Technology in Libraries: What's Next? (06/2013)


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Presented @ NEFLIN Tech Day
Jacksonville, FL
19 June 2013

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  • “ I've come up with a set of rules that describe our reactions to technologies: 1. Anything that is in the world when you're born is normal and how the world works. 2. Anything that's invented between when you're fifteen and thirty-five is new and exciting and revolutionary and you can probably get a career in it. 3. Anything invented after you're thirty-five is against the natural order of things.” ― Douglas Adams, The Salmon of Doubt Image:
  • Punch (1906)
  • VHS to DVD Deluxe - $80
  • Using the iPad for reference services: Librarians go mobile Megan Lotts and Stephanie Graves iPads Replace Desktop Computers at North Shore Public Library
  • $99.99
  • Memoto Lifelogging Camera - $279 The camera has no buttons. (That's right, no buttons.) As long as you wear the camera, it is constantly taking pictures. It takes two geotagged photos a minute with recorded orientation so that the app can show them upright no matter how you are wearing the camera. And it’s weather protected, so you don’t have to worry about it in inclement weather. The camera and the app work together to give you pictures of every single moment of your life, complete with information on when you took it and where you were. This means that you can revisit any moment of your past.
  • Google just bought the company for $1 Billion Dolars!
  • According to International Data Corporation (IDC), the amount of data created in 2012 reached a whopping 2.8 zettabytes -- that's 2.8 trillion gigabytes -- and that number is predicted to double by 2015. Most of it is made by individuals as they go through their daily interactions, and consequently, as tracking and storing of that data improves, analysts are able to learn even more about those people. All of this is leading to a day when, according to computer scientist Arvind Narayanan, it will be "algorithmically impossible" to be truly anonymous. http ://
  • When Kaiba Gionfriddo was born, his parents never expected to have to look on, helpless, as his windpipe collapsed daily and stopped him from breathing. They were desperate—so when a team of researchers suggested that a 3D printer could help, they leapt at the chance. So a team from the University of Michigan set about using high-resolution imaging to study Kaiba's trachea and bronchus, and then got busy with some computer aided design. Using data from CT scans they were able to create accurate 3D models of his delicate little airways—weakened by a condition called tracheobronchomalacia—and develop a splint that could be used to help support them. The research is published in the New England Journal of Medicine .
  • Samsung Galaxy S4
  • How about you phone as your library card and a self-checkout system?
  • Geniatech ATV100 TV Stick - $50 turn your normal TV to be a smart TV by HDMI connection
  • - $80 01/13: ASUS plans to put the technology into new high-end notebooks and premium All-in-One PCs
  • SD: 480lines HD: 1920×1080 (2.1 megapixel ) 4K: 3840×2160 (8.3 megapixels )
  • 4K: 3840×2160 (8.3 megapixels ) 8K: 7680 × 4320 (33.1 megapixels)
  • A group led by Jang-Ung Park recently embedded an inorganic light-emitting diode directly into an off-the-shelf contact lens. They were able to do so by developing a transparent, highly conductive, and flexible mix of graphene and silver nanowires. And after testing these lenses on rabbits — animals with eyes similar to our own — they found no negative effects or irritation. The display was only one pixel across, but it served as a good proof-of-concept. The same sort of technology, once refined and developed further, could result in displays similar to what's being achieved with Glass. This new type of hybrid transparent and stretchable electrode could eventually lead to flexible displays, solar cells, and entirely new kinds of electronic devices.
  • 5/30/2013 Google-owned Motorola has some big plans for replacing your online and device passwords that include taking a pill every morning and wearing a tattoo on your arm. The two experimental prototypes were showcased during the D11 technology conference by Motorola’s head of advanced technology and projects group, Regina Dugan. Both concepts are meant as alternatives to using passwords, passcodes, picture passwords, and two-factor authentication as a means to access your smartphone, tablet, car, and even your front door. The first project Dugan displayed was a simple electronic tattoo manufactured by Cambridge, Massachusetts-based company MC10. The small electronic tattoo uses material developed by a University of Illinois research team led by Dr. John A. Rogers. The material can stretch up to 200 percent larger than its original size and features an antenna and a handful of sensors to authenticate with your devices. “It may be true that ten to twenty year-olds don’t want to wear a watch on their wrist,” Dugan said, taking an obvious dig at the recent rumors surrounding an Apple smart watch . “But you can be sure that they’ll be far more interested in wearing an electronic tattoo, if only to piss off their parents.”
  • Researchers at the University of Washington have successfully created a prototype of a system that uses Wi-Fi — and only Wi-Fi — to detect gestures. Called "WiSee," the system cleverly measures the Doppler shifts created by human movement on regular Wi-Fi signals. That means that the system doesn't require line of sight for gesture detection and, the researchers claim, it could work with off-the-shelf Wi-Fi systems. If using Wi-Fi to detect gestures isn't wild enough, the researches claim that "The average accuracy is 94% with a standard deviation of 4.6% when classifying between our nine gestures."
  • June 15, 2013 The idea is that your body part acts as a conduit for the data to travel through, rather than beaming the information wirelessly, which makes it prone to hacking.
  • Technology in Libraries: What's Next? (06/2013)

