size from $23 billion today, to $173 billion in 2020. Wearable devices seamlessly integrate computer and monitoring functionality, providing easy and reliable access to immediate information, acting as an “untethered” gateway to the Internet of Things. It is no wonder that according to Forrester Research2, 76% of global tech and business leaders have wearables on their agenda as a tool to harness data and enhance customer interaction. When it comes to the enterprise market, Forrester expects wearable adoption to go “mainstream” from 2017 to 2019 and to move to “business centrality” from 2020 to 2024.3 A Brief History of Wearables Wearable devices such as activity trackers, smart watches, body cameras, and virtual reality headsets have taken the consumer market by storm, with a multitude of devices available for purchase. But how did it all begin? Humans have always adorned their bodies with gadgets, for show, utility or both. The history of wearable technology is littered with many commercial failures, but also some groundbreaking commercial successes. While the air-conditioned hat, Pulsar calculator watch, and Levi’s ICD + Jacket never took off, the Sony Walkman portable music player was a huge commercial success in 1979, paving the way for other music players such as Apple’s iPod in 2001. -
SOCIAL WORK and TECHNOLOGY COLUMN Watch
SOCIAL WORK AND TECHNOLOGY COLUMN Watch Apps Are the Next Big Thing Recently, I had been thinking about what the next big change could be for Social Work and Technology. I’ll admit I’m not a super big visionary guy and it would be hard to come up with a technology that doesn’t exist yet - but I think the next big frontier will be related to our watches. We have already seen the rise of the smart watch, what more can it become? I remember in high school when calculator and TV remote watches came out. They were a big deal, especially when a classmate would randomly turn the TV on during class with a substitute teacher! I had a calculator watch and that wasn’t very disruptive. After that I wore a standard Timex Ironman watch for a long time (I still wear them sometimes). I got my first GPS watch when we moved to Minnesota 10 years ago and that was really helpful for my running and biking experiences in a new place. Last year a friend gave me an entry level smart watch. It only has basic features (primarily alerts) but I have really grown to like it. Many times my pocket and my wrist both buzz at the same time! It is handy to know who is calling or if a text is urgent or not without pulling out the phone. My wife has a new Apple Watch and I can definitely see many benefits from its more advanced features. She can control her phone from her wrist as long as its connected to the same Wi-Fi. -
[Recent-E-Book PDF] Calculator Watch Casio Manual 5173
Calculator Watch Casio Manual 5173 Download Calculator Watch Casio Manual 5173 If the module no. Of your watch is one of following modules, please correct the time according to the operation of the Quick Operation Guide. You can download. Vintage CASIO 197 CFX-200 SCIENTIFIC CALCULATOR WATCH Digital Japan w-Paperwork. C $294.48 + C $9.82 shipping. Pre-owned Manuals; Timepieces (Watches) Timepieces (Watches) Search Module No. 5173 (Size : 2944 KB) Terms and Conditions. A PDF reader is required to view PDF files..Operation Guide 5173 3. Press A twice to exit the setting mode. • Normally, your watch should show the correct time as soon as you select your Home City code. If it does not, it should adjust automatically after the next auto receive operation (in the middle of the night). Calculator Manuals; Digital Camera Manuals; Electronic Keyboard Manuals; Cash Register Manuals;. Related Manuals for Casio 5173. Watch Casio 5171 Operation Manual.Casio g shock wall clock, G-SHOCK men's digital watches are built to take anything. Tough, water resistant, shock resistant, and more, G-SHOCK's digital watches for men offer durability with classic style. Whether you're looking for something to wear to the office, something for your next adventure, or everyday wear, your new watch is waiting. Black resin band analog and digital watch with black face. Tough Solar Power; Multi-Band 6 Atomic Timekeeping; Tough Movement - Auto hand home position. Casio Men's 8- Digit Calculator Resin Band 35mm Watch CA53W-1 5 out of 5 stars (424) 424 product ratings - Casio Men's 8- Digit Calculator Resin Band 35mm Watch CA53W-1 This eight-digit calculator watch has a stopwatch that includes three measuring modes such as elapsed time, split time, first and second-place times. -
The Market for Hearable Devices 2016-2020
The Market for Hearable Devices 2016-2020 And then there were Airpods… Apple’s unexpected entry into the hearables market heralds a period of major change. The result is likely to be a faster move to wireless headphones, an acceleration in the take-up of earbuds, and the prospect of an overall market revenue exceeding $40 billion in 2020. Nick Hunn WiFore Consulting, London. November 2016 [email protected] +44 7768 890 148 The Market for Hearable Devices 2016-2020 The content in this document is licensed under a Creative Commons License. This allows you to copy, distribute and display the contents of this report or make derivative works as long as the original author (Nick Hunn) is credited. 0 You may copy, distribute and display the contents of this report as long as the author is attributed. The Market for Hearable Devices 2016 - 2020 And then there were Airpods. On September 7th 2016, Apple made three announcements that look set to alter the course of the hearables market. One had been predicted – the removal of the 3.5mm audio jack from the iPhone 7. It was a change that they described as courageous, but which many decried as retrograde. However, it fundamentally changed the dynamics of the market for wireless headphones. The second two announcements were much bigger surprises. Apple had designed its own wireless chip, and they were entering the hearables world by launching their own brand of earbuds, known as Airpods. Both were unexpected moves. The pistol starting the hearables race had already been fired, but now it became obvious that the race was serious. -
Gesturecalc: an Eyes-Free Calculator for Touch Screens
Paper Session 2: Inviscible Interactions ASSETS '19, October 28–30, 2019, Pittsburgh, PA, USA GestureCalc: An Eyes-Free Calculator for Touch Screens Bindita Chaudhuri1*, Leah Perlmutter1*, Justin Petelka2, Philip Garrison1 James Fogarty1, Jacob O. Wobbrock2, Richard E. Ladner1 1Paul G. Allen School of Computer Science & Engineering, 2The Information School DUB Group | University of Washington, Seattle, WA 98195, USA 1{bindita, lrperlmu, philipmg, jfogarty, ladner}@cs.washington.edu, 2{jpetelka, wobbrock}@uw.edu ABSTRACT A digital calculator is one of the most frequently used touch screen applications. However, keypad-based character input in existing calculator applications requires precise, targeted key presses that are time-consuming and error-prone for many screen readers users. We introduce GestureCalc, a digital calculator that uses target-free gestures for arithmetic tasks. It allows eyes-free target-less input of digits and operations through taps and directional swipes with one to three fngers, guided by minimal audio feedback. We conducted a mixed methods longitudinal study with eight screen reader users and found that they entered characters with GestureCalc 40.5% faster on average than with a typical touch screen calculator. Participants made more mistakes but also corrected more errors with GestureCalc, resulting in 52.2% fewer erroneous calculations than the baseline. Over the three sessions in the (a) GestureCalc (b) Baseline study, participants were able to learn the GestureCalc gestures Figure 1. (a) Performing a three-fnger tap on GestureCalc our novel and effciently perform short calculations. From our interviews eyes-free app with target-free rich gestures, versus (b) typing “5” on after the second session, participants recognized the effort in ClassicCalc (a typical touch screen calculator), the baseline.