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In Internet Explorer 10 you have the ability to switch between two different modes. The Windows UI mode is when use Internet Explorer from the Windows 8 Start Screen. The desktop mode is the normal full-featured desktop app and is opened on the Windows 8 desktop. When using Internet Explorer 10 from the Start screen it is possible to switch to the desktop mode and open the same you are currently viewing. This tutorial will explain how to switch to the Internet Explorer desktop mode when you need more features that are not available the in slimmed down app mode. To start Internet Explorer from the Start Screen, click on the Internet Explorer icon as shown in the image below. When you click on the icon, the Internet Explorer app will open as shown below. If the address bar is not open, as shown in the image above, press the Windows + Z (Windows key + Z key) keyboard combination to open it. Once the address bar is open, click on the wrench button as indicated by the red arrow in the image above to open the page tools menu. To switch to Internet Explorer desktop mode, click on the View on the desktop menu option. Windows 8 will now switch to the classic desktop and start Internet Explorer 10 to the exact same page you are currently viewing. You can now use the full features of Internet Explorer 10 as necessary. To switch back to the Windows app mode, hover your mouse cursor in the upper left hand corner of the screen and you will see a small thumbnail of the last app you used. If this was Internet Explorer 10, simply click on it to switch back to the Windows UI app mode. If the app that shows in the thumbnail is not Internet Explorer, you can use the Windows+Alt (Windows key + Alt key) to see a list of all open apps. When you see the Internet Explorer app, simply click on it to go back to using it.

Fujitsu Laboratories Ltd. has developed a self-diagnostic technology to determine when a power supply unit needs to be replaced. This is software that can run on board the microcontroller of a digitally controlled power supply, such as those used in servers and other information and communication technology (ICT) devices. The power supply units used in ICT hardware have limited lifespans, and maintaining them efficiently is a serious issue in large installations such as datacenters. Using a proprietary model-based development system for power supply units, Fujitsu Laboratories successfully analyzed changes in signals propagating through controller circuits that are caused by power supply degradation. In this way it developed a new method for evaluating the degradation of power supply units based solely on information already used by the microcontroller of the power supply controls. The newly developed method was implemented as software in an evaluation environment using the model-based development systems for power supply units, and it was confirmed that it could automatically diagnose when the power supply unit needs to be replaced, without the addition of any hardware components that monitor power supply degradation. In datacenter operations, for example, this technology enables power supply units to be replaced on a planned basis, thereby lowering maintenance costs and improving the reliability of operations. Details of this technology are being presented at the Applied Power Electronics Conference and Exposition 2016 (APEC2016), which opened March 20 in Long Beach, California. Background The power supply units used in servers and other ICT hardware have limited lifespans, and redundant configurations are used to improve reliability, with units arrayed in parallel so that if one fails, operations can continue. But in large-scale installations such as datacenters, increasing the number of power supply units brings with it added maintenance costs related to power-supply failure and replacement. For that reason, there has been a need for technology that can visualize the lifespan and degradation of power supply units, and thereby make maintenance more efficient. Issues Among the various parts that make up a power supply unit, electrolytic capacitors, which stabilize the input/output flow, are known to be most susceptible to degradation. Since servers are typically in continuous operation, one way to monitor the degradation of electrolytic capacitors without interfering in operations would be to monitor "ripple"-variations in output voltage that accompany the on/off cycling in switching mode power supplies. But because ripple is only a few percent of the output voltage, it could only be monitored with additional high-precision equipment, making this approach impractical for power supplies in ICT hardware, which have severe constraints on cost and installed surface area. About the Technology Using its proprietary model-based development systems for digitally controlled power supply units, Fujitsu Laboratories has developed a new method for detecting power supply degradation that, by analyzing signal changes in the control circuitry that are caused by degradation in the power supply unit, makes it possible to determine when a power supply unit needs to be replaced based solely on information currently used in the power supply controls. In developing power supply control software, because it is necessary to control the circuit with precise timing, adding new functions in the software and testing them was difficult, but, here too, use of the model-based development systems for digitally controlled power supply units made the development process more efficient. Key features of the technology are as follows: 1. Signal analysis of the power-supply control circuits Because just connecting evaluation equipment to observe the internal signals used to control the power supply would, as a result of the noise from the equipment, affect the operation of the power supply unit, it has been difficult to observe the internal conditions of the control circuitry. By building an analytic environment using the model-based development systems for power supply units, Fujitsu Laboratories succeeded in directly monitoring the inner workings of the circuitry. Through the results of analyses of data captured by varying the degree of degradation in the electrolytic capacitors, the company discovered that, by analyzing the output voltage during sudden changes of the power supply's output, it could evaluate the degradation in the electrolytic capacitors (Figure 1). 2. New method for determining when to replace power supply units Based on the data gathered from the microcontroller, Fujitsu Laboratories plotted the relationship between the amount of voltage fluctuation against the amount of load fluctuation under normal ICT-device operations, and the degree of electrolytic-capacitor degradation (Figure 2), creating a new way to determine when power supply units need to be replaced. This technology can be added to digitally controlled power supply units used in servers and other ICT hardware to automatically diagnose replacement times without requiring any additional hardware components. Because this technology can evaluate power supply unit degradation even with load increases during overnight backup jobs, for example, it can diagnose power supply unit replacement times as a part of everyday operations. This makes it possible to replace power supplies on a planned basis, reducing maintenance costs and increasing reliability for datacenters. Fujitsu Laboratories plans to continue operational testing of this technology in actual power supplies used in servers, with the goal of a practical implementation in 2018. It also plans to expand the range of components that can be automatically diagnosed, and to add functions that would allow pending operations on a server needing a power supply unit replacement to be shunted to a different server, to further reduce the costs of server maintenance and further increase reliability.

