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Edubuntu: Linux for education

Feature: Linux




Edubuntu is the Ubuntu distribution's educational variant. It provides a software platform that allows educators to spend more time teaching with computers and less time managing them. In addition to Linux and the typical productivity software, Edubuntu provides the organisational package SchoolTool and educational programs for children between preschool and high school, with three age groups within this demographic, each with their own relevant settings.

When it was first released in October 2005, Edubuntu was designed to serve as a desktop and server combination for a single school classroom of 6- to 18-year-olds. Today the project is working on catering to entire schools. Thanks in part to Edubuntu being the first distribution to utilise the the newest version of the Linux Terminal Server Project, LTSP5, and associated maintainer tools, schools will be able to manage school-wide implementations with greater ease than before.

The current development cycle will see additional adaptations for older students, thanks to the developers' decision to expand Edubuntu to be a two-CD kit. New applications on the second CD will include QCad, a 2-D Computer Assisted Drafting program, and Rasmol, a molecule virtualisation tool. Additionally, the Xfce desktop, a popular request, will also be provided on the disc.

"For Feisty, we added an add-on CD from which you will be able to install all kinds of new applications, as well as a broad range of extra language packages," Edubuntu's Technical Lead, Oliver Grawert, says. "The add-on CD will be very easy to use; you just pop it in and Add/Remove will offer you a list of choices to install. In the future we plan to divide the apps on that add-on CD by age group so that you have several age-related tasks." The simplicity of installing add-on packages is an important feature for a system that aims to be usable by any teacher with basic computer skills.

Good timing

Linux and open source software are receiving increased interest within the education sector as an alternative to Microsoft Windows Vista. In early January, the British Educational Communications and Technology Agency (Becta) released a report warning of "lock-in" risks with regard to Microsoft's academic licencing programs, and stated that many establishments do not believe that such programs provide value for money.

"We are already seeing concerns expressed by a number of education departments in a number of countries," says Richard Weideman, education programme manager for Canonical, the chief sponsor company behind Ubuntu. "Not only the financial implications of Vista licencing are raising concerns, but also the associated complexities and overhead of licencing compliance.

A migration in the education industry fueled by upgrade costs and licencing fears would expose students to Linux and open source, which Weideman sees as an opportunity for students to be more adaptable after their formal education concludes.

"Kids who learn to use a computer from scratch are not afraid of Linux or OpenOffice.org. They concentrate on the learning task at hand, and they learn to use whatever the tool is put in front of them. If some of those kids graduate to a work environment using Linux or OpenOffice.org, they will have no problem. If the new work environment uses Windows, they will adjust without any issues. Some of them will even propose OpenOffice.org or Linux at work, and help their new company to migrate and save money."

Edubuntu High

When the State of Indiana Department of Education's "Indiana ACCESS" initiative offered funding for Bloomington High School North to have 1:1 computing environments in four classrooms, Simon Ruiz, the school's technology aide, chose an option that was not even on the list: the brand new Edubuntu distribution.

"The first Linux distribution we looked at immediately after the release of 5.10 Breezy Badger was Edubuntu, simply because it was a distribution designed for education," Ruiz says. "This was the first Linux distribution I'd ever installed, and I was amazed at how easy it was to do so, and how high quality a product it was."

Ruiz believes the decision to use Edubuntu was a good one, and has been impressed by the improvements made to the system over the past year. The students have also been won over, with only a few complaints.

"When they first sit down at the computers and are confronted with an unfamiliar environment, I hear a lot of 'Why aren't we using Windows?' However, after they spend some time with them, that pretty much stops. The environment becomes transparent and they can focus on what it is they're doing, which is our objective. I've actually even had a few students tell me how cool they think Linux is."

Unfortunately, the transition has not been without hurdles, as the official technical support personnel "washed their hands" of the project -- a design flaw of the initiative. Better planning could have prevented this by properly educating technicians, or allocating part of the funding specifically for maintenance. In Bloomington High's case, this means that all the technical work of designing, implementing, and supporting everything Linux-related at the school is done voluntarily.

