How do (students’ | faculty | staff) attitudes toward institutional learning and communication systems differ from attitudes toward informal learning and communication systems?

This isn’t nearly as relevant to the WPMU system as originally intended, but I do expect to be able to address the system through this survey without overwhelming participants. Some of the survey questions that pop into mind ask about personal use of social media, perceptions of institutional technology, relevance of both toward learning, perceived efficiency for learning, likelihood of using new institutional technology, etc.

I’m posting this here in case any readers (who I haven’t lost yet through neglect) have ideas on how to keep this useful while maintaining a sharp focus. Suggested questions are, of course, welcome.

The internet is a rebel and a bully, threatening to destroy the established system of education that dictates how we learn. Shocked? Well, this is a good thing any way you look at it. The internet will transform the way you and I learn. It will provide a customized and individual learning experience. Okay, maybe the “internet” alone won’t start the revolution, but it definitely facilitates it. Producers of educational media content already provide fully customizable websites that utilize learning management systems that let you choose what you learn, when you want to learn it. … this means that you get more bang for your buck. Which is more than you can say for the “established” educational institutions that just bark out education in hopes that you’ll keep returning. The future of education online is bright. The things we do with the internet can transform education. It can transform the world.

…

Here is one scenario:

UVU gets rid of the physical school except for one building used to house administration and an office for each teacher. Each teacher is provided with computers, webcams, microphones and other equipment. The teachers now have resources to teach lessons live, record them, and archive them for students to view at a later time. Teachers also have virtual office hours where they can chat with students, they all use email, and have personal LMS tracking their own progress. (customized and specific to the school; and better than Moodle or Blackboard) Students collaborate online.

For those of us in ed tech, nothing here is really new, but there is a palpable frustration re. the absence of teachers’ use of very basic networked technologies. This is the future he’s talking about; when I was an undergrad over 12 years ago I wanted many of the same things! Speaking of being frustrated with teachers, what he said next really grabbed me:

[I] don’t think that enough effort is being put into developing the tools that would empower us as students…

The implication here should have been obvious: if the teachers are not satisfying the students needs, at the very least students should be given tools they need to empower themselves.

I would love to see examples of your reuses/remixes so I can highlight them in future posts, and gain new ideas and insights. Please comment, pingback, or e-mail me URLs or details!

(For those of you who have been in a coma for the last 13 years, MP3 is the most popular digital audio file format. It uses a lossy encoding and compression technique to ensure small file size while preserving audio quality.)

A lot of the “MP3″ legal concern is over MP3 encoding or decoding technology, but the patents also affect the distribution of the .mp3 file itself. Emusic.com is just one of many who pay a patent royalty for the distribution of it’s MP3s. But what about educational institutions? For instance, MIT OCW uses MP3 technology for compression of audio lectures; do they pay off Thomson for each file?

Not likely. Thompson’s web site declares…

A license is needed for commercial (i.e., revenue-generating) use of mp3/mp3PRO in broadcast systems (terrestrial, satellite, cable and/or other distribution channels), streaming applications (via Internet, intranets and/or other networks), other content distribution systems (pay-audio or audio-on-demand applications and the like) or for use of mp3/mp3PRO on physical media (compact discs, digital versatile discs, semiconductor chips, hard drives, memory cards and the like).

However, no license is needed for private, non-commercial activities (e.g., home-entertainment, receiving broadcasts and creating a personal music library), not generating revenue or other consideration of any kind or for entities with associated annual gross revenue less than US$ 100 000.00.

This appears to exempt non-profit educational usage, so I e-mailed Thompson directly. Reeder Grant of Thompson replied swiftly and courteously:

If you are not receiving, or you do not anticipate receiving more than $100,000 annually from mp3 distribution activities, you do not need a license. From your described use below (distribution of non-profit educational MP3s), it would seem that you would fall into this latter category of not needing the license.

Good news, right? Based on this information I suggest the following options for educational creation and distribution of .mp3 (which in no way should be considered legal advice):

1. Proceed. Create and distribute .mp3s without a license if they are clearly for non-profit educational purposes. But make sure you use a legally purchased and licensed, or, even better, an open source MP3 encoder like LAME (open source MP3 encoders have been specifically ignored by the legal actions). And consult a lawyer.
2. Contact the patent holder(s). I would go with Thompson for the above-stated reasons. Then consult a lawyer.
3. Break into the open. Use a different, widely supports audio compression format. OGG seems to be the most popular “open” lossy audio compression technology. OGG is not natively supported by iTunes or Windows Media Player (two of the most popular desktop media players), but plug-ins are available for both (make these available to users on the file download pages). No lawyer required.

Hardcore edupunk’s might lean toward option 3, but while nearly everyone is ready to play an MP3 in some form or another, few are ready to play an OGG, and less are comfortable with the change of file format.

(I will add that though I’ve never played with OGG, I am fascinated by the claim that OGG can “contain” lossless audio file information from other formats such as FLAC. FLAC is an open “lossless” audio compression codec, and I’ve always ripped my CDs as FLAC and MP3 simultaneously using EAC, Mareo, and LAME [FLAC for archive, MP3 for portability], but this FLAC + OGG marriage may be more suitable in the longterm.