Over the past few weeks we’ve written about AMD’s XConnect technology, and its cooperation with both Intel and Razer to create an external graphics specification that wouldn’t depend on any one vendor, chassis, or technology. The Razer Blade Stealth and Razer Core are the first laptop and external chassis to come to market featuring this capability, and we’re already seeing some promising signs of cross-platform compatibility — but it doesn’t come cheap. First, the good news: At GDC this week, Intel announced a new Skull Canyon NUC (Next Unit of Computing). This new device is built around a 45W Core i7 6770HQ CPU with Intel Iris Pro 580 graphics. That’s the largest graphics part Intel currently ships, with 78 execution units and a 128MB EDRAM cache. Based on the performance we’ve seen from other Intel GPUs, the Iris Pro 580 should be a formidable contender. The device also supports USB 3.1 Gen 2 (10Gbps), M2.SATA drives, HDMI 2.0 support, and comes with built-in Intel 802.11ac wireless. The new NUC (part number NUC6i7KYK) is also fully compatible with the Razer Core, which means gamers interested in both devices can expect to pair Razer’s external chassis with Intel’s hardware with no problems — provided you’re willing to drop some serious cash to do so. The Razer Core’s price tag According to Razer, the Core will cost $500 if purchased separately from the Razer Blade Stealth and $400 if bought with either the Razer Blade Stealth or the new Razer Blade refresh. The Core isn’t just an external chassis — it also offers 4x USB 3.0 ports, gigabit Ethernet, and ships with its own 375W power supply — but $400 – $500 is quite steep, especially considering that the Razer Blade Stealth has a $1,000 minimum price. I still think Thunderbolt 3-based external graphics are the best chance for expanding mobile gamer options, but the Core’s $500 price tag means not many people are going to take the option — especially not when the chassis doesn’t ship with a GPU. Current high-end buy-in prices for a GPU, chassis, and the lowest-end Razer Blade Stealth would come to between $1,800 – $2,000 depending on which desktop GPU you chose to buy. There are exceptions to this, of course. If you already have a desktop GPU you want to use, you can cut that price tag back $400 – $500. At $1,500 – $1,600, the Razer Blade Stealth compares better against hypothetical alternate solutions. We’re still trying to get a Razer Blade Stealth and Razer Core in-house for review, and it’s entirely possible that we’ll see cheaper docks in the long run. Given how new the product is, Razer may be banking on short-term premium pricing to pay back some of the development costs, and it’s good to know that cross-device compatibility is already shaping up, despite the newness of the hardware.

