Kata-Kata Bijak: Technology and Innovation

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Inovasi Smartphone Terbaik ASUS Zenfone

Hingga saat ini, banyak merk atau produk smartphone yang beredar di pasaran. Namun tidak semua dari produk tersebut diminati oleh pengguna smartphone di tanah air. Kini ASUS muncul sebagai produsen smartphone dengan merilis Asus Zenfone.

Zenfone merupakan nama yang diberikan oleh ASUS untuk ponsel pintarnya ini. ASUS Zenfone dikeluarkan dalam 3 varian, yang terdiri dari zenfone 4,5, dan 6. Masing-masing produk zenfone telah dibekali dengan lapisan gorilla glass 3 pada permukaan layarnya untuk mengurangi adanya goresan dilayar.

Dengan spesifikasi yang tidak main-main, asus membawa zenfone dengan CPU Intel atom yang dapat mendongkrak performa dari ponsel ini. Baca selengkapnya : ASUS ZenFone Smartphone Android Terbaik

RemoveWAT 2.2.6: Activator for All Windows 7 Version

RemoveWAT 2.2.6: Activator for All Windows 7 Version - RemoveWAT (Windows Activation Technologies) completely from the OS, whilst still retaining OS genuine status and receiving all updates. RemoveWAT works like windows 7 loader by hazar. So that users can validate the illegal pirated copies of Windows 7 as genuine status forever and permanently. Also allows you to download windows update.

Features list:

Requires no additional processes running after patching.
Has a theoretical 100% success rate due to it being hardware independent.
Efficiently coded with safety checks to prevent damage to a Windows installation.
Un-install option.
Complete removal of all genuine related elements visible to the user, whilst keeping the core activation system active, allowing you to pass various genuine checks without issue.
Progress bar to allow overview of completion time.
A completley safe solution with zero risk of bricking your bootsector or rendering your pc unbootable

What’s new in RemoveWAT 2.2.6:

Now provides total WAT protection and fully disables the timebomb in evaluation copies
Correct Un-install
renames slmgr on x64 as well
Works on unicode systems
silent mode with /s switch
UI tweaked slightly
No reboot neccessary
Passes WGA on x64

How it works:

Close all antivirus and firewalls, and then run the program with administrator privileges (from the internet need not be switched off)
Click “Remove WAT” and wait until you see the message on successful completion of the procedure
Computer will restart automatically
All the system is activated

Download link

Technology and Innovation in Canada Needs Private Investment

Private sector investment is a big concern; the country's talent pool is a big asset.

Those are among the key findings contained in a major report released today by Canada's Science, Technology and Innovation Council (STIC).

State of the Nation 2010: Imagination to Innovation - the second public report from STIC - charts progress from a baseline set in 2008 and compares Canadian performance to global science, technology and innovation leaders. The report also proposes a core list of 20 indicators for future monitoring. The list covers talent, science and technology and other innovation indicators.

Canadian talent and Canada's funding for R&D and higher education research continues to rank near the top; young Canadians excel in science, math and reading; Canada is attracting international talent, and innovative excellence can be found in virtually every region and economic sector.

But the country faces significant challenges, including the reversal of trends among Canadian industry, which is seen to be investing less in R&D than key global competitors. Despite some real Canadian success stories, low levels of collaboration among companies and between companies and researchers in universities, colleges and government laboratories continue to limit business potential here.

However, incubation centres and business start-up support agencies, like those provided at Ryerson University's Digital Media Zone (DMZ), were cited as examples of educating for entrepreneurial success. The DMZ opened its doors in 2010 as a place for Canada's best and brightest to develop and launch their digital products and create successful Canadian companies.

The Council, chaired by Dr. Howard Alper, is comprised of 18 senior, highly accomplished individuals from the research, education, business and government communities. The Council provides the Government of Canada with external policy advice on science and technology issues, and produces regular national reports that measure Canada's science and technology performance against international standards of excellence.

