Even though many feel that the principles on which the Dvorak keyboard is based should make it superior to the older QWERTY, there is divergent evidence about whether the logic of the keyboard actually translates into faster typing. Although studies performed by Dvorak and his disciples indicate a large advantage in typing speed (40%), other studies performed for the US General Services Administration and independent ergonomics investigations indicate ...

See also:

Dvorak Simplified Keyboard, Dvorak Simplified Keyboard - Overview, Dvorak Simplified Keyboard - Benefits, Dvorak Simplified Keyboard - Resistance to change, Dvorak Simplified Keyboard - Further improvements, Dvorak Simplified Keyboard - One hand versions, Dvorak Simplified Keyboard - Other languages

Read more here: » Dvorak Simplified Keyboard: Encyclopedia II - Dvorak Simplified Keyboard - Benefits

See also:

Dvorak Simplified Keyboard, Dvorak Simplified Keyboard - Overview, Dvorak Simplified Keyboard - Benefits, Dvorak Simplified Keyboard - Resistance to change, Dvorak Simplified Keyboard - Further improvements, Dvorak Simplified Keyboard - One hand versions, Dvorak Simplified Keyboard - Other languages

Read more here: » Dvorak Simplified Keyboard: Encyclopedia II - Dvorak Simplified Keyboard - Overview

Dvorak and Dealey studied letter frequencies and the physiology of the hand and created the layout to adhere to these principles: It is easier to type letters alternating between hands. For maximum speed and efficiency, the most common letters and digraphs should be the easiest to type. This means that they should be on the home row, which is where the fingers rest. Likewise, the least common letters should be on the bottom row, which is the hardest row to reach. The right hand should do more of the ty ...

See also:

Dvorak Simplified Keyboard, Dvorak Simplified Keyboard - Overview, Dvorak Simplified Keyboard - Resistance to change, Dvorak Simplified Keyboard - Further improvements, Dvorak Simplified Keyboard - One hand versions, Dvorak Simplified Keyboard - Other languages, Dvorak Simplified Keyboard - Controversy

Read more here: » Dvorak Simplified Keyboard: Encyclopedia II - Dvorak Simplified Keyboard - Overview

Even though many feel that the principles on which the Dvorak keyboard is based should make it superior to the older QWERTY, there is divergent evidence about whether the logic of the keyboard actually translates into faster typing. Although studies performed by Dvorak and his disciples indicate a large advantage in typing speed (40%), other studies performed for the US General Services Administration and independent ergonomics investigations indicate either a small or nonexistent advantage (less than 5%). Certainly, attempts to convert univ ...

See also:

Dvorak Simplified Keyboard, Dvorak Simplified Keyboard - Overview, Dvorak Simplified Keyboard - Resistance to change, Dvorak Simplified Keyboard - Further improvements, Dvorak Simplified Keyboard - One hand versions, Dvorak Simplified Keyboard - Other languages, Dvorak Simplified Keyboard - Controversy

Read more here: » Dvorak Simplified Keyboard: Encyclopedia II - Dvorak Simplified Keyboard - Resistance to change

XPeRT is a specific keyboard layout designed to increase English-language keying efficiency. XPeRT - Key Positions on the XPeRT keyboard. The designers claim that opposing hand key sequences (digraphs) are increased from 50% on the standard (QWERTY) layout to 83%, in order to promote speed. Digraph statistics listed were derived from the Dvorak keyboard US patent of 1936. The admired Dvorak layout has 80% opposing hand digraphs, also aimed at speed, and focuses on the home row to ...

Including:

XPeRT - Key Positions on the XPeRT keyboard XPeRT - Criticism XPeRT - Responses

Read more here: » XPeRT: Encyclopedia - XPeRT

QWERTY (pronounced "kwerty" or "Q-werty") is the most common modern-day keyboard layout on most English language computer and typewriter keyboards. It takes its name from the first six letters seen in the keyboard's top row of letters. The QWERTY design was patented by Christopher Sholes in 1868 and sold to Remington in 1873, when it first appeared in typewriters. QWERTY - Purpose. Frequently-used pairs of letters were separated in an attempt to stop the typebars from intertwining and becoming stuck, thus f ...

