Experiment with Apple IIe

During a research visit to the Media Archaeology Lab in Boulder (CO) participants experimented with the Apple IIe. They either played an educational game or wrote a letter on a computer from the 1980s.

Before embarking on this research visit to the United States, I brainstormed with the Human-Computer Interaction (HCI) group. The first suggestion they made was to start with a 5-second test. Participants would see the computer and the interface for five seconds and answer five questions. Did they recognise the device? What was their general impression and did they find it beautiful or ugly? What was the device used for? Finally, the questionnaire asked them to draw what they could remember.

In the second stage of the experiment, participants had to interact with the computer. Based on the software that was available in the Media Archaeology Lab (MAL) we pretested the educational game called Maps and Globes, the business software Word Perfect and a productivity package called PinPoint. During the brainstorm we used an online emulator to create assignments for the user experiment, such as these emulators for Maps and Globes and Word Perfect.

After the interactive part, I also wanted to briefly interview everyone and talk about their experience. Some of the questions we came up with included: describe the experience in three words. What was the easiest/hardest/most surprising? How does it compare to new technology and what was your impression of interacting with the technology?


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Switching the Apple IIe computer on, inserting a floppy disk and what to do when things go wrong.

The power switch is located in the back, which is not obvious at first sight and caused confusion. Can we accuse Apple of bad design? Although the position of the power switch is not very user friendly, it appears to be a conscious choice, given that the power button of the modern iMac is still hidden in the back. When the participants finally turned the computer on they were clearly enthousiastic, although some were slightly embarrased by how long it took.

Floppy Disks

The careful and curious but cautious way the younger participants handled the floppy disk shows they were not familiar with it. Some participants were afraid of breaking either the disk or the machine in the process. Furthermore, they expected the computer to read the disk automatically and forgot to close the lid of the disk drive.

Solving Issues

Sometimes the computer would not load the program properly which produced gibberish on the screen, as well as a terrifying sound. Two participants who encountered these issues had very different approaches. One tried several keys and started typing, whereas the other would not touch anything. In both cases, the IT Crowd approach resolved the issue.

Hello, IT, have you tried turning it off and on again?

Finally, one of the participants asks the lab manager “and pray?” as if starting the computer is a matter of luck. The inner workings of the Apple IIe are hidden in a black box so to speak where a higher power can seemingly influence success or failure.

The Educational Game and Word Processor

Once the computer succesfully loaded the software, the educational game started. Maps and Globes was developed by Troll Associates in 1986 and published in 1987.1 In the second part of the video other participants loaded the word processor called Word Perfect, specifically version 1.1 which was created for the Apple IIe and IIc in 1989 by the WordPerfect corporation.2

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Learning about latitude and longitude in the educational game Maps and Globes, typing and formatting a model letter in Word Perfect.
Nowadays we expect an immediate response, instead of waiting for a program to load. Applications are often downloaded and installed on our machines. We should however remember that the first personal computers could only open one program at a time. In the 1980s, software had to be loaded from the floppy disk because the limited memory could not hold several programs. Therefore, one of the participants noted “a lot of waiting huh?” whereas another said “I don’t mind waiting”.

Maps and Globes

At the start of the game the player entered their name to personalise the instructions and text. Next, participants could choose between sound or no sound. The Apple IIe does not have an external speaker, but produces sound by clicks from a toggle circuit emitted through a built-in speaker.3 If the sound was switched on, the game gave audio feedback to right or wrong answers.

The first game explained the concept of latitude, followed by an interactive exercise locating ships and later balloons on the globe. When participants got bored, the instructions told them to go back to the main menu. Some adopted the “trial and error” method and intuitively pressed escape, but unfortunately they had to consult the user manual first to find the exit command (Control + X). For the second game participants had to insert another disk, because the entire game did not fit one floppy disk.

The World Traveler Simulation told the story of a ghosthunter, in the form of a traditional adventure game. An adventure game presents the player as the protagonist in an interactive story encouraging exploration and puzzle solving.4 Once the quest is complete and the three ghosts have been found, the game plays a sort of victory song to which some reacted very calmly, whereas others were more enthousiastic.


Loading the boot disk and the work disk from two different floppy disks makes a very particular sound, described as “a grind noise”. First, the introduction would appear letter by letter. Once the screen was full, users had to ‘scroll’ down using the arrows. To create a new document, they had to exit the screen first. Similar to the game, the escape button did not work at which point they turned to the large reference manual. Far less enthousiastic, one participant remarked “it’s a lot of work” and “do I have to type all of this?”.

Apple IIe keyboard layout


Luckily, they did not have to read the entire manual, but could turn to the quick start guide to find the correct commands, including exit (white apple + = ), bold (white apple + 4), underline (white apple + 5), and save (white apple + 8). The keyboard had two different apple keys on either side of the space bar, one with just the outline called “white” by the participants and one filled or “black”. Nowadays these keys are replaced by option ⌥ and command ⌘.