The report shows that Canada's strengths are a strong talent pool and a robust public research capacity. Its two main challenges are to increase private sector investment in innovation and to improve Canada's capacity to transfer knowledge into the marketplace.

"Canada's biggest opportunity lies in our excellent talent pool. We score very highly in a number of education related indicators. The challenge is how companies and government can deploy and empower our people so we can win in the knowledge economy," said Dr. Alper.

"Canada's overall business expenditures on R&D lag behind international innovation leaders. These numbers are trending down when they should be trending up. This is an area that we clearly need to improve and our report shows how individual sectors measure against their international competitors," added tech entrepreneur Terry Matthews, Chair, Mitel and Chair, Wesley Clover Corporation.

Acer Posts Lowest Profit in 6 Years as Notebook Sales Slow

Acer Inc. posted its smallest quarterly profit in more than six years after slowing demand for low-cost notebooks caused sales to miss estimates and prompted its president to quit last month.

First-quarter net income at the world’s second-largest supplier of notebook computers declined 64 percent to NT$1.2 billion, from NT$3.29 billion a year earlier, according to Bloomberg calculations based on a statement from the Taipei- based company today. The average of nine analysts’ estimates made in the last 28 days was for net income of NT$1.74 billion, according to Bloomberg data.

Acer promoted global IT operations chief Jim Wong to the post of president after Chief Executive Officer Gianfranco Lanci resigned last month. Chairman J.T. Wang plans to restructure the company to focus on developing products beyond laptops, which account for 73 percent of sales. Shipments may decline for a third straight quarter in the three months to end-June, the Taipei-based company said this week.

Consolidated sales dropped 21 percent from a year earlier to NT$127.8 billion, according to Bloomberg calculations. Operating profit, which comprises income from its primary business of designing and selling electronics, fell 56 percent to NT$1.93 billion. Net income is the smallest since the second quarter of 2004.

The shares have declined 43 percent this year to NT$51.10 at the 1:30 p.m. close of trading in Taipei today, compared with an unchanged benchmark index. Acer lost its position as the largest maker of portable computers in the fourth quarter and its share of the overall market dropped again in the first quarter, according to research firm IDC.

Chairman’s Apology

Acer said on March 25 that sales in the Jan. to March period would miss its earlier guidance, the second quarter in a row it cut its forecast. The company announced Lanci’s resignation a week later. Chairman Wang said this month that the board and Lanci clashed over strategy and apologized for successively revising its sales guidance.

Wong, a 25-year Acer veteran, was also tasked with heading the company’s new Touch Business Group, which will oversee the development of tablet computers and mobile phones. The company’s first tablet, the Iconia Tab A500, went on sale on April 8.

Acer will hold an investor conference April 28 in Taipei, hosted by Wang, Wong and Chief Financial Officer Tu Che-min.

--Editors: Nerys Avery, Janet Ong

To contact the reporter on this story: Tim Culpan in Taipei at tculpan1@bloomberg.net.

To contact the editor responsible for this story: Young-Sam Cho at ycho2@bloomberg.net.

FlyNano's high hopes for soaring success

Catering to the tastes of the more adventurous water sports enthusiasts, the FlyNano looks a bit like a Jet Ski that's sprouted wings.

Invented by Finnish aviation consultant Aki Suokas, the ultra-lightweight (under 70 kilograms, say the company) single-seat aircraft is made from carbon fiber composite and will reach speeds in excess of 140 kph (over 85 mph).

Measuring 3.5 meters nose to tail and with a wingspan of five meters, the FlyNano can also fly to a height of a rather scary sounding three kilometers (1.9 miles).

Anyone who owns a pilot's license or has experience of flying a microlight, Suokas says, will be able to control the FlyNano "right out of the box."

The aircraft was recently unveiled at the Aero 2011 expo at Friedrichshafen in Germany drawing a crowd of admirers.