Including:

QWERTY - Purpose QWERTY - Languages other than English QWERTY - Alternative keyboard layouts QWERTY - Trivia

Read more here: » QWERTY: Encyclopedia - QWERTY

Dr. August Dvorak (May 5, 1894 – October 10, 1975) was an educational psychologist and professor of education at the University of Washington in Seattle, Washington. He and his brother-in-law, Dr William Dealey, are best known for creating the Dvorak Simplified Keyboard layout in the 1930s as a replacement for the QWERTY keyboard layout. In the 1940s, Dvorak designed keyboard layouts for people with the use of one hand. Dr. Dvorak, along with Dealey, Nellie Merrick, and Gertrude Ford, wrote the book Typewriting Beha ...

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The designers claim that opposing hand key sequences (digraphs) are increased from 50% on the standard (QWERTY) layout to 83%, in order to promote speed. Digraph statistics listed were derived from the Dvorak keyboard US patent of 1936. The admired Dvorak layout has 80% opposing hand digraphs, also aimed at speed, and focuses on the home row to reduce finger reach; it moves 24 letters from Qwerty locations, causing some resistance to change. Re-arrangement of commonly used letters is kept to a minimum in the XPeRT layout, to ease tran ...

See also:

XPeRT, XPeRT - Key Positions on the XPeRT keyboard, XPeRT - Criticism, XPeRT - Responses

Read more here: » XPeRT: Encyclopedia II - XPeRT - Key Positions on the XPeRT keyboard

Because modern keyboards do not suffer from the problems of older mechanical keyboards, the QWERTY layout's separation of frequently used letter pairs is no longer strictly necessary. Several alternative keyboard layouts, such as Dvorak Simplified Keyboard arrangement (designed by Drs. August Dvorak and William Dealey and patented in 1936), have been designed to increase a typist's speed and comfort, largely by moving the most common letters to the home row and maximizing hand alternation. The effectiveness of these layouts is disputed, but ...

See also:

QWERTY, QWERTY - Purpose, QWERTY - Languages other than English, QWERTY - Alternative keyboard layouts, QWERTY - Trivia

Read more here: » QWERTY: Encyclopedia II - QWERTY - Alternative keyboard layouts

Frequently-used pairs of letters were separated in an attempt to stop the typebars from intertwining and becoming stuck, thus forcing the typist to manually unstick the typebars and also frequently blotting the document. The home row (ASDFGHJKL) of the QWERTY layout is thought to be a remnant of the old alphabetical layout that QWERTY replaced. QWERTY also attempted to alternate keys between hands, allowing one hand to move into position while the other hand strikes home a key. This sped up both the original double-handed hunt-and-peck techn ...

See also:

QWERTY, QWERTY - Purpose, QWERTY - Languages other than English, QWERTY - Alternative keyboard layouts, QWERTY - Trivia

Read more here: » QWERTY: Encyclopedia II - QWERTY - Purpose

The following applies to typing or computer use. RSI is best prevented in its early stages before it becomes difficult to control. Pay attention to pain and fatigue. Stop using the computer BEFORE you begin to feel symptoms. Pay attention to posture. The head and back should form a straight line from the ears to the pelvis. The shoulders and head should not be hunched forward. Take regular breaks. One option is to install reminder software. Avoid resting the wrists on anything when typing. Hold them st ...

See also:

Repetitive strain injury, Repetitive strain injury - Specific conditions, Repetitive strain injury - Warning signs, Repetitive strain injury - Prevention, Repetitive strain injury - Treatment

Read more here: » Repetitive strain injury: Encyclopedia II - Repetitive strain injury - Prevention

If RSI symptoms have already appeared, there are further methods of treatment which should be used in addition to the above preventative techniques. The sufferer should gather as much information as possible on their disorder. RSI healing generally cannot be achieved solely by medical professionals and requires active participation by the patient over a period of several months. The more the patient understands, the more likely it is that treatment will be effective. Consider reading books (see references) as well as asking seve ...