"They're understaffed and support a homogeneously Microsoft network, so they don't feel they can afford to support us," Ruiz says of the technical resistance the project has faced. "I've volunteered to provide as much support as I can because I believe this project deserves a better chance than being left to flounder unsupported."

If properly managed, initiatives like the Indiana ACCESS scheme could save schools thousands of dollars in licencing expenditure -- and the potential financial savings are not limited to the licencing costs. For instance, in Australia, the NSW Department of Education and Training, while standardised on Windows, is also considering adopting Linux and open source in some cases, to avoid the need to upgrade hardware.

A Third World solution

In the Third World countries where computer specifications are often far below that of the average Western desktop, schools have to make do with what is available, which usually means donated second-hand machines. This hardware restriction creates the need to look past Windows and adopt Linux and open source alternatives that can fulfill the requirements of teachers and students.

In Venezuela, for instance, "there are several movements that were originated by a new law, Presidential Decree No. 3390, where all public institutions must use open source software," says Efrain Valles, a Venezuelan educator, Ubuntu user, and open source advocate. However, Valles says that uptake in the education sector is slow. "Our schools are just beginning to use computers. There is no one computer per classroom thing; remember, we are a Third World country. Technology is an import and very expensive, so the reach to schools is happening mainly because of stuff like Edubuntu."

"Have you heard the expression 'No child left behind' and the education decree by George W. Bush? Well Edubuntu says 'No Hardware left behind,'" he quips, referring to the fact that Edubuntu will run well even on older machines that would have trouble with Windows Vista. "Schools will have two options: stick with old technology no longer supported by their makers, such as Windows XP in two years time, or switch to open source."

Of course, this situation is not unique to Latin America. On the other side of the world, in Africa, Alex Antener, system administrator at the University of Applied Sciences and Arts in Zurich, and artist Nathalie Bissig undertook a project in Malawi, one of the world's poorest countries, utilising donated two servers and 25 thin-client computers based on Edubuntu 6.10 donated by the university's Information Technology department. A group of six students from Malawi Polytechnic assisted in the implementation of the networks at the college.

While Edubuntu is finding success in underprivileged areas of the world, the same concepts easily warrant adoption in Western society. Though hardware availability is not a key issue in developed countries, the old 'penny saved' philosophy means that avoiding investments in new hardware allows more funds to be channeled to other areas of the education process, such as resource acquisition and facility improvements.

Windows XP is due to reach its end of life in two years, leaving plenty of otherwise useful computers that are incapable of running the new Vista system out in the cold. Savvy administrators are already making preparations. As the deadline looms and the restrictions enforced by Vista's digital rights management become more apparent, an increasing number of institutions are going to see the benefits of Linux distributions such as Edubuntu.

Melissa Draper is a Free Software and open source enthusiast. She is a project lead for the Ubuntu Local Community (LoCo) Project and the team contact for the Local Ubuntu Community in Australia.

iCT WaTcH In InDoNesia EdUcATioN

Digital Review Asia Pacific (Indonesia Chapter)




Indonesia, with the amount of citizen that was in the fourth largest population in the world (with 220 million people) consists of more than 1000 island, and has its own characteristic in developing its information and communication technology infrastructure. Even the government through the Presidential Decree No 6 Year 2001 about œInformation and Communication Technology (ICT) Development and Usability in Indonesiaâ asserted that efforts to make the use of ICT optimal were really need to endeavor public and to unify the nation.

Because of that, the ICT teledensity rate in Indonesia, even it is expanding, it is still not enough. For fixed telephone lines teledensity, there are 13 million lines or about 6 lines for every 100 citizens (6%). On telecommunication industry, mobile telephone was growing rapidly. The average growth of cellular user in Indonesia since 1999 until 2005 is 63.7% per year. Until mid of 2006, penetration rate of cellular user in Indonesia were about 50 million people or about 22 million units for every 100 citizens (22%).

