From DSC:
Below are some notes and reflections after reading Visions 2020.2:  Student Views on Transforming Education and Training Through Advanced Technologies — by the U.S. Department of Commerce, U.S. Department of Education, and NetDay

Basic Themes

  • Digital Devices
  • Access to Computers and the Internet
  • Intelligent Tutor/Helper
  • Ways to Learn and Complete School Work Using Technology

Several recurring words jumped off the page at me, including:

  • Voice activation
  • A rugged, mobile, lightweight, all-convergent communications and entertainment device
  • Online classes
  • Interactive textbooks
  • Educational games
  • 3D virtual history enactments — take me there / time machine
  • Intelligent tutors
  • Wireless
  • 24x7x365 access
  • Easy to use
  • Digital platforms for collaborating and working with others on schoolwork/homework
  • Personalized, optimized learning for each student
  • Immersive environments
  • Augmented reality
  • Interactive
  • Multimedia
  • Virtual
  • Simulations
  • Digital diagnostics (i.e. analytics)
  • Wireless videoconferencing

Here are some quotes:

Math and reading were often cited specifically as subjects that might benefit from the use of learning technologies. (p. 5)

No concept drew greater interest from the student responders than some sort of an intelligent tutor/helper. Math was the most often mentioned subject for which tutoring help was needed. Many students desired such a tutor or helper for use in school and at home. (p. 17)

…tools, tutors, and other specialists to make it possible to continuously adjust the pace, nature and style of the learning process. (p.27)

So many automated processes have been built in for them: inquiry style, learning style, personalized activity selection, multimedia preferences, physical requirements, and favorite hardware devices. If the student is in research mode, natural dialogue inquiry and social filtering tools configure a working environment for asking questions and validating hypotheses. If students like rich multimedia and are working in astronomy, they automatically are connected to the Sky Server which accesses all the telescopic pictures of the stars, introduces an on-line expert talking about the individual constellations, and pulls up a chatting environment with other students who are looking at the same environment. (p.28)

— Randy Hinrichs | Research Manager for Learning Science and Technology | Microsoft Research Group

From DSC:
As I was thinking about the section on the intelligent tutor/helper…I thought, “You know…this isn’t just for educators. Pastors and youth group leaders out there should take note of what students were asking for here.”

  • Help, I need somebody
  • Help me with ____
  • Many students expressed interest in an “answer machine,” through which a student could pose a specific question and the machine would respond with an answer. <– I thought of online, Christian-based mentors here, available 24x7x365 to help folks along with their spiritual journeys


Spotlight on Technology in Education — from The Innovation Economy

There were three clear messages that the panelist and the audience of experts discussed:

1) We need a Moore’s law for Education…

2) Mass customization and standardization – Imagine yourself as a 4th grade teacher. On the first day of school, you get 25 students and you have to cover some number of topics and all of the students have to get to grade level by end of the year. Let’s take math and fractions for example, some of those kids will already understand the concept, some students need a bit more practice and others are still struggling with adding numbers and are way behind. Every one of those kids is at a skill different level. As a teacher, do you prepare 25 different lessons or do you just aim for the middle? And you have the same problem with reading, writing, science and social studies not to mention the social and emotional development of the students. You can imagine the complexity and the need for some tools that can help. Here is where customization comes in.

What if you had a system that can assess and track student progress against the learning standards during the day and the teachers, parents and students can see that information. The teacher can then use that information to develop individualized learning plans. Here is where standardization comes in.

In the course of education history, some teacher somewhere has developed a good lesson plan that will help a struggling student understand fractions. The problem is that it rarely leaves that classroom or that school and forget about crossing state boundaries. Using technology we can collect, analyze and asses different teaching resources (videos, software, peer learning, tutoring) that address the specific needs of the students. We can then marry the customized student plan with a standardized learning solution. Note, I am NOT taking the teacher out of the equation, you still need their expertise to assess the solution, what we are really doing is giving teachers more tools and freeing up time to be spent where they can add the most value. This solution is already happening in the math center at School of One in NYC.

3) Value outcomes and not time – The concept is very simple, if you know the material, go on to the next level.

About IQNOMY

IQNOMY is an S.a.a.S. (Software as a Service) solution which enables any website to adapt itself to each individual visitor in next to no time.

As a result of the emergence of new media, the distance between institutions and individuals is getting ever smaller. Individuals have gained more and more power and are increasingly using this to demand personal attention and recognition. For companies and organizations, the difficulties associated with holding on to today’s critical consumer are therefore growing.