See also:

Repetitive strain injury, Repetitive strain injury - Specific conditions, Repetitive strain injury - Warning signs, Repetitive strain injury - Prevention, Repetitive strain injury - Treatment

Read more here: » Repetitive strain injury: Encyclopedia II - Repetitive strain injury - Treatment

During the 1920s through 1940s, typing speed was an important secretarial qualification and typing contests were popular, publicized by typewriter companies as promotional tools. As of 2005, Barbara Blackburn is the fastest typist in the world, according to The Guinness Book of World Records. Using the Dvorak Simplified Keyboard, she has maintained 150 word/min for 50 min, 170 word/min for shorter periods of time, and has been clocked at a peak speed of 212 word/min. Blackburn failed her typing class in high school, first encountered ...

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Typewriter, Typewriter - Innovations, Typewriter - Electric designs, Typewriter - Non-impact technologies, Typewriter - Typewriter legacy, Typewriter - Keyboard layout, Typewriter - Computer jargon, Typewriter - Correction methods, Typewriter - Typing speed records and speed contests, Typewriter - Forensic identification

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A typewriter is a mechanical, electromechanical, or electronic device with a set of "keys" that, when pressed, cause characters to be printed on a document, usually paper. In the late 19th and the start of the 20th century a person who operated such a device was sometimes also called a "typewriter," but it then became more common to call the person a typist. A typewriter has a keyboard, with keys for each of the characters in its font. The method by which the typewriter actually marks the paper now varies as great ...

Including:

Typewriter - Innovations Typewriter - Electric designs Typewriter - Non-impact technologies Typewriter - Typewriter legacy
Typewriter - Keyboard layout Typewriter - Computer jargon
Typewriter - Correction methods Typewriter - Typing speed records and speed contests Typewriter - Forensic identification

Read more here: » Typewriter: Encyclopedia - Typewriter

Carpal tunnel syndrome is a medical condition in which the median nerve is compressed at the wrist causing symptoms like tingling, pain, coldness, and sometimes weakness in parts of the hand. It is the best known of a class of disorders called repetitive strain injuries. Carpal tunnel syndrome - Anatomy. The median nerve runs through the carpal tunnel, a canal in the wrist that is surrounded by bone on three sides, and a fibrous sheath (the flexor retinaculum) on the other. In addition to the nerve, many of ...

Including:

Carpal tunnel syndrome - Anatomy Carpal tunnel syndrome - Incidence Carpal tunnel syndrome - Symptoms Carpal tunnel syndrome - Causes Carpal tunnel syndrome - Diagnosis Carpal tunnel syndrome - Treatment and Prevention
Carpal tunnel syndrome - Immobilizing braces Carpal tunnel syndrome - Localized Steroid Injections Carpal tunnel syndrome - Soft Tissue Therapy Carpal tunnel syndrome - Prioritizing Hand Activities and Ergonomics Carpal tunnel syndrome - Carpal Tunnel Relief Surgery
Carpal tunnel syndrome - Long term recovery

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Carpal tunnel syndrome is a medical condition in which the median nerve is compressed at the wrist causing symptoms like tingling, pain, coldness, and sometimes weakness in parts of the hand. It is the best known of a class of disorders called repetitive strain injuries. Carpal tunnel syndrome - Anatomy. The median nerve runs through the carpal tunnel, a canal in the wrist that is surrounded by bone on three sides, and a fibrous sheath (the flexor retinaculum) on the other. In addition to the nerve, many of ...

Including:

Carpal tunnel syndrome - Anatomy Carpal tunnel syndrome - Incidence Carpal tunnel syndrome - Symptoms Carpal tunnel syndrome - Causes Carpal tunnel syndrome - Diagnosis Carpal tunnel syndrome - Treatment and Prevention
Carpal tunnel syndrome - Immobilizing braces Carpal tunnel syndrome - Localized Steroid Injections Carpal tunnel syndrome - Soft Tissue Therapy Carpal tunnel syndrome - Prioritizing Hand Activities and Ergonomics Carpal tunnel syndrome - Carpal Tunnel Relief Surgery
Carpal tunnel syndrome - Long term recovery