[Download “Digital Review Asia Pacific (Indonesia Chapter) - 2006″ for full 53 pages of research report]

(right-click at link above + ’save link as’ or ’save target as’, and save it to your folder)

Read the rest of this entry »

StUdy GaMe jAvA ScRipt ----PaCmAN

StUdy GaMe jAvA ScRipt ----PaCmAN

+ New: FlashPac II (2006)
+ mass:werk FlashInvaders (Flash 5)
These games were one of the first arcade games using only generic browser technologies (starting with Netscape 3 in late 1996) and highly regarded – p.e. the "JavaScript-Invaders" could be found at USA Today's Marketplace.
"MazeExplorer", and the "JavaScript-Invaders" have been updated for enhanced cross-browser compatibility (2004). "JavaScript-PacMan" has been updated to version 2.0 in 2007

Welcome to the gAME sCript
News:
++ updated JavaScript-PacMan to version 2.0 (Dec. 2007)
++ added PMD – The Pac-Man Dungeons (2006)
++ added JavaScript-Mahjong (2005)
++ new cross-browser compatibility supporting DOM-compatible browsers (May 2004)
++ moved to http://www.masswerk.at (Nov. 1999)
JavaScript-PacMan 2
A full motion Pacman just in bare bones JavaScript!
(updated to version 2.0 in december 2007)
JavaScript-PacMan 2 mini
Small mazes for small screens and hand-helds.





also our Flash games:
For older browsers (e.g.: Netscape 3/4, Internet Explorer 4) see the legacy versions.
And now for something completely different:
PMD – The Pac-Man Dungeons
The ultimate text-mode Pac-Man in text adventure style.
This game is homage merging the styles of the IF works
of the late 1970ies and Pac-Man. (Dec 2006)
JavaScript-Invaders
Another JavaScript-game coming from the same breed as "JavaScript-PacMan".
Enhanced gameplay and compatibility. (July 2004)

JavaScript-MazeExplorer

A Pacman derivative. Explore the mazes and fight the aliens.
Added cross-browser compatibility. (May 2004)
JavaScript-Mahjong
The traditional chinese puzzle game...
Including multiple layouts and tilesets, fortune cookies and more ... (added 2005)
In answer to some requests – an intoduction to advanced JS-scripting: How to write a Pacman game in JavaScript.
How it all began: For historical interest see the legacy versions.
(Still useful for older browsers like Netscape 3/4, Internet Explorer 4, etc, or small displays)
All scripts and images © 1996-2007 N. Landsteiner, mass:werk – media environments, http://www.masswerk.at
Home e-mail
This page is located at http://www.masswerk.at/JavaPac/

Kumpulan Soal Ujian Nasional 2008,2009

Learning -By-Doing

Learning-by-doing is a concept of economic theory. It refers to the capability of workers to improve their productivity by regularly repeating the same type of action. The increased productivity is achieved through practice, self-perfection and minor innovations.

The concept of learning-by-doing has been used by Kenneth Arrow in his design of endogenous growth theory to explain effects of innovation and technical change. Lucas (1988) adopted the concept to explain increasing returns to embodied human capital. Yang and Borland (1991) have shown learning-by-doing plays a role in the evolution of countries to greater specialisation in production. In both these cases, learning-by-doing and increasing returns provide an engine for long run growth.

Recently, it has become a popular explaining concept in the evolutionary economics and Resource-Based View (RBV) of the firm.
Study skills
From Wikipedia, the free encyclopedia
(Redirected from Studying)
Jump to: navigation, search


Learning-by-doing
From Wikipedia, the free encyclopedia
(Redirected from Learning by doing)
Jump to: navigation, search

Study skills are strategies and methods of purposeful learning, usually centered around reading and writing. Effective study skills are considered essential for students to acquire good grades in school, and are useful in general to improve learning throughout one's life, in support of career and other interests.