New jetpack gets set for summer take-off

And should you feel the urge to buy one, you won't need to remortgage your house. Prices start at €25,000 ($36,000) rising to only €27,000 ($39,000) with three different models to choose from -- electric, petrol or a racing version.

Flynano's sales manager, Alexander Schmieden says the order book is already filling up and the company are busy preparing for the first full-size test flight at the end of April.

"Up to now we've had the scale model (1 to 3) in the air which showed very good flying abilities," Schmieden said.

Videos of the the first full size FlyNano in action will be available soon, he added.

Fingerprints Go the Distance

Over the years, fingerprinting has evolved from an inky mess to pressing fingers on sensor screens to even a few touch-free systems that work at a short distance. Now a company has developed a prototype of a device that can scan fingerprints from up to two meters away, an approach that could prove especially useful at security checkpoints in places like Iraq and Afghanistan.

The device, called AIRprint, is being developed by Advanced Optical Systems (AOS). It detects fingerprints by shining polarized light onto a person's hand and analyzing the reflection using two cameras configured to detect different polarizations.

Joel Burcham, director for projects at the Huntsville, Alabama-based company, says AIRprint could help make authorization more efficient in lots of settings. Instead of punching a keypad code or pressing fingers to a scanner, individuals could simply hold up a hand and walk toward a security door while the device checks their identity. "We're looking at places where the standard methods are a hassle," says Burcham. For instance, AIRprint could be linked to a timecard system, he says, to help avoid a logjam at manufacturing plants at the start or end of the workday.

Slightly smaller than a square tissue box, AIRprint houses two 1.3 megapixel cameras and a source of polarized light. One camera receives horizontally polarized light, while the other receives vertically polarized light. When light hits a finger, the ridges of the fingerprint reflect one polarization of light, while the valleys reflect another. "That's where the real kicker is, because if you look at an image without any polarization, you can kind of see fingerprints, but not really well," says Burcham. By separating the vertical and the horizontal polarization, the device can overlap those images to produce an accurate fingerprint, which is fed to a computer for verification.

The prototype device, which scans a print in 0.1 seconds and processes it in about four seconds, can handle only one finger at a time. Also, the scanned finger must remain at a fixed distance from the device. But by April, Burcham expects to have made significant improvements. By then, he says, the device should be able to scan five fingers at once even if a person is moving toward or away from the cameras, and the processing time
ought to have dropped to less than a second.

Apple Expands in UK, Germany, Targeted by Legislation in France

According to AppleInsider, Apple Computer is planning to open as many as 20 new retail stores in the U.K., a number of new stores in Germany, and a third store in Toronto, Canada.

These aggressive plans follow the recent success Apple has had in moving into the educational computer market in Europe. The company displaced Dell to take the No. 1 spot in western Europe for educational computer sales with a 15.2 percent market share.

Apple has traditionally been strong in educational sectors, but had lost market share in recent years. Now with successful new products like the iMac, iPod and iTunes the company has renewed its appeal to a new generation of younger computer users.

European Apple execs hinted that the company's next push in Europe might be towards IT departments. According to Apple people, this long-sought-after-market is seeing a shift towards the kind of technologies that Apple has specialised in: instant message, podcasting, and corporate video production.

**French government targets Apple iTunes with legislation

Legislation was recently tabled in the French National Assembly that seems to be targeted at Apple iTunes. The new legislation is intended to squelch services such as iTunes that use digital format exclusivity as a means of controlling distribution.

In other words, the backers of the bill would make it illegal to sell digital music that was formatted so it could only be played on specific players. iTunes downloads can only be played on Apple devices like the iPod.

Some consumer groups see this as a way of charging customers more than once for the same product. Apple is not alone in following such a policy, but the success of iTunes makes the company the most prominent and most visible target.

The bill would also make it easier to circumvent digital rights management technology such as Apple's Fair Play and Microsoft's Plays for Sure which the bill's authors see as a way of restricting consumer access to digital music which they have already paid for in some other format.

