VOLKSWAGEN PREVIEWED its New Small Family (NSF)

Audi Invited to Join VW’s New Small Family
The tiny city car (previewed by the Up! concepts) is just part of Audi’s new range of fuel misers.

IN 2007, VOLKSWAGEN PREVIEWED its New Small Family (NSF) of eco-cars with three concepts, a two-door hatchback, a four-door hatchback, and a microvan. Originally intended for VW, Seat, and Škoda only, NSF is being expanded to include an Audi version, the E1. In fact, the E1 will spearhead a selection of innovative, low-emissions, high-mileage models for Audi. Marketed under the E-line moniker, the new Audis share the same mission as BMW’s Project i vehicles. Audi’s lineup could include up to fi ve different products in various size and price classes. Here is what Audi’s R&D team is currently looking at: E1, based on the New Small Family (NSF).
Audi has been invited to tap the NSF gene pool, but the brand doesn’t want a badgeengineered model, so Audi will get a distinct body and interior. The most likely body style for Audi is a two-door, three-seat commuter hatchback. NSF can accommodate a small gasoline or diesel engine, but an electric vehicle is also considered a mid-term must. Because of its ultracompact dimensions, the two-door is not ideal for a hybrid application.
E2, a sporty mid-engine two-seater. This would be an Audi version of the even more radical VW two-liter car (as in two liters of fuel per 100 km, or 118 mpg). Volkswagen is preparing two closely related,  exceptionally frugal halo products that could infl uence the E2—the one-liter car (the second coming of
the cigar-shaped tandem two-seater fi rst seen in 2002) and the two-liter car (a more conventional design with driver and passenger sitting next to each other). Although the one-liter car is a very small-volume, expensive, high-tech showpiece, the two-liter edition is more practical and more affordable. For minimum aerodynamic drag and optimal packaging, a mid-engine layout is favored, with a pair of 75-hp, 1.2-liter three-cylinder units (an 80-lb-ft direct-injected unit and a 130-lb-ft turbo-diesel ) most likely. Electric drive is also possible but may add too much to the price





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    www.fantamag.com



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  • 9:16:00 AM

    Biff! Bap! Ker-Pow! It’s the BatBerry interview!

    Paul Leroux interviews Tim Neil, a director of product management at RIM, who is building his very own Batmobile™. This project might sound like fun (and Tim assures us it is), but it also demands a wealth of skills, from welding to HTML5 programming.


    Tim Neil
    Tim, could you give us a quick overview of the BatBerry project?
    The BatBerry combines my love of cars, Batman, and technology. I’ve always wanted to build this car and I’ve had a couple of unsuccessful attempts at creating a carputer. When RIM started creating a 7" tablet, I knew the time was right to bring all of these interests together.

    How did you get started on this project?
    I started my research about 15 years ago, trying to determine how and where to get started. For instance, I needed to track down the shifter, which is a throttle quadrant from a WWII US Navy bomber.

    By 2010, I had finished modifying my custom Subaru WRX, and I needed to get started on something new — working on cars is my way of escaping and relaxing. The time was right, and I got the green light from my wife. Luckily for me, she knew of my desire to build this car when we met and it didn’t scare her away. :-)

    The BatBerry, about a year after Tim launched his project
    Reading your blog, I’m totally impressed by the scope of the BatBerry project — be it creating dashboard panels, writing control software, or building a retractable license plate. Do you do most of the work yourself?

    Yes, I try to do as much of the work myself as possible. I leave important things that I don’t have experience in, like doing the frame stretch, to the professionals. I did the same thing building up my Subaru over the past 7 years: learning how to do body work, interior, stereo, engine modifications, etc. I like to learn things as I go and I’ve always had a knack for figuring out how things work. I always figure, what’s the worst thing that can happen? If screw up, I just have to try again.