Fractured Space is a competitive 5-v-5 tactical space battle game fought over five sectors. Brought to life in the stunning Unreal Engine 4, giants of interstellar conflict fight in spectacular close quarter battles for dominance. Pick a manufacturer, choose a class and customize your weapon loadouts. Through experience you gain the right to command more ships while earning credits to add them to your fleet. Tailor your craft to your combat preferences with crew and weapon loadout options then take on your specialized role when your interstellar juggernaut warps into battle. You captain a vessel of unmatched combat authority choosing from an ever increasing number of specialised galactic warships. Understand your own capabilities and that of your team before taking the fight to the enemy. Experience will expand your ability to choose which small victories to chase and how to then leverage them. Mastery of a single ship is your first step, dominance in the war for space coming as your knowledge increases. The composition of your team's fleet is vital to your success. Battles may be fought with firepower but they are won with wits. Your team of five will face an equally prepared, equally skilled, equally ambitious opponent in a ceaselessly transforming fight for control. Your plans will evolve, tactics will shift but as a team you will emerge triumphant. Your individual prowess may be significant but it insignificant next to well organised communication, support and teamwork. Join us as we throw open our doors on development of a groundbreaking space combat experience. The discussion on strategy is endless; share your war stories, learn from others and become a part of the Fractured Space universe. Fractured Space is a 5-v-5 team-based space combat fought in gigantic capital ships. "...the final product may well be one of the best space combat games ever made" - PCGamesN Each multiplayer match offers intense team battles combining deadly individual fights with larger team strategy. Use your ship's unique abilities and weapons to exploit enemy weakness and control the map by working with your team to obliterate opponents. Combining the intensity of a shooter and carefully timed tactics, Fractured Space is at the forefront of an exciting new frontier for the genre. As an Early Access title, Fractured Space is still very much under development. The game will evolve over time, and as a founder you’ll see improvements and additions to the game as they happen. We’re keen to bring you along every step of the way. We've shifted our mentality as a studio in order to reflect this, adopting an Open Development ethic. We're throwing open the doors to the studio, with regular updates from the team, sharing assets at varying degrees of completion, and even keeping you in the loop with our sprint plans. For the latest ship concepts, developer logs and other news check out our official website. If you want to talk through ideas for next steps, ask questions regarding design choices or simply hang out with the team and other members of the Fractured Space community join us every Thursday evening between 19:00 and 21:00 UTC on Twitch.

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Rare 60's microcar, the Peel P50 pulls in record sum at Florida car auction The Peel P50 is often credited as the smallest car ever made, but that hasn’t stopped it raking in a massive sum of money when it went to auction on Saturday. RM Sotheby’s Amelia Island Auction had the Manx microcar estimated to sell for between $75,000 and $100,000, but it blitzed through that, eventually selling for a massive $176,000 (around £120,000). The car was the final lot of the day, and drove onto the stage to great applause. The bidding was apparently ‘hotly contested’, and the final sum is a world record price for a Peel P50. • Best city cars to buy now The P50 is remains the only production vehicle ever built on the Isle of Man, and is also in contention for the smallest car ever built. Concieved as a project to find the minimum possible dimensions for a working vehicle, it was created as a display for the 1962 Cycle and Motorcycle Show at Earl’s court. It then went into limited production, with only 50 made. Of these, 27 are still known to exist. The happy buyer probably won’t be doing any long distances in their new purchase – the P50 had a top speed of 38mph courtesy of its 49cc moped engine, driving one of three wheels. Simplicity was the order of the day – a single headlight was all that was needed, and three forward gears were all that was deemed necessary – should owners need to reverse, a nifty chrome handle was mounted on the rear to allow the car to be lifted and turned. • Most expensive cars ever sold at auction Still, 100mpg is not to be sniffed at – the Peel was advertised as ‘almost cheaper than walking’ upon its release. The example seen here had been extensively restored by the Bruce Weiner Microcar museum, and is in stunning shape. Even the smallest new cars today are giants compared to this – so maybe modern car manufacturers could learn a thing or two about making a city car from Peel.