The fine for "digital piracy" would also be reduced from the current $300,000 to a mere 38 euros when used for personal purposes.

What is behind the proposed bill is an attempt to create a "global" solution to digital music distribution, where once purchased in one format a piece of music would be available in all formats, and playable on all players. Consumers would pay a small fee and then be allowed to download and share music with very few restrictions.

Predictably, many established artists oppose the bill, while many less established artists support it. New artists are interested in exposure for their music and see laws that restrict access as favoring older, more established artists. Once they become established they become not-so-surprisingly sympathetic to marketing techniques that help them cash in on their success.

Article Source : http://www.articlecircle.com

Nanowire generates its own spark

Nanowire generates its own spark - Scientists have developed solar cells 200 hundred times thinner than a human hair that they believe will power the nanoscale gadgetry of tomorrow.

Professor Charles Lieber and colleagues at Harvard University have made silicon nanowire that can generate its own energy by converting light into electrical energy.

They publish their results today in the journal Nature.

Nanoscale gadgets, from consumer devices to bioterrorism monitors and in-body diagnostics, often need a power source.

But finding something that doesn't degrade or is efficient enough has been difficult.

The researchers have made nanowire that's virtually invisible to the naked eye, a single strand of which can crank out up to 200 picowatts, or two hundred billionths of a watt.

That may not seem much. But at the nanoscale it is enough to provide a steady output of electricity to run ultra-low power electronics, including some that could be worn on, or even inside, the body.

The scientists say it is also clean, efficient and renewable.

"An individual nanoelectronic device will indeed consume very little power. But to do something interesting will require many interconnected devices and thus the power requirement, even for nanosystems, can be a challenge," Lieber says.

Monitoring bioterrorism threats, for example, would require an entire array of nanosensors, nanoprocessors to analyse the signals received, and nanotransmitters to relay information to a centralised facility, he says.

Conventional sources, he adds, are "bulky, non-renewable and expensive" by comparison.

Layers and layers

The cable itself looks, at first sight, like the cables used to hook up cable television networks. Both have a core covered with two layers.

But the similarity stops there. Besides being 100,000 times smaller, the nanowire is not made of metal but of silicon with three different types of conductivity arranged as layered shells.

Incoming light generates electrons in the outer shell, which are then swept into the second layer and the inner core along micropores.

These holes carry an equal, but opposite, charge as electrons, which means that the two particles move in opposite directions in the presence of an electric field.

Lieber says the electrically connected core and cladding, a kind of sheath, play the same role as the positive and negative terminals of a battery.

The researchers say that their nanowire converts 3.4% of sunlight into electricity and can withstand concentrated light without deteriorating.

They say it costs about the same to make as other nanoscale photovoltaic devices and is up to 5% efficient.

Commercial solar cells, by comparison, have efficiencies around 20%, the researchers say.

Article Source : http://www.abc.net.au/science/news/stories/2007/2063009.htm?tech

Thermal Profiler for Wave Soldering Process

Among the different process involved in the wave soldering process thermal profiling is one of the most important processes which can affect the wave soldering process to a great extent. Thermal profiling is one of the most important processes which should be performed very carefully so as to make the production of the printed circuit board good in quality. Thermal profiling is done during the travel of the printed circuit board through the whole process.

Thermal profiling is the process of measuring the time against the temperature during the whole travel of the product through out the process from the beginning to the end. The collection of the data like the peak temperature, time above the liquids, immersing of the product into the wave and more also comes under the process of thermal profiling during the wave soldering process. These whole processes comprises of the thermal profiling process for the wave soldering. The data collected during the thermal profiling process helps in making the process of wave soldering even more efficient and to bring a valuable improvement in the quality and the consistency in the quality of the product. So we can say that the process of thermal profiling is an important part of the process of wave soldering and it contributes in a successful completion of the wave solder process.