To format text you had to first turn on either bold or underline using the right command, type the text, and then turn off the formatting. This formatting appeared highlighted on the screen, but would print out correctly. Nowadays we are used to a “What you see is what you get” or WYSIWYG editor such as Word.

Switching off

After the debacle of turning it on, switching off the computer was a piece of (apple) cake. One participant said “I think maybe I can do it this time”. Another one even listened to the disk drive to check if it stopped before taking out the disk.


Interview immediately after the experiment. Describing the experience in three words. Discussing the easiest, hardest and most surprising parts. Comparing old and new technology. Recalling the impression of interaction.


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Interview immediately after the experiment. Describing the experience in three words. Discussing the easiest, hardest and most surprising parts. Comparing old and new technology. Recalling the impression of interaction.

When describing the experience in three words, participants often referred to a historical sensation using words such as nostalgic and retro. Compared to current technology, the computer seemed basic, and even honest. This implies that current technology is dishonest, perhaps reffering to the invasion of privacy and gathering of personal data. Some negative features included slow and frustrating. On the other hand, experimenting with this old machine was intriguing, entertaining, engaging and fun.

Several people found the navigation very easy, and found the quick start guide helpful. The machine is “intuitive once you use it”. On the other hand, the lack of user interface and old graphics were sometimes difficult to interpret. One participant mentioned how hard it was to find the power button and several others had difficulty typing because the keyboard layout differs. For example, the arrow keys are not arranged left, up/down, right, but are positioned on a horizontal line next to each other ( ← → ↑ ↓ ). When asked what surprised them most, they included both negative and positive aspects of the experience. The younger participants found it hard to believe this computer was really used to create and print documents and did not find it very practical, they also missed a mouse. On a positive note the navigation with keys was intuitive and the keys were fun to press. The game also had a personality and contained a plot.

Comparing the Apple IIe to modern technology, the old machine obviously took a long time to load and was “only a little” slower. The graphics were very different or even worse, the sound was cheesy. Yet despite all the negatives, they still loved it and were immersed in the game. Another positive commenter appreciated the documentation, and misses clear instructions for modern technology. Interacting with the game, one participant noted that it feels like the game knows you. Others had the impression that you had to treat the old hardware carefully and were scared to break it. Even though the computer literally stood the test of time, it seems fragile simply because it is old.

Relevance of reenactment

The user experiment takes the computer out of its original educational or business setting and most of the younger participants were not used to the original standards. However, the Apple IIe was created at a time when computers no longer came in a DIY-kit. The personal computer became accessible to people outside of the group of computer experts and hobbyists.

Furthermore, in some way the participants were faced with the same challenges as the original first-time users since the machine itself has not changed. The experiment points out different challenges and features I would otherwise not have noted. The sound, the tactile experience, reading from a CRT monitor and looking at the graphics can only be experienced when interacting with a working machine.

Several historic personal computers lined up on desks with a sign saying "Please try us out, carefully!"


In a traditional museum with glass-encased computers that cannot be touched and no longer work, this experiment would not be possible. Luckily the Media Archaeology Lab in Boulder is not the only place where historical computers are maintained and users are invited to experiment and interact. Other museums such as the Centre for Computing History in Cambridge (United Kingdom) and the Living Computers Museum + Labs in Seattle (United States) also keep the computers in working order and allow visitors to touch and use them.


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User experiment at the Media Archaeology Lab in Boulder, in the context of my PhD project on the History of the Design and Use of Computing Devices.


This blogpost originally appeared on: https://www.c2dh.uni.lu/thinkering/experimental-media-archaeology-featuring-apple-iie.

1. More details on Maps and Globes can be foud in the catalogue of the MAL: https://mediaarchaeologylab.com/catalogue/software/educational-software/. More information about Troll Associates corporation can be found here: https://www.bloomberg.com/research/stocks/private/snapshot.asp?privcapId….

2. More details on Word Perfect can be found in the catalogue of the MAL, under productivity software for Apple: https://mediaarchaeologylab.com/catalogue/software/productivity/#Apple%2…. Although the popular business software was well known by 1986, it functioned only on DOS and Microsoft Windows (https://en.wikipedia.org/wiki/WordPerfect#Version_history). The 1.0 and 1.1 versions for Apple IIe and IIc were the only versions for Apple untill a later Macintosh version came out and was an absolute sales star of the WordPerfect corporation (https://archive.org/details/apple_2_wordperfect_v1.1_for_iie_iic).