    To pull this off, you need to be a jack of all trades. I’m sure you had skills to begin with — but did you also have to pick up any along the way?
    Welding is one of the biggest skills that I’ve picked up so far. I bought myself a welder, watched a couple of YouTube videos, and got to work. I can tell you, my welds look MUCH better now than my first ones. From all the welders I’ve talked to, it’s a skill that simply takes patience and practice.

    Since I was a kid I have always been able to figure things out. When I was 8 years old I was wiring my bedroom up to have a switch on my headboard automatically open the door. The best way that I can describe to people how I see the world is by watching the movie Iron Man. When you see Iron Man’s computer JARVIS take an object and expand it out into a million pieces to show how it works, that’s what I see when I look at something.

    Tim's other project a highly modified Subaru WRX
    What kind of power plant does the BatBerry use? Have you modded it?
    The car currently has a 305 4.3L L99 V8. I haven’t really modified it yet. I will likely go with a re-built version of the same engine so that I can re-use the ECU. I’m not looking to make this car into a high-performance hot rod — that’s where my Subaru comes in. Plus, it’s nice to drive distances not always looking for a gas station that serves 94 octane. :-)

    The V8 puts out 200hp, which should be pretty good for the BatBerry, considering it is basically a frame with a 400-pound fiberglass body mounted to it. As long as it sounds nasty I’ll be happy. I have a couple of Flowmaster 40 series mufflers for it.

    Anyone who reads this blog knows we are bullish on HTML5. So I was fascinated to hear that the BatBerry project has an HTML5 connection. Could you tell us about it?
    As the former development manager for BlackBerry WebWorks at RIM, I wanted to show what could be done with HTML5 technology. I wanted to build an interface on my PlayBook and BlackBerry Smartphone that could control some of the systems of the car.

    I also wanted to share as much code as possible between the Smartphone and PlayBook, and using WebWorks and HTML5 allows me to do this. These devices pair with a Bluetooth connection on an Arduino board to control a series of relays that raise and lower the 30-cal machine guns, open and close the canopy, raise and lower the suspension, and perform other functions.

    All the source code for the project, including Arduino microcontroller code, is being shared in my BatBerry repo on github.


    Sample screen captures of the BatBerry user interface

    What has been your greatest challenge? And what are you most proud of, so far?
    My biggest challenge has been finding time! I’ve been travelling for work more on weekends and while this winter was pretty mild, it was still a bit hard to head out into a freezing cold garage to put in a couple hours of work during the evenings.

    I would say the two things I’m most proud of so far are my welding skills and my dash panels. I really wanted to give back something to others who have been building their own versions of this car. Screen-accurate dash panels were something missing from the community. In general, I really like to share what I’m doing so that others who want to do something similar can see what worked, and what didn’t work, for me.

    The Discovery Channel has been tracking the BatBerry project. Do they plan to broadcast anything soon?
    Nothing to air at the moment. The next step will be to get updated footage of some of the technology integration points. I’m getting close to being able to show the combination of HTM5, Arduino, and the machine guns to get some new footage. Once we reveal the car, filming will wrap up and go into post-production for airing sometime in the future on Daily Planet.

    When you aren’t working on the BatBerry, what do you do?
    I spend my spare time hanging out with my family, doing something with cars, or playing with technology. My daughter is a big Star Wars fan so she and I have been having some epic lightsaber battles lately. I’ve done a lot of car shows in the past with my Subaru and I really like meeting up and trading experiences with the car community around Toronto. At RIM, I direct the product management group responsible for developer tools, APIs, and SDKs — our focus is on removing barriers and adding features to make developers successful.

    One more question: Which Batman character do you most identify with?
    I would say Batman himself. While I’m not on the tipping point of insanity and looking to be a vigilante, I identify with the desire to make a difference. I also relate to the do-it-yourself attitude and the love of cool tech and cars. Plus, I’m just a geek at heart. :-)



    To track the progress of the BatBerry project, check out Tim’s blog. You can also follow him on Twitter.