The devices used for the thermal profiling is known as the “Thermal Profiler” or some people even call them as “Data Loggers” for the proves of the wave soldering. Actually the thermal profilers are basically the temperature recorders which are used for keeping the record of the temperatures during the whole process and they have the capability for traveling through the complete process of wave soldering along with the product so as to get the actual reading for the temperature that the product observes.

There are various thermal profilers or can say temperature recorders available in the market but there are some specific companies which manufactures the thermal profilers especially for the wave soldering process. These thermal profilers are used in the reflow profiling process of the wave soldering. These profilers also help in optimizing the wave soldering process. They provide pretty accurate data for the whole process which makes the optimization for the process even more affective.

General thermal profilers are equipped with the thermocouple based sensor which is attached to the surface of the PCB and then the PCB is made to travel through the thermal profiler which helps in monitoring the complete data for the wave solder process. The most common thermal profiler is the one which downloads the information while it is passing through the whole process.

Now these thermal profilers have become a must for the people involved in the business of the PCB manufacturing. It helps in optimizing the process of the wave soldering to make it even more efficient.

Telescope-toting jet has trial run

Telescope-toting jet has trial run - Testing has started of a jet modified to house a sensitive infrared telescope that the US space agency says will offer astronomers a new window on the ever-evolving Milky Way.

The Stratospheric Observatory for Infrared Astronomy, or SOFIA, is intended to operate at altitudes up to 13,000 metres.

That would put it above 99% of earth's atmospheric water vapour, which blocks wavelengths from reaching the ground.

"In the visible and ultraviolet, you're mainly looking at stars," says SOFIA chief scientist Professor Eric Becklin, an astrophysicist with the University of California, Los Angeles.

"When you look in infrared you see stars, but also see the dust and gas those stars formed from or are throwing off as they die. You really get a different view of the universe," he says.

"The most exciting science is really trying to understand the chemistry and, potentially, the biology that's going on in space, and really getting to the heart of the question, did life form here on earth, or did it form out in space?"

SOFIA's scientific agenda includes studying star formation in the Milky Way, determining the chemical composition of the interstellar medium and seeing through the dust hiding the black hole at the centre of the galaxy.

"We can open up some wavelengths that are impossible to see from any ground-based observatory," says SOFIA science program manager Ed Austin, with NASA's Ames Research Center in Moffett Field, California.

Cheaper and flexible

SOFIA also is less expensive to build and operate than space-based observatories and can be quickly positioned to view cosmic phenomena such as approaching comets.

"We can position the aircraft anywhere in the world to take advantage of some really unique things that ground-based observatories are likely not able to get," Austin says.

SOFIA scientists can take advantage of newer, but potentially riskier, technologies than those typically onboard space-based platforms that cannot be retrieved or modified.

With its 2.5 metre diameter primary mirror, the 20 tonne observatory is a bit bigger than the Hubble Space Telescope, which observes primarily visible and ultraviolet light.

SOFIA
The aircraft has a 5 metre opening in its fuselage to house the telescope (Image: NASA)
NASA modified a Boeing 747SP aircraft for SOFIA, cutting a 5 metre opening in the fuselage so the telescope can view the cosmos.

It also added a door to keep the observatory safe and dry during take-offs and landings.

Test flights of the jet with the telescope's door closed are under way at NASA's Dryden Flight Research Center at Edwards Air Force Base in California.

Open-door excursions are scheduled to begin next year. NASA hopes to have its first images from the telscope in 2009.

"As soon as possible, we want a science instrument on the plane," says SOFIA program manager Bob Meyer.

SOFIA, which is being built in cooperation with the German Aerospace Centre, is a follow-on program to the successful Kuiper Astronomy Observatory aircraft, which flew for 21 years.

NASA provided the aircraft and will conduct flight and mission operations, while the Germans contributed the telescope.