A new ultra-sensitive test designed to detect diseases including HIV and cancer may prove 10,000 times more effective than current diagnostic tools, Stanford scientists say. When a disease – whether it is a cancer or a virus like HIV – begins growing in the body, the immune system responds by producing antibodies. Fishing these antibodies or related biomarkers out of the blood is one way that scientists infer the presence of a disease. This involves designing a molecule that the biomarker will bind to, and which is adorned with an identifying “flag”. Through a series of specialised chemical reactions, known as an immunoassay, researchers can isolate that flag, and the biomarker bound to it, to provide a proxy measurement of the disease. The new technique, developed in the lab of Carolyn Bertozzi, a professor of chemistry at Stanford University in US, augments this standard procedure with powerful DNA screening technology. The chemists have replaced the standard flag with a short strand of DNA, which can then be teased out of the sample using DNA isolation technologies that are far more sensitive than those possible for traditional antibody detections. “This is spiritually related to a basic science tool we were developing to detect protein modifications, but we realised that the core principles were pretty straightforward and that the approach might be better served as a diagnostic tool,” said Peter Robinson, a graduate student in Bertozzi’s group. The researchers tested their technique, with its signature DNA flag, against four commercially available, US Food and Drug Administration (FDA)-approved tests for a biomarker for thyroid cancer. It outperformed the sensitivity of all of them, by at least 800 times, and up to 10,000 times, researchers said. By detecting the biomarkers of disease at lower concentrations, physicians could theoretically catch diseases far earlier in their progression. “The thyroid cancer test has historically been a fairly challenging immunoassay, because it produces a lot of false positives and false negatives, so it was not clear if our test would have an advantage,” Robinson said. A clinical trial underway in collaboration with the Alameda County Public Health Laboratory will help evaluate the technique as a screening tool for HIV, researchers said. Early detection and treatment of the virus can help ensure that its effects on the patient are minimised and reduce the chance that it is transmitted to others. “In contrast to many new diagnostic techniques, this test is performed on pre-existing machines that most clinical labs are already familiar with,” said Cheng-ting Tsai, a graduate student in Bertozzi’s group. The research was published in the journal ACS Central Science.

You have a new computer and are ready to set it up. While this may seem like an overwhelming and difficult task, it is actually quite simple. It doesn't matter what brand of computer you have because most computers are set up in a similar way. If you're setting up a newly purchased computer that's still in the box, you'll probably find a how-to guide in the packaging that includes step-by-step details. However, even if it didn't include instructions you can still set up the computer in a few easy steps. In this lesson, we'll go through the different steps needed to set up a typical computer. Watch the video to learn how to set up a desktop computer. If you have a laptop, setup should be easy: Just open it and press the power button. If the battery isn't charged, you'll need to plug in the AC adapter. You can continue using the laptop while it charges. If your laptop has any peripherals, like external speakers, you may want to read the instructions below because laptops and desktops generally use the same types of connections. Step 1 Unpack the monitor and computer case from the box. Remove any plastic covering or protective tape. Place the monitor and computer case where you want on a desk or work area. Think about where you want your desk or work area to be located, and where you want your monitor, computer case, and other hardware to be. Be sure to place your computer case in an area that is well ventilated and that has good air flow. This will help to prevent overheating. Step 2 Locate the monitor cable. There are several types of monitor cables, so the one on your computer may not look like the one in the image at the left. If you're having trouble finding your monitor cable, refer to the instruction manual for your computer. (If you have an all-in-one computer that's built into the monitor, you can skip to Step 4). Step 3 Connect one end of the cable to the monitor port on the back of the computer case and the other end to the monitor. Hand tighten the plastic-covered screws on the monitor cable to secure it. Step 4 Unpack the keyboard and determine whether it uses a USB (rectangular) connector or a PS/2 (round) connector. If it uses a USB connector, plug it into any of the USB ports on the back of the computer. If it uses a PS/2 connector, plug it into the purple keyboard port on the back of the computer. Step 5 Unpack the mouse and determine whether it uses a USB (rectangular) connector or a PS/2 (round) connector. If it uses a USB connector, plug it into any of the USB ports on the back of the computer. If it uses a PS/2 connector, plug it into the green mouse port on the back of the computer. Step 6 If you have external speakers or headphones, you can connect them to your computer's audio port (either on the front or the back of the computer case). Many computers have color-coded ports. Speakers or headphones connect to the green port, and a microphone connects to the pink port. The blue port is the line in, which can be used with other types of devices. Some speakers, headphones, and microphones have USB connectors instead of the usual audio plug. These can be connected to any USB port. In addition, many computers have speakers or microphones built into the monitor. Step 7 Locate the two power supply cables that came with your computer. Plug the first power supply cable into the back of the computer case, and then into a surge protector. Then, using the other cable, connect the monitor to the surge protector. Step 8 Finally, plug the surge protector into a wall outlet. You may also need to turn on the surge protector if it has a power switch.

