New Technology

What new technology does is create new opportunities

Handphone as a Modern Lifestyle

samsung s4Handphone has become the new technology of today’s lifestyle. As a proof, children as young as 7 years old are already using handphones. Thinking back at a decade ago, handphones are still bulky and expensive and they are only used by some people such as businessman and the rich. Today, handphones are largely used by most of us. It has been the primary needs of our daily life. In this rapidly changing world, technology is growing and handphones are getting affordably cheap.

There are a lot of important usages we can get from handphone. Let’s take a look at some of its positive effects. As its primary usage, of course, it is use as a way of communication. We can communicate anywhere we want as long as it has signal. For example, in Indonesia there are a lot of people working in other countries; handphones enable them to communicate with their family, especially for people living in the countryside. Short Message System which is also known as SMS is very popular among the youngsters. This is because SMS is much cheaper than making a

Samsung Galaxy S6 Review: The iPhone 6 Has Met Its Match

samIn this unpredictable world, it’s the constants in life that I can count on.

The sun rises in the East, Starbucks lattes always taste the same, and Apple’s iPhones are always better than Samsung’s Galaxy phones.

Since the dawn of the smartphone wars, there have been basic truths about Samsungs: They’re made of flimsy plastic, their cameras can’t keep up with the iPhone’s, and their modified Android software is ugly and intolerably cluttered.

With the Galaxy S6 and S6 Edge, which arrive at U.S. carriers on April 10, none of that is true anymore. I am not afraid to say it: I love Samsung’s new phones, maybe even more than my own iPhone 6. Like a child who just found out that Santa isn’t real, I have spent the past week questioning everything I know.

OK, maybe that’s a bit dramatic for smartphones, but I’m serious about how drastic the change is. Samsung has taken direct aim at Apple’s smartphone, this time even seeming to copy some of the iPhone’s design and features.

No, neither of the new Galaxys brings any original ideas to the

Microsoft and Nokia complete mobile phone unit deal

yyMicrosoft has completed its purchase of Nokia’s mobile phone business for 5.44bn euros ($7.5bn; £4.5bn).

The deal between the two firms should have been completed earlier this year but it was delayed by a hold-up in regulatory approvals.

The sale will see the end of production of mobile phones by Nokia.

“Today we welcome the Nokia devices and services business to our family,” said Microsoft chief executive Satya Nadella.

“The mobile capabilities and assets they bring will advance our transformation.”

The Finnish company will now focus on networks, mapping services and technology development and licences.

Two Nokia plants will remain outside the deal – a manufacturing unit in Chennai, India, subject to an asset freeze by Indian tax authorities, and the Masan plant in South Korea, which it plans to shut down.

Former Nokia chief executive Stephen Elop has become executive vice president of the Microsoft devices group, in charge of Lumia smartphones and tablets, Nokia mobile phones, Xbox hardware, Microsoft Surface, and Perceptive Pixel (PPI) products

Nokia Microsoft mobile deal gets shareholder go ahead

Shareholders of the phonemaker Nokia have agreed to sell their mobile phone business to technology giant

A Simple Plan: Services

IDENTIFYING THE BEST WEB DESIGN COMPANY. Each day the business world in becoming competitive thus need to reach out to many potential clients all over the world. How can you achieve this? The best way to do this is to create a website where your customers can access your products from wherever they are. You will have to select a competent web designer for this work and here are a few ways of picking on such a person. Seek help from acquaintances – Discuss with friends or similar organizations who have worked with a web designer previously. Besides having the contacts of the net developers, inquire how it feels to work with that individual or company. Establish what occurred during the design procedure and what they think about the sites. Search for more information – Do your investigation for contact information. Take advantage of the internet or your phonebook to obtain the names and contact details of website design firms in your area. Then contact each company and ask for a quotation.
Getting Down To Basics with Services
Look through the portfolio of the web design company you are choosing – Check whether

Intel Xeon E7-4800/8800 V3 Launched: Bigger, Faster, And Now With AVX2 + TSX

Intel announced its new Xeon E7-4800 V3 and E7-8800 V3 line-up. Traditionally, these are the x86 chips Intel positions to go after the lower end of the IBM Power and Oracle (Sun) SPARC architectures. These V3 chips scale from 2-way designs up to 8-way designs and include extra RAS (reliability, availability and scalability) features to serve mission-critical applications.

The new V3 release is socket-compatible with the V2 parts for ease of integration with existing DDR3 designs, but they can also utilize DDR4 in newer platforms. What we are essentially seeing is an upgrade from the Ivy Bridge-EX architecture to the new Haswell-EX architecture, bringing 20 percent more cores and cache, as well as faster memory. The new Haswell-EX family scales to 18 cores and 45 MB of last level cache and can handle up to 6 TB of RAM.