(If you’re thinking of trying OGG, audiophiles recommend that you not “transcode”, that is, convert from MP3 –> OGG. Convert from CD, original WAV, or other “lossless” format.)

P.S. With respect to the original ITForum question, I should point out that Audacity is not a MP3 encoder as implied, nor does it contain an MP3 encoder, thus exempting it from the patent licensing bane. Audacity is an audio file editing software that uses it’s own file format. Audacity does, however, work with external MP3 encoding software (like LAME). Basically Audacity triggers the external encoder to compress the audio file.

httpv://www.youtube.com/watch?v=6KsEQnOkTZ0

Richard references Johnathan Harris, so you might want to check out his web site here.

[kml_flashembed movie="http://www.youtube.com/v/vOvQ55MxF1Y" width="425" height="350" wmode="transparent" /]

Here’s a higher quality flv version:

Intro to OpenShare for Moodle 1.9 (flv)

• LilaTov Cocktail: “Creepy Treehouse” effect: Twitter & Facebook suck when they’re required by your professor
• Marie-Jose Klaver Met je professor in een boomhut (In a Treehouse with Your Professor) (Dutch — does “kippenvel” mean “goosebumps”?)
• AnneC Trouver l’équilibre (French — relates personal experiences with student resistance to instructor-implemented social media)
• History-ing: Creepy Treehouse

The persistence of this discussion should be encouraging for John Krutsch and Marc Hugentobler, who will be presenting at this year’s WCET Annual Conference specifically on the creepy tree house effect in a session titled “Taking the ‘Creepy’ Out of ‘Creepy Tree House’”. I look forward to seeing educators and administrators engage in discussion and debate on the meaningful/meaningless-ness of the term, any deleterious effects it might have on teaching and learning, and how we can leverage technology without wasting our time.

My review will be a little different from John and Ben Krutsch’s review, as I almost immediately set about wiping the Xandros Linux operating system (OS) and installed Ubuntu Linux, which I am using on several other computers.

Specs of EeePC 900

Review

The ASUS EeePC 900 is a compact, fairly light, surprisingly powerful notebook that will suit the needs of nearly any mobile dekstop computing user, providing they have good manual dexterity and eyesight.

Strengths:

• Small width and depth
• Good resolution for the size (1024 x 600)
• Sufficient USB ports (3) & SD card slot
• VGA video out
• Fairly lightweight
• Fast boot up (< 1min) and application starts
• No moving hard drive to farm
• Bright screen in normal, indoor lighting

Weaknesses:

• Average height
• Small screen requires good vision (disclaimer: my colleague John Krutsch has a visual impairment but did not complain about the readability of the screen size)
• Keyboard is a little awkward and uncomfortable for my hands
• Not as lightweight as I’d expected
• Limited storage space (I’ve set aside the 16gb 2nd memory for my storage space.
• Achromatic chassis may be boring to some
• No Bluetooth or WAN

It’s fair to say I have high expectations for laptops/notebooks. I’ve owned half-a-dozen different brands of laptops (Panasonic, Dell, Fujitsu, Toshiba, Lenovo, Texas Instruments/Acer), and so far my favorites have been Lenovo, Fujitsu, and Dell, in that order. In fact, I now own two Lenovos which I use 90% of the time—a Thinkpad T60 for my “desktop replacement” with a docking station, and a Thinkpad x60s as my writing notebook.

Because the EeePC was predicted to replace my Thinkpad x60s in my workflow I reviewed the EeePC in comparison. It’s important to keep in mind that the EeePC costs three times less than the Thinkpad x60s, and ASUS certainly didn’t intend for it to be a competitor of these higher-end laptops. I run Ubuntu 8.4 on my Thinkpad, and for the basic word processing and Web/Internet apps I used there is very little noticeable advantage to the Thinkpad in terms of speed, which is a strong mark for the EeePC.

The battery life of my charged EeePC was labeled at approximately 6 hours, though I will update this information tonight after I let it run down.

Obviously the Thinkpad has a larger screen and a full-size keyboard, and so it wins there hands down—by comparison, typing on the EeePC was painful, though the more I type with it the easier it becomes.. What really startled me upon comparison was how insignificant the weight difference was between the EeePC 900 and the Thinkpad x60s—the Thinkpad was a mere 6 oz heavier—not enough to really notice.

So while the EeePC is a compact tool of considerable computing power at an unbeatable price, it’s small size can be weighed as a disadvantage in terms of screen and keyboard usability. For my purposes, it’s not significantly lighter or more convenient than my Thinkpad x60s, and so to facilitate my writing work I will probably stick with the latter. I expect the EeePC to be very convenient, however, to keep in my office as a highly portable, on-demand notebook for toting around campus to meetings and appointments.