    1. 1. Technology inLibraries:Whats Next?Michael SauersNEFLIN Technology Conference19 June 2013 - Jacksonville, FL
    2. 2. The rules:The Rules of Technology
    3. 3. These young people!
    4. 4. New-ish to libraries...
    5. 5. Content Management Systems
    6. 6. A/V Digital Converters
    7. 7. Tablets
    8. 8. Square
    9. 9. Smart Watches
    10. 10. Personal data collection
    11. 11. Memoto
    12. 12. Nest Thermostat
    13. 13. Waze
    14. 14. Big Data
    15. 15. Croudfunding
    16. 16. Library Box
    17. 17. 3D Printers
    18. 18. Wireless (Inductive) Charging
    19. 19. • Wireless communication limited to a fewcentimeters.• Mostly used for payment systems at thistime.NFC
    20. 20. HDMI Android Sticks
    21. 21. Arduino
    22. 22. RaspberryPI
    23. 23. On the horizon...
    24. 24. 802.11b: 11 / 390802.11g: 54 / 460802.11n: 150 / 820802.11ac: 1Gbps (under development)802.11ad: 7Gbps (spec only)802.11a: 6 Mbps / 330Faster WiFi
    25. 25. Leap Motion
    26. 26. Google Glass
    27. 27. 4K TV
    28. 28. Hold on to your socks!
    29. 29. 8K TV
    30. 30. • When everything is uniquely identifiableand connected to the network.• via...o RFIDo QR Codeso NFCo WiFi• All contributing to "Big Data"The Internet of Things
    31. 31. Contact lens displays
    32. 32. You are your password
    33. 33. WiSee
    34. 34. Project LoonProject Loon balloons float inthe stratosphere, twice as highas airplanes and the weather.They are carried around theEarth by winds and they can besteered by rising or descendingto an altitude with winds movingin the desired direction. Peopleconnect to the balloon networkusing a special Internet antennaattached to their building. Thesignal bounces from balloon toballoon, then to the globalInternet back on Earth.
    35. 35. "The technology developed by HHI makes it possible touse standard off-the-shelf LED room lights for datatransmission. Data rates of up to 800 Mbit/s werereached by this optical WLAN under laboratoryconditions, while a complete real-time systemexhibited at trade fairs reached data throughput of500 Mbit/s. The newly developed patent protectedcomponents have now achieved a transmission ratein laboratory experiments of over 1 Gbit/s per singlelight frequency. As off-the-shelf LEDs mainly usethree light frequencies or light colors, speeds of upto 3 Gbit/s are feasible."3GBPS "LiFi" via Light Bulbs
    36. 36. Qualcomm’s chief technology officer...showing off a base station small enoughto be integrated into a set top box orhome router.A person driving or walking through thearea receives a stronger signal on hisphone, and faster downloads, as hisdevice hops between the many smallbase stations, each with a range of tensof meters.-MIT Technology ReviewA Cell Tower on Your Desk
    37. 37. • WiTricity Corp. is...developing wireless electricitytechnology that will operate safely and efficiently overdistances ranging from centimeters to several meters—and will deliver power ranging from milliwatts tokilowatts.• Direct Wireless Power — when all the power a deviceneeds is provided wirelessly, and no batteries arerequired. This mode is for a device that is always usedwithin range of its WiTricity power source.• Automatic Wireless Charging—when a device withrechargeable batteries charges itself while still in use orat rest, without requiring a power cord or batteryreplacement. This mode is for a mobile device that maybe used both in and out of range of its WiTricity powerWireless Electricity over a distance
    38. 38. Transfer data through your bodyAn “electrical device” thatyou can either wear on yourbody [that] uses thewearer’s body part, like yourarm or finger, as a“transmission channel” totransfer data through directphysical contact withanother device like acomputer, smartphone, oreven a game console andcontroller.
    39. 39. Sauers 3.0Michael SauersThank you!