Wednesday, July 18, 2007

Elisabeth Sylvan: the Sharing of Wonderful Ideas


Dr Elisabeth Sylvan

Today I attended the thesis defense of my friend Elisabeth Sylvan, now Dr Elisabeth Sylvan, from the Lifelong Kindergarten research group at the MIT Media Laboratory. Her dissertation is entitled the Sharing of Wonderful Ideas: Influence and Interaction in Online Communities of Creators.

At her dissertation committee: Mitchel Resnick, Alex P. Pentland and Peter Gloor

Abstract
This thesis presents a new framework for understanding how communities of creators share work, influence one another's creative processes, and learn from one another. I introduce the concept of Online Communities of Creators (OCOCs), which are online communities where the core activity is sharing personal creations. Using a mixed-methods approach of ethnography and social network analysis, I study two specific OCOCs: the Computer Clubhouse Village and the Scratch online community.

I analyze how ideas spread through OCOCs using the framework for diffusion of innovation developed by Everett Rogers. I map specific behaviors in OCOCs to Roger's five stages of adoption of innovation: awareness, interest, evaluation, trial and adoption. Within OCOCs each of these stages represent deepening understanding of other community members' work. The last two stages can be seen as members learning from each other. I report on how different social and project-related activities support the communities. I analyze which community members and which projects are most commonly in the trial and adoption stages. Finally I describe what creator and project factors predict influence in OCOCs.

Even though developed for two specific communities, her framework could be re-applied to the understanding of the sharing of creations within another community. It would be interesting to research on the mechanism of creation through blogs, or social communities.

Throughout her research, she analyzes the forms of participation, the mechanism of adoption of ideas and how ideas spread within the community, and finds ways to predict influence. For instance, prediction for download of user's projects happens:
1st- when the project is featured by administrator of the community
2nd- when the creator of the project has many projects already
3rd- when the creator of the project comments on projects
4th- when the creator of the project has uploaded projects recently
5th- when the creator of the project has friends, etc...

By observing a specific community, she studies how the learning happens socially.
Community members spontaneously filled in surveys that her software uses as data to generate a network visualization. She noticed that community members were developing popularity and skills that went beyond the community itself and could motivate users to later do something on the internet.

Elastic visualization


A cluster within my delicious' tags visualized with 6pli

I discovered 6pli, a beautiful and useful tool for delicious tag visualization and navigation. The 6pli system connects to your delicious database and uses the bundles to bridge between very different content. I find this tool amazing; it is finally an answer to my struggle in navigating among my delicious catalog.
You can contact the creator of the tool, Santiago Ortiz, to create your own account.
More about his work.

Santiago --What is nice about order is that is very difficult to keep (because of the god entropy), so there is always eccentric posts, as the image shows:

Tuesday, July 17, 2007

Never too pink





Pink Prank Project found on itfashion

Web Trend Map 2007 Version 2.0


Clic for details on the map

We have done it before: The 200 most successful websites on the web, ordered by category, proximity, success, popularity and perspective. We have done it again – and better. Upon popular demand – here is iA’s next Web Trend Map

Map created by information architects Japan. Also I just discovered a clicable online version via DesignNotes

Robot competition

Unique in its genre ... and just a step away from a tangible street fighter!

Mylight lamp by lars spuybroek

"we can now ‘print’ an object directly from digital information – molds will just disappear. people have no idea yet what an incredible change in technology that is. and what that means for design. all design will become meta-design: objects can now be a range-of-objects like in a family or a species. not one is the same, but they are similar enough to be recognised. they can be big on top, big in the middle, or big below. they can have many holes or just a few. but they will always be private, each lamp you buy is different from the other, it’s unique.” – lars spuybroek

more information

This commercial work reminds me the impressive and comprehensive research of my previous professor at the Graduate School of Design, Dr Kostas Terzidis, whose "research work focuses on creative experimentation within the threshold between arts, architecture, and computer science. As a professional computer programmer he is the author of many computer applications on form-making, morphing, virtual reality, and self-organization. (...) His latest book, Algorithmic Architecture, provides an ontological investigation into the terms, concepts, and processes of algorithmic architecture and provides a theoretical framework for design implementations. -GSD"

My past projects for his course on Kinetic Architecture
My first assignment for his course on Advanced Studies in Architectural Computing.

Excerpt 1 and Excerpt 2 from his works.

Gesture recognition to control home appliances

Interaction design through gesture recognition can be a bit tricky when it means interacting with a full set of home appliances. Distinguishing between intentional and unintentional gestures is probably the challenge as well as creating an artificial-gestural language strong enough to rely on.
I read a lot on the fact that using gesture is for "TV potatoes" while actually I find using gestures more "sporty". Indeed, one moves the entire hand and arm to control devices whereas a remote only works by pressing a button. The wii is a good example of semi-sport action while playing video games!

Now, seven simple hand gestures to switch your TV on

(...) The controller's built-in camera can recognize seven simple hand gestures and work with up to eight different gadgets around the home, reports The Daily Mail.

The all-seeing wave controller is the brainchild of Australian engineers Dr Prashan Premaratne and Quang Nguyen, who predict its availability on the market within three years.(...)

Its software recognises simple, deliberate hand gestures and then sends the appropriate signal to a universal remote control, designed to work with most makes of television, video recorder, DVD player, hi-fi and digital set-top box.
(...)

A clenched fist means "start", an outstretched hand with closed fingers means "power on", a thumbs-up sign means "up" and a sideways victory sign means "channel".

Crucially for anyone with small children, pets or gesticulating family members, the software can distinguish between real commands and unintentional gestures.

Excerpt of article by International reporter, July 2007.


Image from the Daily Mail

Sunday, July 15, 2007

Apple Form Factor Evolution 1976-2007


Clic on the picture for details

Thank you Chompchomp!

What the heck is Electronic Mail?


"Electronic Mail is a term that's been bandied about data processing circles for years. Simply put, it means high-speed information transportation. One of the most advanced methods is terminals talking to one another. Your mailbox is the terminal on your desk. Punch a key and today's correspondence and messages are displayed instantly (...) Electronic Mail is document distribution that's more timely, accurate and flexible than traditional methods. There's no mountain of paperwork (...) Tomorrow's automated office will clearly include Electronic Mail. - Honeywell Office Automation Systems"
Ad found on Abdul Taiyeb's blog

Vital monitoring system concept


Dan Bishop has designed the Vital Monitoring System concept that enables medical staff to take and record a patient's vital signs effortlessly. The baseline vitals must be taken manually initially for future readings to be based upon it, but subsequent readings are made much easier. All the patient needs to do is swipe the temperature sensor across their forehead, where the device will then get to work by activating its blood pressure/pulse sensor on the inside of the monitor. The patient is alerted to do so via a light vibration (although a slight electric shock on April Fools' day would have been funny). When will we see hospitals feature the Vital Monitoring System? Not anytime soon.

Via ubergizmo