Applications for E-Learning

The most prominent application for learning with EeePCs comes from their low pricetag. At ~$400 USD I could imagine these being standard equipment for jr. high or high school students. If my son’s school had an established plan for integrating use of notebook computers into the daily curriculum, I would have no problem shelling out the money for one of these. Presuming that these could be used for at least 2 years, probably 3-4 if any memory expansions become available, the bang-for-the-buck potential is high.

The Xandros and the Ubuntu distributions come with Firefox for the Web, OpenOffice for word processing, spreadsheets, and presentations, and Ubuntu comes with GIMP for image editing–this open source suite alone provides users with significant opportunities to learn and create right out of the box.

Collaboration or other connected learning opportunities are less apparent, but I think it’s worth considering further, even to the point that ed tech bloggers come up with a “best practices” list of ways to support engaged learning through these and other laptops (something the OLPC focuses on with Sugar).

17. Use electronic flash cards (p 184). (Coincidentally, @KenWoodward and I are working on providing an extremely reusable flash cards app for both desktop Web browsers and handheld devices.)
18. Drag-and-drop activities for self-assessment within a lesson (p 194).
19. Use pre- and post-assessments to demonstrate the value of the e-learning (p 205).
20. Provide flowchart(s) to illustrate processes (p 216). (I’ve found these are easy to create in most spreadsheet programs.)
21. As part of prototyping and design, write a learner scenario to describe possible interactions with e-learning (p 221).
22. Tap into learners’ “emotional brain” with personalized learning models (Concrete experience; Reflective observation; Abstract hypothesis; Active testing) (p 226). (This model is similar to Stevick’s Observe – Span – Do, which I’ve found to be effective in language learning.)
23. Use content templates to rapidly turn out lesson pages with a consistent look and feel (p 228; p 232).
24. Use concept maps and causal loops for navigation as an alternative to linear navigation for complex concepts (p 240). (I do recall some early studies of hypertextual learning suggested that non-linear navigation is risky at best.)
25. Embed hyperlinks to glossary entries within the lesson content (p 249).
26. Provide a printable summary of lesson content as a study aid (p 265).
27. Develop a virtual campus to help wholly distance learners orient themselves and feel connected (p 287).
28. Use visuals to show relationships between course concepts (p 291).
29. Slow down or speed up motion to demonstrate complex physical skills (p 301).
30. Create an interactive, multidimensional timeline for subjects such as history that weave events in places and times (p 308).
31. Use still and interactive graphics for complex or obscure physical concepts (e.g. atoms, cells, galaxies, tidal pools) (p 312; 315; 318; 321; 324).

These 31 ideas are the choicest out of Shank’s 95+ picks. Note that I’ve written 95+; Shank explains at the end that there are more than 95 ideas in this book, despite the title. She suggests that the element of surprise can help learning along, yet at the same time she notes that she herself wouldn’t have noticed, and the book doesn’t even number the ideas so that you could know there were more than 95. Really, who’s going to be keeping count in their head?

Length and those minor complaints aside, I recommend this book to instructional designers or technology-minded teachers, if only to see the screen-shots illustrating the most useful and innovative ideas.

I might correct myself on that last point to include “common sense” ideas that are of significant value; yet even so, I think I could edit Shank’s book down to simply 31 useful and noteworthy ideas for technology-enhanced teaching. My version would include just the following.

1. Provide a detailed, weekly study schedule (p 16).
2. Embed performance tips to direct study and discipline toward learner success (p 20).
3. Anonymous weekly surveys to collect formative feedback (p 31).
4. Have contingency plans in place for learning in the case of technology failure (p 39).
5. Explain discussion message protocols to keep students focused and comfortable in forums (p 78).
6. Let learners evaluate their own contributions to the course through online quizzes or surveys (p 82).
7. Use tables as graphical organizers to illustrate relationships between information or concepts (p 94).
8. Ask students to enter their answer and compare it to an expert’s response (p 101).
9. You mouse rollovers to show ancillary info, allowing students to learn more about topics or passages (p 105), or use collapsible layers for text or illustrations (p 244).
10. Share bookmarks to web sites online (p 112). (Surprisingly, del.icio.us or other online tools were not mentioned.)
11. Show an expert’s view of a question or issue surrounding a topic (p 118).
12. Use a table, or Word’s track changes for easy peer editing (p 132).
13. Moderate student chat rooms (p 142). (They recommend a “knowledgeable assistant”, but I say that’s the teacher’s job!)
14. Use word games, such as 5 summative words that start with the same vowel to reinforce concepts (p 161). (I like acrostics, such as are found in the Nintendo DS game, Brain Age 2.)
15. In synchronous lectures, let learners determine the order in which topics are presented (Gordon MacKenzie-style) (p 163).
16. Use games and puzzles to review (e.g. crosswords, fill-in-the-blank (p 180). (I recommend our GameGarten, aka The Play Station hosted by John Krutsch.)

I’ll stop at number 16 to give you the information in two manageable chunks. Chunking is one idea that I think is pretty useful in e-learning, though it is overlooked in The Online Learning Book. I’ll post the last 15 strong ideas on this blog tomorrow.