Germany also provided upgraded engines and subsystems for the aircraft, as well as a new coat of paint.
Article Source : http://www.abc.net.au/science/news/stories/2007/2087988.htm?tech

Rainbows to give computers some oomph

Rainbows to give computers some oomph - Scientists say they have slowed then stopped a squirt of light in what they describe as a key step towards the future of ultra-fast computing.

The technique, called 'trapped rainbow', would help optical data storage, with light replacing electrons to store information, according to their paper published today in the journal Nature.

Controlling light would also help engineers control major nodes where billions of optical data packets arrive at the same time.

By slowing some packets to let others through, rather like a traffic congestion scheme, the flow of data can be boosted.

The research, by Professor Ortwin Hess of the UK's University of Surrey and colleague Kosmas Tsakmakidis, is based on the so-called 'negative refractive index' of metamaterials.

Metamaterials are novel materials with metal components that are smaller than the wavelength of light, while the refractive index measures the slowing of light when it passes through an object.

The innovation exploits a principle called the Goos-Hänchen effect, an optical phenomenon discovered 60 years ago that happens to polarised light travelling in a straight line.

When this light hits an object or an interface between two media, it does not immediately bounce back but travels very slightly along that object.

In the case of metamaterials, the light travels backwards slightly along the object.

First, make a sandwich

Hess conjectured creating a prism sandwich, a tapered layer of glass, surrounded by two layers of negative refractive index metamaterials.

A packet of white light injected into the glass from the wide end of the prism slows as it travels down the taper and eventually comes to a standstill.

The description of it as a 'trapped rainbow' derives from the fact that the constituent frequencies of white light are the colours of the rainbow- red, orange, yellow, green, blue, indigo and violet.

Each individual frequency is stopped at a different point down the taper, until finally the light is stopped.

"It's like wading through snow; it gets more and more sluggish," Hess says. "[Eventually], it just sits there and gets trapped."

Handling data

The researchers say that by exploiting the different frequencies that comprise the light spectrum and by slowing, stopping and capturing these frequences, the way is open for a massive boost in data handling.

"The technique would allow the use of light rather than electrons to store memory in devices such as computers, enabling an increase in operating capacity of 1000%," they say.

"Previous attempts to slow and capture light have involved extremely low or cryogenic temperatures, have been extremely costly and have only worked with one specific frequency of light at a time.
Article Source : http://www.abc.net.au/science/news/stories/2007/2091581.htm?tech

Waste water plus bugs make hydrogen

Waste water plus bugs make hydrogen - Bacteria that feed on vinegar and waste water zapped with a shot of electricity could produce a clean hydrogen fuel to power vehicles that now run on petrol, researchers report.

These so-called microbial fuel cells can turn almost any biodegradable organic material into zero-emission hydrogen gas fuel, says Professor Bruce Logan of Penn State University.

This would be an environmental advantage over the current generation of hydrogen-powered cars, where the hydrogen is most commonly made from fossil fuels.

Even though the cars themselves emit no greenhouse gases, the manufacture of their fuel does.

"This is a method of using renewable organic matter, using anything that's biodegradable and being able to generate hydrogen from that material," Logan says.

In research published today in the Proceedings of the National Academy of Sciences, Logan and colleague Dr Shaoan Cheng used naturally-occurring bacteria in an electrolysis cell with acetic acid, the acid found in vinegar.

The bacteria slurp up the acetic acid and release electrons and protons creating up to 0.3 volts of electricity.

When a bit more electricity is added from an outside source, hydrogen gas bubbles up from the liquid.

Water is the only emission

This is far more efficient than water hydrolysis, where an electric charge is run through water to break it down into its constituent parts of oxygen and hydrogen.

"It uses about a 10th as much energy as water electrolysis," Logan says.

That is because the bacteria do most of the work, breaking the organic material into subatomic particles, so all the electricity does is juice these particles to form hydrogen.