In the United Kingdom, studying a subject at university may sometimes be referred to as reading that subject. For example, "I am reading Economics at Oxford".
Contents
[hide]

* 1 Best types of studying
* 2 Maintaining a balance between studying and other activities
o 2.1 Study sessions
* 3 Preparing for exams
o 3.1 The PQRST Method
o 3.2 Re-writing Notes
o 3.3 Summary Skills
o 3.4 Happy Pyramids
o 3.5 Traffic Lights
* 4 See also
* 5 External links

[edit] Best types of studying

Some key study skills include:

* Removing distractions and improving concentration
* Maintaining a balance between homework and other activities
* Reducing stress, such as that caused by test anxiety
* Strategies for writing essays
* Speed reading
* Notetaking
* Subject-specific study strategies
* Preparing for exams

[edit] Maintaining a balance between studying and other activities

[edit] Study sessions
The tone or style of this article or section may not be appropriate for Wikipedia.
Specific concerns may be found on the talk page. See Wikipedia's guide to writing better articles for suggestions.(December 2007)

Many students find it hard to start working or work for too long when they do. If one finds himself avoiding starting work or seemingly finding ways out of studying then he should try to start studying for short periods of 10-15 minutes on a regular basis. This, if done properly, can help ease one into interrupting your normal daily routine enough to actually get some work done. When one finds that one can sit and concentrate (which are skills that need to be warmed up by this process as well) for longer periods then changing to a full study routine is possible.

If one finds that one studies for too long then it can seem much more of a chore than it really has to be. Even students who really enjoy their subject can end up resenting the amount of work they have to do if they fall into ineffective study patterns. If this happens one may begin to fall into the avoiding-starting-to-study pattern.

A realistic study pattern (although it is better to find your own personal pattern) is that of a designated 2 hour session with a 5 minute break every half hour. During the 5 minutes be mindful to get away from the studying and do something that is both relaxing and different e.g. get a breath of fresh air or a drink of water. Make sure that you end the 2 hour session whether you have completed what you have been studying or not and commit to return to that point in the next 2 hour session.

In between sessions try to do something you enjoy or something new and refreshing. It is sometimes easy to view times of study as mundane but they can also be times where you try new experiences and be creative. At first it may seem a little hard to think of things that you don't normally do and might enjoy and it is different for everyone. Some examples may include going to the park, watching a DVD, painting a picture, going to a museum, meeting friends (but preferably not talking about study), learning a musical instrument, watching a sporting event that you do not normally attend, reading a novel, playing a new sport, etc... It is important to attempt to change a revision period to a time where you are choosing to experience new things as well as choosing to learn new things, which is a much more positive way to approach studying


[edit] Preparing for exams

Preparing for an exam requires a good understanding of what is expected of you, a rigid work-life balance than maximizes your energy and strengths, a certain amount of self discipline, and a set of study skills that are effective, varied, and interesting.

It is a basic premise that the more that you use information (read it, speak about it, draw it, write it, use it etc...) the more you remember and the longer you will remember it.

[edit] The PQRST Method

The method that many students who like to add an overt structure to their learning to keep them on track is the PQRST method. It helps the student focus on studying and prioritizing the information in a way that relates directly to how they will be asked to use that information in an exam. The method can also be modified to suit any particular form of learning in most subjects. It can also allow more accurate timing of work so instead of having to decide how much time to attribute to one whole topic you can decide how long it might take to preview the material and then each step after that.