Intel provides a market share view against IBM and Sun in terms of units sold, and the trend shows clear growth. What it does not do is note that the average selling price for the IBM and Sun machines are much higher than Intel platforms.

Microsoft targets mobile phone unit as 7,800 more jobs go

Microsoft is shedding another 7,800 jobs as it reorganises its Nokia mobile phone unit.

The move represents a massive shift in strategy for Microsoft since it purchased Nokia’s mobile phone business for €5.44bn ($7.5bn; £4.5bn) last year.

Microsoft axed 18,000 jobs from the unit last July – the deepest cuts in the company’s history.

The technology giant will also write down the value of the Nokia deal by $7.6bn.

Microsoft currently has about 118,000 employees worldwide. A statement from the government in Finland, were Nokia is based, said the job losses would include some 2,300 posts in the country.

The statement said the government was “disappointed with Microsoft’s decision” and called a special ministerial meeting to consider assistance for those affected. “Loss of so many jobs is very sad for the whole society and for individuals affected,” it said.

Microsoft said in a statement that it would “restructure the company’s phone hardware business to better focus and align resources”.

Although still strong in the software market for personal computers, the company is faces strong competition in the fight to establish its mobile handset operation. This market is dominated by devices

Tiny, blurry pictures find the limits of computer image recognition

Computers have started to get really good at visual recognition. They can sometimes rival humans at recognizing the objects in a series of images. But does the similar end result mean that computers are mimicking the human visual system? Answering that question would indicate if there are still some areas where computer systems can’t keep up with humans.

So, a new PNAS paper takes a look at just how different computer and human visual systems are.

The difference really boils down to the flexibility that human brains have and computers don’t. It’s much the same problem that speech recognition system face: humans can figure out that a mangled word “meant” something recognizable while a computer can’t. Likewise with images: humans can piece together what a blurry image might depict based on small clues in the picture, where a computer would be at a loss

The authors of the PNAS paper used a set of blurry, tricky images to pinpoint the differences between computer vision models and the human brain. They used pictures called “minimal recognizable configurations” (MIRCs) that were either so small or so low-resolution that any further reduction would prevent a person from being able to recognize them.

They created this set of images by presenting a series of gradually smaller and

How To Be Safe With Neodymium Magnets

There are a lot of things you need to keep in mind when using neodymium magnets. These magnets are the most popular kind of rare earth magnets made from an alloy of neodymium, boron and Iron. They are very strong magnets and find a variety of uses in various fields.

When you buy these magnets, there are several things you need to keep in mind when it comes to the safety of operating these magnets. Since these magnets are powerful, they are also very dangerous when handled by someone who does not know what he or she is doing. Here are a few things to keep in mind with regards to safety.

Before you read up on safety, it would be better to find out all you can about neodymium magnets at www.usneodymiummagnets.com

Swallowing the magnets

Magnets can be very dangerous and should not be treated as toys. Children should not be allowed to play with them. Make sure that these magnets are kept away from children and also pets as they are a swallowing hazard and can get stuck in the intestine. This has some painful consequences.

Conduction of electricity

Magnets are known for conducting electricity. This is something that all engineers and scientists

How Portable Power Helps Planes Take off More Efficiently

When you’re settling into your seat at the airport, you’ll notice some interesting mechanical sounds coming from outside the plane. If you’re afraid of flying, this mystery can cause a great deal of anxiety. It’s a good thing there’s nothing to worry about pre-flight checks. In fact, you want everything to go smoothly during this time frame. One of the methods airports use to keep planes ready to go is by supplying portable power supplies that literally jump start the plane on the runway.

According to Start Pac, that’s the mechanical sound you hear in many cases.

Standard airplane battery packs function like a car, so the plane needs to be moving in order for the pack to charge. Unlike a car, a plane’s battery must power a great deal of electronics so passengers can sit comfortably prior to takeoff. These systems power everything from air conditioning to in-flight movies.

In order for the plane to function properly, it needs a jump start from a portable battery pack. This will also give the turbine engines a boost, which enables the plane engines to turn over and the plan to function properly.

Airports service many planes in a single day, so portability is

New York Considers Mandating Back Doors Into Phones

With a bill reintroduced last week, a New York Assemblyman wants to make it easy for the government to get inside smartphones. It’s a proposal that would mandate smartphone manufacturers be able to unlock the phones they make. The bill comes from Assemblyman Matthew Titone, of Staten Island’s North Shore, and was first introduced last summer. It’s sat in the Consumer Affairs and Protection committee since, so it’s still a long way from becoming law. A cryptographic back door would be bad for cryptography, privacy, and consumers.