    And while you’re at it, visit Tim’s YouTube channel. Here, for example, is a video showing the BatBerry’s replica machine guns:




    Neither Tim Neil, his vehicle, nor Research In Motion (BlackBerry) are licensed by, endorsed by, sponsored by or affiliated with DC Comics or the owners of the “Batman” properties.
     

    Everything you wanted to know about HTML5 in the car, Part III

    Welcome to the third installment in my Q&A series on HTML5 in the car. In Part II, we looked at web servers, native plug-ins, instrument clusters, and display updates. This week, we turn our attention to tools, touch gestures, UI performance, and vehicle resources.

    Are there any HTML5 HMI builder tools available?
    Most of the well-known IDEs, including Eclipse, Dreamweaver, and Netbeans, support some flavor of HTML5 in their latest release. Adobe Edge, a new tool now available in preview, also lets you create animated HTML5 content. I suggest you check out the HTML5 Tools site, which publishes up-to-date tool reviews.

    Often, automotive customers will ask system designers to make an infotainment system work "like an iPhone,” with the popular gesture controls. Does HTML5 support "inertial" menus and two-finger zoom?
    Multi-touch is handled at the app level; here’s an example. Pinch zooming at the browser level is browser-dependent — the QNX browser handles it, but not every browser does. As for physics-based scrolling, HTML5 doesn’t support it “out of the box”; it needs to be added. Frameworks like Sencha Touch provide these types of controls.

    Will the performance of HTML and JavaScript be adequate for critical user interface components or computations, such as safety-related notifications?
    This has to be tested on a case-by-case basis. For the UI elements, yes, the performance should be adequate. Our testing indicates you can build HMIs that are surprisingly responsive. Also, our WebKit port lets you do things things like run JavaScript code in other tabs, threads, or processes to ensure those ocmponents aren’t being thread-blocked by something less critical.

    I do get a little gun-shy recommending HTML5 for safety-critical components, because JavaScript isn't inherently real-time. If you wouldn't feel comfortable using Java for a critical coding task, you shouldn't use HTML5 either. If you want predictable, real-time performance for a lower-level computation that cannot tolerate any delay, the code should execute in a non virtual-machine environment. Most code doesn’t really fit that description, so most of the time JavaScript should work just fine.

    How do you call vehicle resources — vehicle HMI, vehicle diagnostics information, etc. — on a HTML web app in the car? What's the process in plain words?
    In plain words, it’s kinda hard. :-) But here’s my best take on this question: we solve this by creating a vehicle-bus driver that exports data through a publish/subscribe mechanism. The HTML5 layer talks to that piece through a JavaScript interface.
     

    TIPS Diagnose a Slip Clutch

    Have your car's manual transmission gear such as hard to move? and sound when shifting gears? In fact, the clutch pedal is stepped on to the good. Shift the gear lever into second gear it feels just like using a tooth, for example. If so, maybe you have a car clutch slippage.
    Clutch slippage usually occurs when a car has been used for seven years (with the use of as much as possible). Gearshift is not getting a response, and sound may at memindahlan teeth are just two examples of the many symptoms. There are many other symptoms which may indicate that the coupling of a car is experiencing slippage. Following steps to diagnose the slip clutch:
    Be aware, are you quite often move the transmission into low gear when climbing through the path. If you are not aware of it, slip coupling cobakanlah this diagnosis on uphill roads are fairly quiet. As much as possible the selection of a quiet lane uphill done so that you do not cause congestion for other drivers.
    Be aware, if the engine sounds a bit unusual when you do start acceleration or when starting. The sound resembles the sound of this unusual object is playing hard enough.
    Be aware, if the clutch pedal started to slack off (los), especially when the clutch pedal can no longer be re-set or adjusted.
    Be aware, if the pedal starts to harden or tighten and need more power to tread on. When possible, reset the clutch pedal. Perform this procedure if you are already feeling the slack footing as far as 1.5 inches. If viewed in terms of finance or economics of the time, re-setting the clutch pedal is cheaper and faster process. However, the use of the new coupling is clearly more secure and make you need not worry.
    Try the following diagnostic procedures: Enable the emergency brake, turn on the engine, clutch and foot pedal
    and set the transmission into 4th gear. Slowly, try stepping off the clutch pedal (gas pedal still be climbed). If in this way there is no response or a car is not moving at all, it means the clutch pedal had to be replaced.
    A few steps above you should try. For the record, do not forget to check the hand brake. Make sure the rate freeze it to function perfectly. It should be noted that given the slip clutch can sometimes give the car back (when climbing) or forward by itself. Under these conditions, it is useful tantu handbrake. Good luck. (Dim)


