How to increase productivity: read for speed faster than listening. Bandwidth of eyes faster than ears. Impact on workplace, technology, phones, devices, screen size and communication. Conference keynote speaker Patrick Dixon

2 How to increase productivity: read for speed  faster than listening. Bandwidth of eyes faster than ears. Impact on workplace, technology, phones, devices, screen size and communication. Conference keynote speaker Patrick Dixonhttp://www.globalchange.com Read for speed faster than listening. Bandwidth of eye hugely faster than hearing. Impact on technology, phones, devices, screen size and communication. Part of presentation for Nokia by Conference keynote speaker Patrick Dixon
http://www.globalchange.com Why reading is faster than listening. Bandwidth capacity of human eyes, ears and brain. Data flow and communication, speech recognition by human beings slower than scanning text by human eye. Why newspapers, magazines, books and other printed media are faster to read than text on computer screen and faster than voice calls / telephone. Impact on technology, innovation, design of devices, computers, displays. Ultra high resolution and digital paper limitations. Speed of reading e-mail compared to printed documents. Workplace efficiency and how to increase productivity. Video by Futurist conference keynote speaker Patrick Dixon.

Duration : 0:0:44


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Technorati Tags: bandwidth, communication, data, devices, digital, resolution, screen, technology, transmission

This entry was posted in communication in the workplace and tagged bandwidth, communication, data, devices, digital, resolution, screen, technology, transmission. Bookmark the permalink.

5 Responses to How to increase productivity: read for speed faster than listening. Bandwidth of eyes faster than ears. Impact on workplace, technology, phones, devices, screen size and communication. Conference keynote speaker Patrick Dixon

  1. pjvdixon says:

    Based on the number …
    Based on the number of retinal light sensitive cells and how much data each one sends to the brain each second.

  2. illwobble says:

    3,000 Terabits (? …
    3,000 Terabits (?terabytes) of data per second! Pretty remarkable. How can they really work that out though…

  3. iMBBonlyone says:

    smartypants : P


    smartypants : P

    excellent advice.

  4. archaedemos says:

    why was this so …
    why was this so short? oh.. am i supposed to go to some other website besides youtube?? not gonna happen.

  5. pjvdixon says:

    Do comment and rank …
    Do comment and rank this video so others can find what is helpful. I read every comment and reply where I can. Thanks Patrick

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