For a long time now, simply supplying information has not been enough. Customers and consumers are looking for an experience that is presented at the right moment and within the right context. We call this Real-time Interaction Marketing. Central to this discipline is the fact that you as an organization are able to get to know and understand your customers and that you actively learn to support them in discovering new and relevant information. This form of personal and direct one-to-one marketing will play an increasingly important role in commercial markets in the future.

Traditional instructional methods versus intelligent tutoring systems — from4u-all.com

From DSC:
I’m not crazy about the VS. part here…this post isn’t mean to stir competitive juices or put some folks out there on the defensive. Rather, I thought it had some interesting, understandable things to say about intelligent tutoring systems and what benefits they might provide.

A potential solution to this problem is the use of novel software known as “Intelligent Tutoring Systems” (ITS), with built-in artificial intelligence. These systems, which adapt themselves to the current knowledge stage of the learner and support different learning strategies on an individual basis, could be integrated with the Web for effective training and tutoring.

Intelligent tutoring systems (ITSs) are software programs that give support to the learning activity. These systems can be used in the conventional educational process, distant learning courses as well corporate training, either under the form of CDROMs or as applications that deliver knowledge over the Internet. They present new ways for education, which can change the role of the human tutor or teacher, and enhance it.

They present educational materials in a flexible and personalized way that is similar to one-to-one tutoring. In particular, ITSs have the ability to provide learners with tailored instructions and feedback. The basic underlying idea of ITSs is to realise that each student is unique.

They use simulations and other highly interactive learning environments that require people to apply their knowledge and skills. These active, situated learning environments help them retain and apply knowledge and skills more effectively in operational settings.

An intelligent tutoring system personalizes the instruction based on the background and the progress of each individual student. In this way, the learner is able to receive immediate feedback on his performance. Today, prototype and operational ITS systems provide practice-based instruction to support corporate training, high school and college education, military training etc.

The goal of intelligent tutoring systems is to provide the benefits of one-on-one instruction automatically and cost effectively. Intelligent tutoring systems enable participants to practice their skills by carrying out tasks within highly interactive learning environments…

Like Netflix, new college software seeks to personalize recommendations — from InsideHigherEd.com by Marc Parry

Anaheim, Calif. —Amazon. Netflix. Google. All personalize recommendations based on what they know about users.

A new project, unveiled at the Educause conference here today, plans to provide college students a similar experience on academic Web sites.

It’s called Sherpa, like the guides who lead climbers up Mount Everest. The goal of the software, developed by the South Orange County Community College District, is to mine data about students to guide them to courses, information, and services.

That’s a change from what students experience starting and finishing classes on the Blackboard course-management system, said Robert S. Bramucci, South Orange’s vice chancellor for technology and learning services.

From DSC:
I was reading a white paper from Tegrity today (see below graphics). It mentioned that the next frontier for lecture capture technologies is focused on developing more personalized learning experiences.

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—  A brief aside from DSC:
Reminds me of some of the functionality found in Livescribe’s echo smartpen.

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The ability to integrate lecture capture platforms with Learning Management Systems (LMS’s) can help to automate the authentication and authorization needed to ensure learners get to review what they are allowed to review. Integration hooks provided by lecture capture and LMS vendors are viable as methods of ensuring a baseline approach to secure access. Yet most lecture capture systems do not know who the viewer is (as the LMS does the authentication and authorization); they only know that the stream is permitted to play and that students of the course are watching.

This sets the stage for the next transformation of lecture capture solutions – into platforms that can understand not just who their users are, but also what those users need to do and how their experience can be personalized and enhanced.

The coming shift will bring creation of custom learning environments that cater to the individual student by offering personal context-sensitivity, the ability to draw on the knowledge of peers and instructors, and the ability to better manage and monitor each individual learner’s behaviors and customize their experience to their individual needs. Among the major effects of this shift:

  • Democratization of the content creation process as learners themselves contribute to or otherwise use lecture capture tools to learn from or teach others
  • Faster learning by enabling learners to access information more quickly through bookmarks – and placing efficiencies within the platform to streamline teaching and learning
  • Changing impact on educators, who can rely on lecture capture feedback loops based on features like bookmarking to enable them to adjust content and teaching styles to suit learner needs
  • Use of presence and the fact that a system can know a learner to automate and make more efficient the act of finding peers or instructors for further learning interactions
  • Greater ability to deliver content and offer customized features via mobile devices

This white paper focuses on the evolution of lecture capture as a tool for creating a coherent environment for learner-centered instruction, showing the possibilities for improved efficiencies and better learning outcomes.