3. See https://en.wikipedia.org/wiki/Apple_II#Sound.

4. More information about adventure games can be found here: https://en.wikipedia.org/wiki/Adventure_game.

‘As We May Think’ – part 10

Many ideas that Vannevar Bush envisioned came into existence in some form or other since 1945. First of all the way records are recorded changed massively with the advent of speech technology and Google glasses and other optical head-mounted displays. The second part of this essay discussed the evolution in storing information from the improved microfilm Bush suggested for his memex to CDs and DVD and other memory formats in modern day computers. However storage evolved from personal libraries and folders to servers anyone could access through their web browsers using an internet connection. The improvements regarding the consultation of records started when hypertext and hyperlinks were invented and formed the basics for the HyperText Transfer Protocol based on the client-server architecture of the World Wide Web. Even though every domain has a specific name, sometimes search engines are needed in order to find websites. Another prediction Bush made quite explicitly were new forms of encyclopedias, such as Wikipedia. In the final chapter of “As We May Think” he asks himself “must we always transform to mechanical movements in order to proceed from one electrical phenomenon to another?”[1]

Leading computer scientists and technologists agree that the definition of “computer” is changing. Ultimately scientists want to build a computer similar to the human brain. “Which means focusing on capabilities like pattern recognition and juiced-up processing power –building machines that can perceive their surroundings by using sensors, as well as distill meaning from deep oceans of data”. However, the way the human brain works remains unclear although scientists know “that talking about the brain as a computer is more than just a useful metaphor”. The founder of IBM’s Cognitive Computing group predicts “So far, we have learned to adapt to computers … but given the advent of the brain-inspired computing and how it’s going to integrate into modern computing infrastructure, computers will begin to adapt more and more to human beings.”[2]

[1] Bush. As We May Think. Chapter 8.

[2] Adrienne Lafrance. What Is a ‘Computer’ Anymore? The Atlantic. July 20 2015. Consulted 7 march 2016.


‘As We May Think’ – part 9

In the final chapter of the article Bush concludes that “Wholly new forms of encyclopedias will appear, ready made with a mesh of associative trails running through them.”[1] This seems to refer to today’s Wikipedia, an encyclopedia made by and for its users. Unfortunately there exists an information gap between the semantic web and the social web. The semantic web is “built from meta-data extracted from the social web” and it “brings better search and navigability to the web”. However it is very difficult to include properties from DBpedia into the social web of Wikipedia.[2] Often different conventions for the same property of DBpedia depend on both the articles and the community.[3] One way to detect missing links and insert them according to conventions consists of the Path Index Algorithm “which indexes path queries in Wikipedia based on result sets generated by queries on DBpedia”.[4] However the need for such an algorithm shows that browsing the social web sometimes causes difficulties.

Bush already suggested a “new profession of trail blazers, those who find delight in the task of establishing useful trails through the enormous mass of the common record”.[5] These professionals were unavailable for Wikipedia as it “is written collaboratively by largely anonymous volunteers who write without pay”.[6] This raises many issues on the credibility of cooperatively authored information resources.[7] Some features can however help both regular users and the Wikipedia Editorial Team assess the trustworthiness of the information. Most users notice textual features, references and pictures whereas the Wikipedia Editorial Team also judges the quality based on “style, structure, images, references, stability, neutrality, length, and comprehensiveness”. The only feature that users noted, but which the Wikipedia Editorial Team did not take into account, were the internal links.[8]

Where Bush seemed to envision an Encyclopedia Britannica made by professionals with “trails” or in modern times hyperlinks running through them, one of the most popular encyclopedias is actually made by and for the public. Although the credibility issues remain, Wikipedia can offer a great starting point for any research, even if only to find keywords for further online search.

[1] Bush. As We May Think. Chapter 8.

[2] Diego Torres, Pascal Molli, Hala Skaf-Milli and Alicia Diaz. 2012. From DBpedia to Wikipedia: Filling the Gap by Discovering Wikipedia Conventions. Proceedings of the The 2012 IEEE/WIC/ACM International Joint Conferences on Web Intelligence and Intelligent Agent Technology. Volume 1. IEEE Computer Society, Washington, DC, 535.

[3] Ibidem, 538.

[4] Ibidem, 539.

[5] Bush. As We May Think. Chapter 8.

[6] Wikipedia. About. https://en.wikipedia.org/wiki/Wikipedia:About. Consulted 01/03/2016.

[7] Andrea Forte and Thomas Park. How people assess cooperatively authored information resources. Proceedings of the Eighth Annual International Symposium on Wikis and Open Collaboration. Article 23. ACM New York, NY. DOI: http://dl.acm.org/citation.cfm?doid=2462932.2462963.

[8] Teun Lucassen and Jan Maarten Schraagen. 2010. Trust in wikipedia: how users trust information from an unknown source. Proceedings of the 4th workshop on Information credibility.ACM, New York, NY, 23. DOI: http://dl.acm.org/citation.cfm?doid=1772938.1772944.