When a bank is robbed, the loot will often contain a wad of mani[CENSORED]ted banknotes. These will explode en route and release a colorful dye, marking the money as stolen. Researchers use a similar principle to identify spyware on smartphones. Computer scientists from the Center for IT Security, Privacy and Accountability (CISPA) have now developed a matching application for the current version of the Android smartphone operating system, allowing for a more precise monitoring of malicious apps. Android is the most widely used operating system for smartphones in the world, despite the fact that Android users are virtually blackmailed when installing new applications. Either they accept that the program will gain access to certain information, such as their personal contacts or Internet access details, or else they cannot use the app. The latest version of Android meanwhile allows users to reject some of these access requests during installation, but even so this gives a somewhat false sense of security. "Even if an app tells me which data it would like to use, I still have no idea what it intends to do with the data," says Oliver Schranz, who completed his PhD at the Saarbrücken Graduate School of Computer Science at Saarland University. His assessment is confirmed, for instance, by a recent study conducted by the US security firm Appthority. According to their research, more than 88 percent of Android apps developed for industry use are secretly spying on user data in some way or another. At the Center for IT Security, Privacy and Accountability (CISPA), Schranz, together with Philipp von Styp-Rekowsky and Sebastian Weisgerber, developed an app that will help individual users and companies to track what is going on in suspicious apps. The CISPA app is based on the "Taint Tracking" method, which can be compared to the colorful dye explosion triggered in a bundle of banknotes, a technique often used to track bank robbers. Hence the researchers named their app "TaintArtist". Whenever an app accesses sensitive or privacy-relevant information, the data in question is highlighted with a kind of marker. Even if the data is altered in the process, say when new calculations are performed, the marker will remain attached even to the new results. "This lets us track the flow of information from the monitored app in more precise ways," Schranz says. Whenever the data is passed on to functions, which might then send the data out from the smartphone or display other suspicious behavior as defined in a preset corpus of rules, the pertinent markers are checked. And if the CISPA app does discover data abuse, it will set off an alarm. All that users have to do is to install the tracking app and then choose which other apps they want monitored, and what exactly should be allowed or prohibited in each of them. Until now, this kind of information flow analysis would have made system modifications necessary, in ways that are hardly feasible for laymen. To make the same service available for all users with just a few simple steps, the Saarbruecken researchers made use of a novelty in the two most recent Android versions: In the newer versions, Android no longer executes the intermediate representation of the program code directly, but translates it into executable machine language on the device first. This allows Schranz and his team to edit the code that is needed for the markers while the translation is taking place. The code of the examined app would not have to be changed, but it would work at a slightly slower pace, according to the researchers. "Given the fact that smartphones today can handle virtually all processes within milliseconds, the increases in runtime will be hardly noticeable to users," says Schranz. This is why he is convinced that the app is also useful for businesses. "If employees use their own devices at work, with our app the company can make sure that certain data never leaves these devices," says Schranz. Whether their app will be embedded into a commercial product or will be available free of charge in [CENSORED]ure, is still open.

Intel could dump Nvidia for a licensing deal with AMD as the chip giant tries to prop up its patent portfolio. Currently, Intel is under a $1.5 billion licensing agreement with Nvidia, which the two companies signed in 2011. At the time, the two companies had spent years fighting each other in courts over patent licensing, and the agreement put all that litigation to rest. Intel’s Nvidia deal is set to expire on March 17, 2017, and a recent report by Bloomberg claimed that Intel is now looking to cut a deal with AMD instead. (Strangely, the report does not appear on Bloomberg’s website, but was cited by analysts and relayed by Barron’s. It may be worth taking with a grain of salt.) What does all this mean for consumers? Potentially, not much. Intel’s current licensing deal with Nvidia never translated to any sort of Nvidia-branded technology in Intel chips. At best, the biggest impact for consumers is that the two companies didn’t waste more time and energy trying to sue each other into oblivion. Having said that, Intel and AMD have been playing nice together lately. Both companies were part of a collaboration with Razer on the Razer Core GPU dock, which provides gaming muscle to laptops or low-powered desktops through a Thunderbolt 3 connection. During a press event, Intel even used an AMD graphics card to demonstrate how the dock works with its upcoming Skull Canyon NUC mini-PC. As ExtremeTech notes, Intel has also indicated that it will support AMD’s FreeSync standard for variable refresh monitors, rather than licensing Nvidia’s rival G-Sync technology. It’s also worth noting that AMD recently spun off its GPU business into a separate group that covers software, hardware, and intellectual property. Just to speculate, this could pave the way for AMD to more directly integrate its graphics innovations into other companies’ chips—including Intel’s. Why this matters: Given AMD’s experience with integrating CPUs and GPUs on the same die, it’s intriguing to think of what a licensing deal with Intel might bring, especially with Intel leading the mini-PC invasion. But this is just a rumor for now, and even if it comes to fruition, the result could be nothing other than more favorable licensing terms than what Intel gets through Nvidia now. At most, it’s a development worth watching.