The “back door” metaphor isn’t too far from the truth, so let’s flesh it out for a minute. In a memo sent out in support of the bill this week, the bill’s author does that for us. He describes a phone that cannot be unlocked except by the owner like this:

It is as if the police get a search warrant for a safe deposit box at a bank because they have reason to believe that the safe deposit box has evidence of a crime – but they cannot open the box because the bank has thrown away its own key. Indeed, this situation is even worse because whereas

Crowdsourcing iPhone App Lets Sighted People Lend Their Eyes to the Blind

With VizWiz, the blind can take a picture, ask a question, and get an answer back from a real person in seconds.

What’s the News: With the web as their eyes, the blind will able to read menus, identify canned foods, and tell whether that park has any free benches without having to walk over. That’s the vision of a team of computer scientists behind an iPhone app called VizWiz, which lets people take a photo of whatever’s perplexing them, record a question like “What denomination is this bill?” and send it off to real people online who’ll respond in a matter of seconds with “That’s a 20.”

How the Heck:

  • Blind people have workarounds for the kinds of tasks the sighted use their eyes for—folding dollar bills in certain shapes, keeping the cans of tomatoes separate from the cans of beans, and so on—but these measures often require the input of a sighted person at some point, and they’re not very efficient. An app like this would give the blind more independence.
  • Many simple tasks, like reading an address off a letter, are phenomenally difficult for computer intelligences. So the scientists are working with Amazon’s

Unlocking Smartphones: PINs, Patterns or Fingerprints?

Losing your smartphone can result in a catastrophic security breach. After all, these devices are potential treasure troves of confidential corporate and personal information waiting to be exploited by anyone who comes across them.

Because of this a mobile device security industry has sprung up over the last few years, offering everything from simple data encryption for mobile apps to complex mobile device management systems.

But the most basic level of security is provided by the devices themselves. Devices lock themselves if they are idle for a few minutes. So if a thief, a hacker or even a foreign government agent wants to access the data on a phone, in most cases he must unlock it first.

This begs a simple question: What’s the best unlock mechanism to choose – and in this context “the best” means one that provides the most appropriate balance of security and convenience.

Perils of the PIN

A common solution used by iOS devices is to require a simple four digit PIN. On the face of it such a PIN should provide an adequate level of security because there are 10,000 possibilities, and mobile operating systems can

Youngsters ‘addicted to mobile phones’

The addiction of children to their mobile phones could threaten the very fabric of society, a study suggests.

Many teenagers are fanatical about being always available and are extremely uneasy if unable to contact their friends countless times each day.

If the trend continues, young people will soon be incapable of forming and maintaining relationships without the help of a mobile, the study by a leading sociologist concludes.

One British child in four between the ages of five and 16 now has a mobile phone.

As well as making calls, youngsters are using their handsets to send millions of text messages to friends each day.

The study’s author, Dr Hisao Ishii, said: ‘Teenagers can be seen taking advantage of every spare minute to touch base with their friends.

‘It is not the content of the communication but the act of staying in touch that matters.’

And he warned: ‘Genuine conversation will be driven out by superficial communication, in which the act of contacting one another is all that matters, leading to a deterioration in the quality of relationships. Indeed, the very fabric of society may be threatened.’

Although Dr Ishii’s

The young generation are ‘addicted’ to mobile phones

Young people are now so addicted to their mobile phones it feels like they have lost a limb when they are without them, a study finds.

Some said they feel so bereft without their iPhone or Blackberry that it evokes similar feelings to the “phantom limb” syndrome suffered by amputees.

The findings, by the University of Maryland, show the growing reliance that the younger generation has on technology and how it has become central to their lives.

While phones were the most essential device, other technology such as computers, MP3 players and televisions were also considered essential to get people through their day.

Many young people reported mental and physical symptoms of distress and “employed the rhetoric of addiction, dependency and depression,” when reporting their experiences of trying to go unplugged for a full day.

“Students talked about how scary it was, how addicted they were,” said Professor Susan Moeller, who led the project

“They expected the frustration. But they didn’t expect to have the psychological effects, to be lonely, to be panicked, the anxiety, literally heart palpitations.”

The study titled “The World Unplugged project” asked more than 1,000 students from

HP Has Enough Workers to Fill a City—And It Needs Them All

Silicon Valley technology giant HP will lay off as many as 30,000 more people as part of its split into two separate companies, the company told analysts this week. This comes on top of the 55,000 jobs HP has been in the process of shedding in recent years. Even so, HP is still as large as a mid-sized US city. As of May, according to Forbes, the company numbered 302,000. But what in the world do all those people do?