Read more here: » Carpal tunnel syndrome: Encyclopedia - Carpal tunnel syndrome

List of University of Washington people - Nobel Laureates. Linda B. Buck - Physiology and Medicine, 2004 Hans G. Dehmelt - Nobel Prize in Physics, 1989 George Hitchings - Physiology and Medicine, 1988 Martin Rodbell - Physiology and Medicine, 1994 George Stigler - Physiology and Medicine, 1982 List of University of Washington people - Rhodes Scholars. Frank Aller, 1968 Michael Anderson, 1985 Elizabeth Ange ...

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List of University of Washington people, List of University of Washington people - Notable UW students and alumni, List of University of Washington people - Nobel Laureates, List of University of Washington people - Rhodes Scholars, List of University of Washington people - Academia science and technology, List of University of Washington people - Aeronautics and Astronautics, List of University of Washington people - Business and law, List of University of Washington people - Literature, List of University of Washington people - Politics, List of University of Washington people - Sports, List of University of Washington people - Television Film and the Arts, List of University of Washington people - Notable current and former faculty, List of University of Washington people - Nobel Laureates, List of University of Washington people - Other Prominent Faculty

Read more here: » List of University of Washington people: Encyclopedia II - List of University of Washington people - Notable UW students and alumni

1.TR.6 -- 100BaseFX -- 100BaseTX -- 100BaseT -- 100BaseVG -- 100VG-AnyLAN -- 10base2 -- 10base5 -- 10baseT -- 120 reset -- 16-bit -- 16-bit application -- 16550 UART -- 1NF -- 1TBS -- 2.PAK -- 20-Gate programming language -- 20-GATE -- 28-bit -- 2B1D -- 2B1Q -- 2D -- 2NF -- 3-tier (computing) -- 32-bit application -- 32-bit -- 320xx microprocessor -- 320xx -- 386BSD -- 386SPART.PAR -- 3Com Corporation -- 3DO -- 3D computer graphics -- 3GL -- 3NF -- 3Station -- 4.2BSD -- 404 error -- 431A -- 473L Query programming language -- 486SX -- 4GL -- 4NF -- 51forth programming language -- 56 kbit/s ...

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List of computing topics, List of computing topics - 0–9, List of computing topics - A, List of computing topics - B, List of computing topics - C, List of computing topics - D, List of computing topics - E, List of computing topics - F, List of computing topics - G, List of computing topics - H, List of computing topics - I, List of computing topics - J, List of computing topics - K, List of computing topics - L, List of computing topics - M, List of computing topics - N, List of computing topics - O, List of computing topics - P, List of computing topics - Q, List of computing topics - R, List of computing topics - S, List of computing topics - T, List of computing topics - U, List of computing topics - V, List of computing topics - W, List of computing topics - X, List of computing topics - Y, List of computing topics - Z

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Dvorak writes for various publications, including PC Magazine (two separate columns since 1986), Marketwatch, BUG Magazine (Croatia), and Info Exame (Brazil). Dvorak has been a columnist for Boardwatch Magazine, Forbes, Forbes Online, MacUser, MicroTimes, PC/Computing, Barron's Magazine, Smart Business, and Vancouver Sun. (The MicroTimes column ran under the banner Dvorak's Last Column.) His See also:

John C. Dvorak, John C. Dvorak - Periodicals, John C. Dvorak - Books, John C. Dvorak - Awards, John C. Dvorak - Audio and Video, John C. Dvorak - On-Line, John C. Dvorak - Personal, John C. Dvorak - Miscellaneous

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Words per minute is a measure of typing speed, commonly used in recruitment. Words per minute is also a measure of a telegraph or amateur radio operator's Morse code speed. Since the codes for different letters differ in length, one needs to specify a reference word. A commonly-used reference word is "PARIS". For the purposes of WPM measurement a word is standardized to five characters or keystrokes. So, "fifth" counts ...

See also:

Words per minute, Words per minute - Typing, Words per minute - Reading

Read more here: » Words per minute: Encyclopedia II - Words per minute - Typing