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  • 8:50:00 AM

    Can auto wag the ITS dog?

    Intelligent Transport Systems (ITS) promise to deliver many benefits, from increased road safety to better traffic flow. It’s no surprise, then, that when people talk about ITS, it is often within the context of the auto industry. But is the auto industry alone big enough to attract the businesses needed to innovate and deploy ITS?

    This question came up repeatedly at the Fully Networked Car Workshop held at the Geneva Auto Show, for the simple reason that auto is dwarfed by the telecom industry. Car volumes are measured in millions, whereas mobile phones are measured in billions. (In fact, evidence suggests the world may contain more mobile phones than toothbrushes.) It is likely, then, that businesses will focus on ITS-related applications, services, and infrastructure for phones — not cars.

    Workshop panelists also pointed out that ITS extends beyond the auto or other transport industries; it is about enabling a connected society on the move. Consumers want mobility solutions that enable them to stay connected to all aspects of their lives in meaningful ways — not just optimize the efficiency and safety of getting from point A to point B.

    The need for global standards
    Regardless of whether auto or telecom drives ITS, we will need global standards for how these systems work. The good news is, major international standards development organizations (SDOs) are already trying to collaborate on the global standards needed to make ITS a reality. In fact, the Fully Networked Car Workshop was jointly sponsored by the International Telecommunication Union (ITU), the International Organization for Standardization (ISO), and the International Electrotechnical Commission (IEC).

    The ITU has also started a collaboration on ITS Communications Standards. The next meeting of this collaboration will take place at SAE Headquarters in Troy, Michigan, USA on April 3, 2012.

    A non-starter without industry participation
    Mind you, success of ITS standards cannot solely depend on cooperation of the SDOs. Industry involvement is just as important.

    Some workshop participants argued, however, that standardization inhibits product differentiation and thereby acts as a barrier to industry participation. But others felt this could be managed by standardizing on the lower layers (i.e. communications layers) and differentiating at the higher layers (i.e. application layers). The one caveat raised was that some aspects of the higher layers need to be standardized for safety reasons. But even then, it is possible to standardize on safety and still differentiate on user experience.

    Panelists also discussed the threat of government regulation as a motivation to develop and deploy ITS. Someone pointed out, however, that competition often acts as a bigger motivator for companies than the threat of regulation.

    Wagging the dog?
    So what will drive innovation and deployment of ITS? It seems that global standards created with industry participation are crucial. Perhaps even more important, the auto industry must start working more closely with other industries such as telecom and consumer to develop ITS solutions that not only help people get from point A to point B efficiently and safely, but also deliver value in other ways to consumers on the move — unless of course you believe that the tail can wag the dog!
     

    The car heating system

    Heat is a form of energy which means it cannot be destroyed.The principle of the heating and ventilation system is to transfer enough heat from one point to another.The heater is a devicewhich heats the air entering or already inside the vehicle (recycled air).The heated air is then directed to a combination of different places via a distribution of air ducts within the vehicle.
    There are a number of different methods available to heat the air – exhaust heater, heat as a by-product of combustion, electric heater etc. Generally motor vehicles use heat from combustion which is transferred through water or air depending on whether the engine is water or air cooled.
    If the vehicle is air cooled then a system of shrouds is used to direct the heat from the external surface of the engine, exhaust or in some cases from the lubrication system towards the inside of the vehicle.