1. Preview: Look at the topic you have to learn glancing over the major headings or the points in the syllabus.
2. Question: Formulate questions that you would like to be able to answer once you have finished the topic. It is important that you match as much as possible what you would like to know to your syllabus or course direction. This allows a certain flexibility to take in other topics that may aid your learning of the main point or if you are just interested. Make sure that your questions are neither more specific or more open-ended than they might be in an exam.
3. Read: Read through your reference material that relates to the topic you want to learn for your exam being mindful to pick out the information that best relates to the questions you wish to answer.
4. Summary: This is the most flexible part of the method and allows individual students to bring any ways that they used to summarize information into the process. This can include making written notes, spider diagrams, flow diagrams, labeled diagrams, mnemonics, making a voice recording of you summarizing the topic, or any method that feels most appropriate for what has to be learned. You can combine several methods as long as this doesn't extend the process too long as you may lose sight that you are merely seeking to use the information in the most appropriate way.
5. Test: Use this step to assess whether you have focused on the important information and stayed on topic. Answer the questions that you set for yourself in the Question section as fully as you can as this using of the information is another way of using the information and remembering more of it. This section also reminds you to continually manipulate the information so that is focused on whatever form of assessment that it is needed for. It is sometimes easy to lose sight of the point of learning and see it as a task to be completed mundanely. Try to avoid adding questions that you didn't formulate in the Q section.

[edit] Re-writing Notes


Learning -By-Doing


This is time consuming, but probably one of the cheapest and most effective ways of studying. There are two types of information that can be written over again: notes taken in class, or information out of a text book. If you're going to re-write notes that were taken from class, then you're ready whenever you have the time: just get out your notebook, pen and extra paper and begin to re-write. If you're going to re-write parts of a chapter from a book, the best way to go about it is: Highlight all the important information in the chapter. This makes re-writing quicker. Next, re-write the information that you've highlighted. This is good for students who don't retain information well from lecture classes.

Once you’re finished, the next step is one of the following: Write the notes again. If you can find time to re-write your notes at least twice, you’ll have a better chance of remembering. More than twice is even better, but it’s hard to find time for that. The other option is to make flashcards or mock test questions (both techniques are listed in this entry).

[edit] Summary Skills

Every student will have summary methods that are individual to them as the subjects they are using them for. It is important to vary your summary skills set and not get stuck on one method that you have always done and have had success with. Some methods are better suited to different subjects and tasks, e.g. mnemonics may fare better for learning lists or facts while spider diagrams better for linking concepts.

Mnemonics: This is a very old method of memorizing lists and organising them. As they are often funny, rude, or explicit, they are sometimes not seen as the creative and effective memory devices that actually aids the process of categorising information that occurs in the brain when trying to remember new facts by linking them to an event, word, or location.

Example 1: A simple childhood mnemonic is used for learning the points of the compass. Never Eat Shredded Wheat reminds us not only of the points of the compass but in the order they occur when encountered clockwise.

Example 2: Unlike elephants and compasses the best mnenomics actually relate directly to what it is that has to be learnt. A medical example of this is related to the four muscles surrounding the shoulder (the menomic taken from the first letter of each muscle givens SITS) and it is said that anyone hurting these muscles SITS out from sports or other activities. Given context the mnemonic itself is more useful as a memory tool despite also reminding you of the names of the muscles, the order in which they are located and so on.

The best menomics are generally personal ones that you generate at the point of learning and if possible are arranged to be in context. You can also use the imagery created e.g. an elephant with a compass in the first example, to remember the information more as images and stories in a method often praised by people who teach people to improve their memory.

Spider diagrams: Using spider diagrams or mind maps can be an effective way of linking concepts together. They are incredibly useful for planning essays and essays in exams. They can also be useful for linking loosely related chains of facts and make them form a more solid narrative of connected information. There are many books available that built on spider diagrams or mind maps as an effective summary tool used in all parts of modern life.

Diagrams: Diagrams are often underrated tools. They can be used to bring all the information together and give you practice at reorganizing what you have learned in order to produce something practical and useful. They can also remind you of information you have learned very quickly particularly if you made the diagram yourself at the time that you learned the information. Try buying a notebook with no lines and make a sketch, diagram, or pictogram of the information you have just learned. This could form part of the Summary part of the PQRST method or in any other way. These pictures can then be transferred to flash cards that are very effective last minute revision tools rather than rereading any written material.