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Becoming an elder brother or sister before pre-school days can lower a child’s risk of becoming obese, researchers suggest. They added that children who didn’t have a sibling are three times more likely to become obese by the first grade. The birth of a sibling by the time a child reaches the first grade — or when the child is 2-4-years-old — can help the kid maintain a healthier body mass index (BMI). “Having younger siblings — compared with having older or no siblings — is associated with a lower risk of being overweight,” said senior author Julie Lumeng, paediatrician at University Of Michigan. However, how the birth of a sibling can shape risk of obesity during childhood is unclear yet. Children may possibly engage in more ‘active play’ — or less sedentary time in front of screens — once a younger sibling is born, contributing to healthier BMIs. Also, parents may change the way they feed their child once a new sibling is born, which may have a significant impact on their BMI. Childhood obesity rates continue to be a great cause of concern. If the birth of a sibling changes behaviours within a family in ways that protect against obesity, these may be patterns other families can try to create in their own homes. “Better understanding the potential connection between a sibling and weight may help health providers and families create new strategies for helping children grow up healthy,” the authors suggested. The study that included 697 children across the US is forthcoming in the journal Pediatrics.

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Are you a tech buff who is unable to keep off your phone even at the dinner table? In that case, your kids may not be happy with you at all, say researchers. A study which delves into the dynamics of technology and families reveals that the children of those parents who sporadically text even while driving or those who indulge in over-sharing on social media are not too impressed with their parents’ habits. The researchers noted that there have been similar hurdles in the past, as families grew accustomed to new technologies such as radio, television and video games in the household. However, the rapid evolution of technology in the past decades — notably the advent of the internet — has created a wide gap between people in relationships, especially familial relationships. “This challenge is exacerbated by the fact that parents themselves may be struggling to set and abide by the rules they set for themselves for technology use,” the authors indicated. The study states that as technology has become pervasive in children’s lives, establishing and enforcing rules has become increasingly challenging for parents. The principal concern — among both children and parents — was paying attention to those around, instead of technology. For the study, researchers from the University of Michigan and the University of Washington conducted a survey with 249 US child-parent pairs, exploring rules both for children — aged 10-17 — and parents along with enforcement challenges. The findings showed that 92 per cent of children feel that their parents need to show more interest while talking to them. The children desire that their parents should not post anything online about them without their prior permission. Moreover, the parents need to trust their kids to set their own boundaries. The kids do not want to see their parents spending all their time on the computer, tablet or smartphone. They hate using phone while driving. Rather, they want the parents to establish technology-related rules. Most importantly, the children want the parents to practice what they preach, the researchers pointed out.

Mazda's sporty new CX-4 coupe crossover is set to make an appearance at the 2016 Beijing Motor Show The Mazda CX-4 will make its debut at the Beijing Motor Show in April, after the Japanese manufacturer issued its first teaser for the car and revealed that it would be on its stand at the event. The CX-4 is a coupe SUV that's designed to be a more style-focused stablemate to the successful CX-5. It sits on that car's chassis and underpinnings, but will feature a more rakish rear roofline that is likely to compromise the amount of headroom available for back-seat passengers. Despite this, there is some speculation that CX-4 could feature a third row of pop-up seating allowing two children to sit beyond five adults. • Best suvs and 4x4s to buy now The new model was previewed by a concept called Koeru that was shown at last autumn's Frankfurt Motor Show. Mazda has recent history of keeping the styling of its production models pretty close to that of the show cars, and the CX-4 looks like continuing that trend. The single teaser shows that it retains the distinctive crease in the C-pillar that featured on the Koeru. Expect the CX-4 to be pitched closer to the CX-5 than to the CX-3, and to feature front- or four-wheel drive, and a mix of engines made up from Mazda's SkyActiv range. They should include 2.2-litre diesels of various states of tune, although it is conceivable that Mazda could use this model to introduce more potent versions of the smaller 1.5-litre diesel that we've already seen in the CX-3 and 3. The CX-4 is also some way off; we wouldn't expect sales to start until the first half of 2017.

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If you find that you no longer use an application, you can uninstall the software to remove it from your computer. This is a good way to clear up space on your hard drive and keep your computer free of clutter. 1. Open the Control Panel. 2. Select Uninstall a program (in the Programs category). 3. Select the desired application, then click Uninstall. 4. Confirm the uninstallation. hat's it! The program will be removed from your computer.