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  • Automotive Air-conditioning and
    Climate Control Systems
    Steven Daly
    BEng, BA (Hons), IEng, Cert Ed, MIMI, LAE, MSAE
    Amsterdam • Boston • Heidelberg • London • New York • Oxford
    Paris • San Diego • San Francisco • Singapore • Sydney • Tokyo
    Butterworth-Heinemann is an imprint of Elsevier


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  • 8:28:00 AM

    Crossing the boundaries: Cooperation across industries will fuel the connected car

    A guest post by Brian Salisbury of Telecommunication Systems (TCS)

    Connected car – these two words appear together more and more these days. Consider, for example, two events that took place in February: The Connected Car Executive Lunch organized by Fierce Wireless and held during the Mobile World Congress in Barcelona, and the Telecom Council’s Mobile Forum: Connected Car meeting hosted by Marvell Semiconductor in Silicon Valley.

    Speakers at these events came from mobile operators (AT&T Mobility, Orange, Sprint, Verizon), auto manufacturers (Ford, Hyundai, Nissan, Toyota), and platform and solution providers (Nokia, Pioneer, QNX Software Systems, TCS). No doubt about it, the car is now connecting industries.

    Although these two events were held on different continents, the topics on the minds of attendees were very similar:

    • Who “owns” the customer?
    • Will the connection be part of the car, or brought to the car by its driver?
    • How can the “wild west” of the Internet be safely incorporated into the car?
    • What is the business model for such a multi-part solution?
    • What will be the “killer app” for connected car, or is there no such thing?

    The presentations and discussions were diverse, as each group sought to define their role in terms that extend logically from their own past experience, and that could provide them with some control over the outcome. Thankfully, every group shared the common goal of making sure that connected cars are safe cars, and that the introduction of new connected services doesn’t create driver distraction problems.

    We are clearly on the verge of a new generation of services being extended into the car that can enhance many aspects of owning, operating, and riding in tomorrow’s vehicles. Those of us fortunate enough to be part of one of these groups will have some amazing opportunities to bring the best of our respective industries into this new space, and to build new relationships across industry boundaries.

    For an example of how TCS is helping to enable the connected car, check out this post on the VW Polo that was showcased at Mobile World Congress — Ed.


    Here’s a little more about Brian and TCS:

    Brian Salisbury is director of business development at TeleCommunication Systems, Inc. (TCS), where he is responsible for developing new business with OEMs, platform providers, and developers in the LBS ecosystem. Brian has worked in the mobile industry for more than 25 years, with most of that experience being in mobile data and location-based services, and within semiconductor, device manufacturer, and network operator companies.

    TCS (NASDAQ: TSYS) is a world leader in highly reliable and secure mobile communication technology. TCS infrastructure forms the foundation for market leading solutions in E9-1-1, text messaging, commercial location and deployable wireless communications. TCS is at the forefront of new mobile cloud computing services providing wireless applications for navigation, hyper-local search, asset tracking, social applications and telematics.
     

    Setting the Pace for Automotive Electronic Innovation

    Welcome to the first installment in a series of guest posts from Paul Sykes of Freescale’s driver information systems team.

    Recently, I traded in my MY2002 SUV for a new MY2012 vehicle. At the time, the MY2002 was quite advanced in its in-cabin electronics and styling, but wow — times have changed! Gone are the aftermarket satellite radio and PND that were attached, with wires dangling, at various places in my cabin.

    The newest generation of vehicles offers complete and total integration, including new features that didn’t exist in 2002, such as USB/iPod interfaces, HD Radio, and a rear view camera.

    But here’s the problem. I work in this great industry of automotive electronics and have some view of what’s coming in the next wave of vehicles. It’s both a blessing and a curse. Do I buy now or wait for the next model year? It’s like trying to time when to jump into your next cell phone or tablet purchase, only the time scale is a bit different.