FlashCards (A5 index cards): These are effective revision tools but students often set out to make them and they become more of a chore. It is much more effective to make cards at the time that you are revising. If these cards are made during the summary part of the PQRST method then are directly associated with what you learned. The cards are less effective when students set out to make them late in a revision cycle merely as tools to look at during the 20-30 minutes before an exam. The cards are indeed useful for last minute reading as they offer nothing new and therefore is more likely to focus on what you know and not alert you to something you don't know so well.

Hybridize all of the above: Since each of the above methods is proven to improve study outcomes, it makes sense that the ideal should be to do all of the above at once. Checkout study software generally for this approach where a hybrid of the above is emphasized.

[edit] Happy Pyramids

Some students find the topics that they are revising overwhelming and seemingly endless. Although the PQRST method can help maintain your focus on the whole point of learning the large topic in the first place there are other methods that help facilitate your learning.

If you break a large topic in a series of smaller topics that can be defined as a size of material that takes less than 10 minutes each to complete. Even the largest project or topic can be broken down into these bitesize sections. The important part comes in regarding the series of smaller 10 minutes as adding up to the whole topic and that it is finished.

This system can be drawn as a pyramid with topics requiring incrementally more time on each level. So if you decided that you needed to break it into 20 minute segments then you could place 10 minute and 5 minute topics on lower levels of the pyramid that mount up to the whole topic at the apex of the pyramid. Starting from the bottom when all the smaller blocks are in the place then the pyramid is built and the topic finished.

Topic ABCDEFGHIJK Collectively 1.5 hours

Part 1 ABC 20 Minutes

Part 2 DEF 10 Minutes

Part 3 GHI 5 Minutes

Part 4 JK 5 minutes

Something that may have been put or slowed down by the size or important of the topic may be greatly shortened. Of course you can apply any other study skill such as the PQRST method to each of the individual parts to help their progression..

[edit] Traffic Lights

It is a common pitfall in studying to set out to learn everything that you have been taught in an orderly and precise fashion. If time, boredom, and fatigue were not variables that can impact on your studying and even health then this may always be possible. More normally you will have a set amount of time (that doesn't encroach on leisure time for any reason) to learn a set amount of topics. An easy way to separate what is really important to know (likely to constitute the majority of exam marks) from what you would like to know if you had infinite time and energy is the traffic light system.

Green: Take a green pen and label or place a star next to everything that is essential to know for your exam. These topics should be studied first and allow you to progress to the less number of amber and red topics. These should generally be the first few on a syllabus and be the easiest concepts to learn but also the easiest to underestimate.

Amber: Take an orange or gold pen and label everything that is neither essential to know or is not too time consuming to learn. This should form the mainstay of your learning and range from topics leading from the green range of topics to ones leading to the red range of topics.

Red: Take a red pen and label everything you would want to know if you had all the time and energy in the world but not at the expense of the essential green topics and desired amber topics. This would include overly complicated ideas and subjects that may add one or two marks but may cost you if you focus all your attention just on knowing the more difficult bits and underestimating the importance of accumulating the green and amber topics first and to a greater extend. A greater focus on green and amber topics may also lead to topics that seemed red to become more amber as time goes on.

The color system should remind you that it is easier to get moving on green topics and to be needlessly stopped and held up by red topics. It is also important to stop amber topics It is also a healthy reminder to keeping your learning as a progressive experience and never allow it to stagnate where all topics become more red in nature as you become more tired and bored. An alternative form of this can be used in which you determine which subjects you need to spend more time on.

[edit] See also
Wikibooks
Wikibooks has a book on the topic of
Study Skills

* Homework
* Learning
* Study Software

[edit] External links

* A good study technique
* Study Guides and Strategies
* Collaborative Study Environment
* Tips for remembering dates and long numbers

Retrieved from "http://en.wikipedia.org/wiki/Study_skills"
Categories: Homeschooling | Learning methods | Alternative education

Toyota Production System is known for Kaizen, that is explicitly built upon learning-by-doing effects.