From DSC:
The integration of a lecture capture system w/ an LMS got me to thinking…what if each person in the world had a constantly-updated, adaptive, web-based learner profile that detailed their current age, current and past places of residence, language(s), hobbies, interests, courses taken, major(s), minor(s), last grade completed, which RSS feeds they subscribe to, which sources of educational content they prefer, etc. Given permission by the student, a vendor’s tool could then query the database and look for particular fields…plugging that  content into their own application for greater context and engagement.

So if a 3rd grader in India loved horses, the math problems could utilize that information to make the problems more engaging to that person.

Hmmm…along these lines, I think I’ll set up some Google alerts to include:

  • Multi-agent systems
  • Adaptive learning systems
  • Artificial intelligence education
  • Distributed e-learning systems
  • Semantic web education
  • Learning agents
  • Intelligent tutoring
  • Online tutoring

The next few years should be veeeerrrryyy interesting. Fasten your seatbelts!

McGraw-Hill Education introduces next-generation custom publishing platform: Create Platform — from Textbook Industry Newswire

From DSC:
Congrats to McGraw-Hill for this innovation! Now let’s team this type of thing up w/ the Chalkboard of the Future!

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Create Platform enables professors to design custom classroom content from library of nearly 50,000 sources and receive e-books within hours

McGraw-Hill introduces Create platform

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NEW YORK, Oct. 8 /PRNewswire/ — McGraw-Hill Education has brought custom publishing into the 21st century with McGraw-Hill Create (www.mcgrawhillcreate.com), an innovative platform that gives instructors unprecedented control over and customization of higher education classroom content. Gone are the days when professors had no choice in how to assemble content for classroom instruction, or had to wait weeks to receive a customized text. With Create, instructors can produce their own e-books or printed texts by selecting content from a vast library of resources – and receive a digital proof in under an hour.

“McGraw-Hill’s Create custom publishing tool gives me the power to provide only the content that is relevant to how I teach,” said Cliff Thompson, director of Theatre at Freed-Hardeman University. “I can pick and choose what makes the most sense for me and my class, which allows me to be a more effective teacher and cost-conscious for my students.”

From DSC:
Though I can’t re-publish this article (it costs $19), I do hope it’s ok that I share the abstract and the references of the article (if not Birol or Mustafa, please advise). They are definitely onto something here, and we all need to continue to keep our eyes on such keywords as:

  • learning agents
  • multi agent systems
  • 1:1
  • personalized/customized learning
  • artificial intelligence (AI)
  • the semantic web
  • …as these items represent where technology can be powerfully leveraged in the future.

Developing Adaptive and Personalized Distributed Learning Systems with Semantic Web Supported Multi Agent Technology

Birol Ciloglugil
Dept. of Comp. Engineering
Ege UniversityIzmir, Turkey

Mustafa Murat Inceoglu
Dept. of Comp. Education and Instructional Technology
Ege University
Izmir, Turkey

Abstract—The early e-learning systems were developed with the one-size-fits-all approach where the differences among the learners were disregarded and the same learning materials were supplied to each user. Nowadays, with the technological advances and the new trends in system design, the newly-developed systems take into consideration the needs, the preferences and the learning styles of the learners. As a result of this, more personalized e-learning systems have been developed. This thesis will investigate how possible technologies such as multi-agent systems and semantic web can be used to achieve more adaptive and more personalized distributed e-learning environments.

Keywords-adaptive systems; e-learning, multi agent systems; personalized e-learning systems; semantic web

REFERENCES

[1] H. Wang, P. Holt, “The design of an integrated course delivery system for Web-based distance education”, Proceedings of the IASTED International Conference on Computers and Advanced Technology in Education (CATE 2002), 2002, pp. 122-126.

[2] F. O. Lin, Designing Distributed Learning Environments with Intelligent Software Agents, Information Science Publishing, 2004.

[3] B. Ciloglugil, M. M. Inceoglu, “Exploring the state of the art in adaptive distributed learning environments”, LNCS, vol. 6017, 2010, pp. 556-569.

