The two monkeys that trialed the system, named L and J, were able to achieve typing speeds of around 10 and 7 words per minute. Patients - or rather, in this preliminary test case, monkeys - were able to then control a cursor and type out sentences using their thoughts alone, as you can see in the video above. Using long-term implantable electrodes, the scientist were able to develop a robust algorithm that could translate electrical signals in the brain, essentially thoughts, into usable inputs for a cursor on a screen. While devices, such as prosthetic limbs that use our muscles’ electrical signals, aren’t new, the Stanford approach is different, because it relies on the brain’s own signals. The technology could be used to allow paralyzed people to communicate even if they can’t move their body at all. Stanford researchers achieved an impressive result recently, when brain-scanning technology, also called a brain-computer interface (BCI), allowed a monkey to control a cursor on a screen and type out a line from Hamlet. That’s exactly what scientists at Stanford University achieved by scanning the monkey’s brain and teaching it to type out letters using telepathy science. I consider my self to have a fast typing speed considering that I am a consumer typer.Do infinite monkeys typing on infinite keyboards eventually write out Hamlet? The answer is definitely yes, but the interesting part is that even one monkey can type out Hamlet, or a copy of The New York Times. I just practice regularly every day, I used to have 45 max now I am 97 max. I'm assuming the date displayed under YY/MM/DD is the date the data was collected. Graphs are generated based on monthly stats. Take the asssessment with a hefty grain of salt.Īgain, keep in mind that since the results are collected from a relatively small sample size, and from a non-random population, the results are not representative of your average typist. This is a wild, semi-educated guess based on observation and trends, not grounded in any solid calcuations. If we were to extrapolate and assume that ⇓ Time = ⇑ WPM, then the average Time 15 WPM would be over 100 WPM. Mean average is 99 WPM, assuming I've calculated that value correctly. Median average would fall somewhere between 90 - 109 WPM. Mode average is around 100 - 109 WPM (highest peak in the graph also the most populous data point). In terms of numbers, for August and for Time 60: A non-random population will introduce bias into the results, which will skew the average quite significantly, I would imagine. I would also assume that, since these are folks that have joined a typing server, many of them are enthusiasts and will have higher-than-average WPM. A small sample size is more susceptible to bias skewing its results. a total number that includes both registered users and anonymous ones). This means the sample size will be relatively small, compared to the aggregate number of people that have used Monkeytype (i.e. Take note that users that have joined the Monkeytype server - while sizeable - still account for only a portion of every registered Monkeytype account. Graphs are generated based on monthly stats for Time 60. If you're interested, the Google Sheets is available here: Monkeystats. However, it only takes into account people within their Discord server, and only those with WPM roles. Monkeytype does have a graph that plots the number of people within a range of WPMs. I looked into it further, and I was slightly mistaken.

Typing mokey