The resulting fuel is a gas, not a liquid, but could still be used to power vehicles.

fuel cell
This microbial fuel cell generated 0.3 volts of electricity when the bugs fed on the acetic acid. Adding electricity from an external source generated bubbles of hydrogen (Image: Shaoan Cheng)
This process could be used with cellulose, glucose, acetate or other volatile acids, Logan says. The only emission is water.

Although it sounds futuristic, microbial fuel cell technology is available now. The researchers have filed for a patent on this work.

These cells are too large to be put into cars, so the gaseous hydrogen fuel they produce must be made in a factory.

"You could put one of these reactors at a food processing plant and take the waste water and make hydrogen out of it," Logan says.

"Or you could go to a farm, where there's lot of cellulose or ... agricultural cellulosic residues, take that and make hydrogen there."

This would be unlikely to work in big cities but might well be effective in rural areas.

"The first step is just to start using locations where we have waste waters that were spending money on treating, and turning those water treatment plants into hydrogen production plants," Logan says.

Article Source : http://www.abc.net.au/science/news/stories/2007/2089315.htm?tech

Integrating Technology and Innovation

Integrating Technology and Innovation - As music teachers, you need to come up with updated and innovative music teaching resources that can motivate and inspire your learners in many different ways. Creativity, versatility, reliability, innovativeness, effectiveness and efficiency are some of the many things that you have to consider in choosing your teaching techniques, tools and programs.

Aside from managing your own music studio or classroom, you also need to monitor your students' academic performance, provide them with creative, innovative and useful music teaching resources, and most of all, make them learn and understand music to the fullest.

It is an accepted idea that effective music teaching needs appropriate ounces of patience, effort, resourcefulness, motivation, creativity and flexibility. Some music teacher's website can give you some reliable avenue that caters to your needs for innovative and effective music teaching resources. Thus, the following are some good tips and points that you may consider and use in your classroom.

The Creation of More Creative and Innovative Music Teaching Resources

Some teaching strategies with higher and greater possibilities for assessment require the involvement and the inclusion of different forms of technologies that are made readily available to any music teachers nowadays. Some ideas on good teaching resources may include cooperative learning, group works, outdoor discussions, skit and demos, video presentations of information, online blogging, web page creations and PowerPoint presentations. These techniques are proven effective in making your students motivated, involved and participative.

The Use of PowerPoint Presentation

Whenever you are to let your students listen to a lecture or a discussion, you have to get their attention and interest, motivating them to participate and interact. Animation or any audio-visual presentation that is not boring and traditional has been proven effective in getting the students hooked with learning. They would surely appreciate images, graphics, sounds and demo videos more than seeing you talk over and over again.

The Inclusion of Blogs, Web pages and Other Music Teacher's Websites

Web logs, commonly known as blogs are web-based applications where authors regularly write and post articles in such journal style. These usually include text, images, and links to other people's blogs, websites, and other media related to many topics

Blogs as means of teaching and learning can be a useful tool for both students and teachers. They can be in touch online; providing an effective way to communicate openly without necessarily having to meet face to face. Educational blogs create a new kind of classroom where students and teachers can meet beyond the boundaries of traditional schooling and improve their skills through continuous communication.

Using innovative and creative music teaching resources may bring you the following advantages:

· Makes the learning more independent.

· Crafts education participant-centered.

· Encourages learners to be active all throughout the course period.

· Helps learners improve their writing competencies.

· Makes education more informal.

· Encourages people to continuously try things out.

· Increases motivation and level of interest.

With all these conveniences and benefits, I am so sure that you are on your way to become that modern music teacher you have always dreamed of - someone who teaches, motivates and inspires his or her students. So, find and assess the most reliable and innovative music teaching resources today, use it in your classroom and see how you can make a big difference. Happy teaching!
Article Source: http://ezinearticles.com/?Integrating-Technology-and-Innovation---Reliable-Music-Teaching-Resources&id=3835349