In an era in which WhatsApp can serve 900 million users with just 50 engineers, the massive enterprise tech company feels like an anachronism. In HP’s case, its huge headcount doesn’t even include outsourced labor, such as call center operators or the assembly line workers who actually build all those printers and laptops. But it turns out that the business of selling technology to businesses has long required something old-fashioned: lots and lots of people (at least for now).

The typical consumer probably thinks of HP as a printer and PC company, but it’s much more than that. It’s also a massive information technology consulting operation with a large portfolio of business software and cloud computing offerings. HP’s forthcoming reorganization will create two businesses, one called called HP

Big data for text Next generation text understanding and analysis

News portals and social media are rich information sources, for example for predicting stock market trends. Today, numerous service providers allow for searching large text collections by feeding their search engines with descriptive keywords. Keywords tend to be highly ambiguous, though, and quickly show the limits of current search technologies. Computer scientists from Saarbrücken developed a novel text analysis technology that considerably improves searching very large text collections by means of artificial intelligence. Beyond search, this technology also assists authors in researching and even in writing texts by automatically providing background information and suggesting links to relevant web sites.

Ambiverse, a spin-off company from the Max Planck Institute for Informatics in Saarbrücken, will be presenting this novel technology during Cebit 2016 in Hannover from 14 to 18 March at Saarland’s research booth.

Living in the age of business smartphones and enterprise chatrooms, most information in companies is not distributed via spoken words but rather through e-mails, databases, and internal news portals. “According to a survey by the market analyst Gartner, a mere quarter of all companies are using automatic methods to analyze their textual information. By 2021, Gartner predicts 65 per cent will

Laser technology advances microchip production

A new process for cutting silicon wafers could streamline the production of smaller and more powerful microchips for electronic devices.

Electronic chips are built on small pieces of silicon that are cut from silicon sheets, called wafers, in a process known as dicing. Currently, dicing is performed by mechanical sawing or laser cutting, but these approaches can cause problems. Sawing can cause thin wafers to break or layers of silicon to separate. The heat generated by laser cutting can leave micro cracks in the silicon and produces molten debris. Coolants or protective coatings are then required, adding to the production cost.

A team of researchers at the A*STAR (Agency for Science, Technology and Research) Singapore Institute of Manufacturing Technology has developed a new technique that uses laser-induced thermal cracking technology. The silicon expands as a near-infrared laser heats it, then contracts as it cools, leading to stress that causes the silicon to break along the laser line. The result is a crackfree silicon chip with a smooth surface finish. The process creates no debris, cuts 10 to 20 times faster than currently used techniques, and increases productivity because more silicon pieces can be

Samsung Begins Smartphone Assembly in Indonesia

Samsung Electronics Co. has begun assembling smartphones at a factory outside Jakarta to meet demand in fast-growing Indonesia, according to a person familiar with the matter.

The move is the latest sign that the South Korean technology giant is shifting some of its operations to low-cost, fast-growing emerging markets where it is looking to build its presence and cut costs.

The Indonesian unit of the South Korean technology giant aims to assemble 1.5 million handsets each month at a plant in Cikarang, an industrial town east of Jakarta, according to this person, who added that Samsung would manufacture its latest 4G-enabled smartphone at the plant and sell it to consumers starting this month. Samsung currently assembles its phones in South Korea, China and Vietnam and last year sold more than 300 million smartphones globally, according to research firm IDC.

The shift in production is partly a response to new Indonesian regulations aimed at keeping the production of mobile phones in the country, this person said, who added that Samsung started making the phones in January.

A spokesman for Samsung declined to comment, but confirmed that the company has a manufacturing facility outside Jakarta that

Samsung wows investors with futuristic tech that Apple’s iPhone is already delivering

Samsung will “lead by following” Apple Watch

Samsung LSI marketing team head Kyushik Hong spoke at length about “Innovation for the next mobile experience,” outlining plans to introduce a “Bio Processor” chip that packed a series of components related to health related data recording. Asked when the new chip would be introduced and when Samsung expected it to become a meaningful revenue generator, Hong stated that it was expected to ship early next year and might be used in some kind of band or other product focusing on activity, not necessarily from Samsung. And while his presentation discussed “wearable device trend” and the potential of wearables to grow dramatically in shipment volumes, there was no discussion of how Samsung was actually performing in the smartwatch category it largely introduced, before partnering with Google on Android Wear and then going solo with its own Tizen-based Gear watches, all without achieving any success along the way, before being steamrolled by the arrival of Apple Watch.