[4] I. S. B. Gago, V. M. B. Werneck, R. M. Costa, “Modeling an Educational Multi-Agent System in MaSE”, LNCS, vol. 5820, 2009, pp. 335-346.

[5] S. Garruzzo, D. Rosaci, G. M. L. Sarne, “ISABEL: A multi agent elearning system that supports multiple devices”, IEEE/WIC/ACM International Conference on Intelligent Agent Technology, 2007, pp.85-88.

[6] T. Berners-Lee, J. Hendler, O. Lassila, The semantic web, Scientific American, 2001, pp. 34-43.

[7] A. Gladun, J. Rogushina, F. Garc?a-Sanchez, R. Martínez-Béjar, J. T. Fernández-Breis, “An application of intelligent techniques and semantic web technologies in e-learning environments”, Expert Syst. Appl., vol. 36, 2, 2009, pp. 1922-1931.

[8] M. Gaeta, F. Orciuoli, P. Ritrovato, “Advanced ontology management system for personalised e-learning”, Know.-Based Syst., vol. 22, 4, 2009, pp. 292-301.

[9] B. G. Aslan, M. M. Inceoglu, “Machine learning based learner modeling for adaptive Web-based learning”, LNCS, vol. 4705, 2007, pp. 1133-1145.

[10] W. S. Lo, I. C. Chung, H. J. Hsu, “Using ontological engineering for computer education on online e-Learning community system”, International Conference on Education Technology and Computer, Singapore, 2009, pp. 167-170.

[11] L. Romero, H. P. Leone, “An ontology on learning assessment domain”, New Perspectives on Systems and Information Technology, vol. 2, 2007, pp. 137-148.

[12] A. Canales-Cruz, V. G. Sanchez-Arias, F. Cervantes-Perez, R. Peredo-Valderrama, “Multi-agent system for the making of intelligence and interactive decisions within the learner’s learning process in a web-based education environment”, Journal of Applied Research and Technology, vol. 7, 3, 2009, pp. 310-322.

The Wild World of Massively Open Online Courses — from unlimitedmagazine.com by Emily Senger
Would you participate in a class with 2300 other online students?

In a traditional university setting, a student pays to register for a course. The student shows up. A professor hands out an outline, assigns readings, stands at the front and lectures. Students take notes and ask questions. Then there is a test or an essay.

But with advancing online tools innovative educators are examining new ways to break out of this one-to-many model of education, through a concept called massively open online courses. The idea is to use open-source learning tools to make courses transparent and open to all, harnessing the knowledge of anyone who is interested in a topic.

George Siemens, along with colleague Stephen Downes, tried out the open course concept in fall 2008 through the University of Manitoba in a course called Connectivism and Connective Knowledge, or CCK08 for short. The course would allow 25 students to register, pay and receive credit for the course. All of the course content, including discussion boards, course readings, podcasts and any other teaching materials, was open to anyone who had an internet connection and created a user profile.

“The course was the platform, but anyone could build on that platform however they wanted,” says Siemens. “There’s this notion that technology is networked and social. It does alter the power relationship between the educator and the learner, a learner has more autonomy, they have more control. The expectation that you wait on the teacher to create everything for you and to tell you what to do is false.”

More here…

Also see:
http://www.youtube.com/watch?v=XwM4ieFOotA

Ten tips for personalized learning via technology — from Edutopia.org by Grace Rubenstein
To challenge and support each child at his or her own level, the educators of Forest Lake Elementary deploy a powerful array of digital-technology tools. Discover what your school can learn.

From DSC:
Their first tip got my attention and I agree wholeheartedly; the following graphic relays my viewpoint/hope here:

Digital Learning Council press release — from EdReformer.com

Tallahassee, Florida and Washington, D.C. August 18, 2010 – Jeb Bush, governor of Florida 1999 – 2007, and Bob Wise, governor of West Virginia 2001 – 2005, today launched the Digital Learning Council to identify policies that will integrate current and future technological innovations into public education. The Digital Learning Council unites a diverse group of more than 50 leaders from education, government, philanthropy, business, technology, and think tanks to develop the roadmap of reform for local, state and federal lawmakers and policymakers.

“Technology has the power to customize education for every student in America,” said Jeb Bush, co-chair of the Digital Learning Council. “Providing a customized, personalized education for students was a dream just a decade ago. Technology can turn that dream into reality today. The Digital Learning Council will develop the roadmap to achieve that ultimate goal.”

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