At the same time, the “trends” Samsung identified for wearable devices included authentication and payment, features Samsung’s Galaxy Gear models continue to lack. Apple Watch introduced Apple Pay last fall, but the company’s own new

SpareOne Emergency Phone AT and T

Between earthquakes, hurricanes, polar vortexes, superstorms, and any other number of potentially dangerous natural phenomena, it’s always good to be prepared. The $59.99 SpareOne Emergency Phone for AT&T is a handy tool to keep in the glove compartment of your car, or your emergency supply kit at home. This cell phone offers 3G connectivity for phone calls and location tracking, with voice interaction to make dialing easier. And you don’t need to worry about charging it, as the phone can last for up to 15 years on the shelf with just two AA batteries. It’s a nice upgrade over the unlocked 2G model, which the company no longer sells in the US. But it requires an annual prepaid plan in order to take full advantage of its Locate and Alert services.

Design, Features, and Usability

At 5.7 by 2.0 by 0.8 inches (HWD) and 3.2 ounces, the SpareOne is a larger than your average candy bar-style phone like the Blu Tank II (4.8 by 1.9 by 0.5 inches; 3.5 ounces), but that’s because it needs space to accommodate two AA batteries.

The front of the phone is white plastic, with a clear screen that proudly shows the batteries inside. The back is bright red, with another clear screen that

Apple Ready To Gamble On New iPhone Technology

Not content with the 3D touch interface that was added to the iPhone 6S and iPhone 6S Plus screens, Apple looks set to move to a new screen technology in 2017′s iPhone.

There has been a consistent build up of leaks, rumors, and suggestions from the supply chain that a switch away from the LCD technology currently used by Apple for its iPhone screens is on the cards. Moving to OLED screens would allow for more power efficient displays that have a wider viewing angle, better color reproduction, and a more vibrant display. Apple has been reluctant in the past to make this switch because of worries around the lifespan of OLED screens.

Apple must be confident that these issues are now answered (presumably with technology along the lines of that detailed in its patents using photodiodes and varying the anode pitch in OLED screens). Nikkei Asian Review (via Patently Apple) is reporting that Apple has notified its supply chain of the upcoming switch to OLED for iPhones released in the 2017/2018 smartphone season.

This would point to the adoption of OLED screens for the presumptively tilted iPhone 7S. Going with the 7S as the debut handset makes a certain

HP Puts the Future of Computing On Hold

Plans by Hewlett-Packard for computers based on an exotic new electronic device called the memristor are scaled back.

In April I wrote about an ambitious project by Hewlett-Packard to use an electronic device for storing data called the memristor to reinvent the basic design of computers (see “Machine Dreams”). This week HP chief technology officer Martin Fink, who started and leads the project, announced a rethink of the project amidst uncertainty over the memristor’s future.

Fink and other HP executives had previously estimated that they would have the core technologies needed for the computer they dubbed “the Machine” in testing sometime in 2016. They used the timeline at the bottom of this post to sketch out where the project was headed.

But the New York Times reported yesterday that the project has been “repositioned” to focus on delivering the Machine using less exotic memory technologies–the DRAM found in most computers today and a technology just entering production called phase change memory, which stores data by melting a special material and controlling how it cools.

With memristors out of the picture, there’s reason to doubt just how revolutionary HP’s project can be.

The main feature of the Machine’s design was to be a large collection of

New technique controls crystalline structure of titanium dioxide

Researchers from North Carolina State University have developed a new technique for controlling the crystalline structure of titanium dioxide at room temperature. The development should make titanium dioxide more efficient in a range of applications, including photovoltaic cells, hydrogen production, antimicrobial coatings, smart sensors and optical communication technologies.

Titanium dioxide most commonly comes in one on of two major “phases,” meaning that its atoms arrange themselves in one of two crystalline structures. These phases are “anatase” or “rutile.” The arrangement of atoms dictates the material’s optical, chemical and electronic properties. As a result, each phase has different characteristics. The anatase phase has characteristics that make it better suited for use as an antibacterial agent and for applications such as hydrogen production. The rutile phase is better suited for use in other applications, such as photovoltaic cells, smart sensors and optical communication technologies.

“Traditionally, it has been a challenge to stabilize titanium dioxide in the desired phase,” says Dr. Jay Narayan, John C. Fan Distinguished Chair Professor of Materials Science and Engineering at NC State and co-author of a paper describing the work. “The material tends to transform into the anatase phase below 500 degrees Celsius [C], and transform into

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