    The pace of electronic innovation has increased in this industry and you don’t have to wait 10 model years (like I did) to see it. It’s exciting to be a part of the supply base that is helping this industry move faster while maintaining some of the highest standards of quality and reliability over a long product life.

    Fundamentally, at the heart of every embedded electronic vehicle system, incoming data needs to get processed and acted upon, using complex software algorithms. At Freescale, sensor and processor innovations make the future possible by doing these fundamental elements better, faster, and more reliably.

    Ecosystem partners like QNX Software Systems provide many of the complex algorithms required to realize infotainment and instrument cluster systems. These same systems are often powered with Freescale i.MX processors.

    In the latest generation, the i.MX 6 Series, Freescale has provided the most scalable line-up of products available. Scalability means not only performance and function scalability, but also pin-to-pin hardware compatibility across the entire series. This is one example of how the processor can help pick up the innovation pace. With hardware and software compatibility, system makers can develop more products to meet a broader range of market needs, in a shorter amount of time.


    The Freescale i.MX 6 Series has been chosen to power the next-generation
    GM OnStar system.

    In future posts, I will offer Freescale’s perspective on many of the current trends in driver information systems as well as our product collaborations with QNX to bring unique value to the industry.


    Here’s a little more about Paul and the Freescale Driver Information Team:

    Paul has more than 15 years’ experience in the semiconductor industry, including product development, program management, and marketing positions. For the past several years, Paul has lived in Michigan and focuses exclusively on the automotive telematics, audio/infotainment, and instrument cluster application spaces.

    Freescale’s Driver Information Team is driving the global strategy and product development for solutions to address the multitude of applications in the rapid growth and innovation area of Driver Information Systems. This includes instrument cluster, graphics displays, audio and infotainment, and telematics.
     

    TIRE

    If you are the owner of the vehicle, whether it's two-wheelers, three, four, or more than four, info wheels on Monday (24/03) of useful. For info about The Rubber Round commonly known by the name of the tire, peel out. There are a few tips that are present on how to treat tire to remain comfortable and durable. Tips are:
    A. Tire sizes and tread patterns must match. On at least one brand as well as having the same characteristics.
    2. Use tires with the same construction (eg of Polyester material or steel).
    3. Tubles tires to be mounted on a special rim for tires tubles. And vice versa. Because the type of tires used tires but using tubelles rim, will result in reduced air pressure. Meanwhile, if you choose to use a tire type tublles, do not force it to use the inner tube. For the high speed hot air inside the tire will quickly rise and the effect of rubber Si explosive round at any time.
    4. Fitting the tires should be adjusted to suit by the outside tire. And if possible use the same brand tires in the tire.
    5. Note also the condition of tires you use on your vehicle.
    How to recognize the condition of the rubber round so easily. Recognize The Rubber Round by looking at the instructions TWI (Thread Wear Indocator). Make figures as a benchmark measure of the TWI. Afterward, you try to measure the thickness of the wheel tracks with a ruler from the bottom of the groove. If less than 2 mm you should immediately replace your tires with new ones.
    Tips above, of course beneficial to you. But there are certainly less so among you who understand the characteristics of the tires sold in the market. It is easy to identify the type of tires you use. Let your attention the tire. On each type of tire will lift or letters written a number that has actually been explained in detail the characteristics of the tire. For example, in a written 195/65R15 92H tires.
    What is listed on the tire sidewall can be categorized as follows:
    A. The figure 195 is a cross section of the tire width directions. The larger the cross section of the tire, the greater the tire treads.
    2. Figures 65 R is an indication of the height of the tire measured from rim to tire cross section attached to the road. The bigger the number the thicker the wall tires also when viewed from outer side (if measured from the rim).
    3. H 92 figures show the minimum and maximum speed of the tire. The larger the numbers shown increase the greater the strength of the tire to a certain speed.
    For the last number mentioned there is little explanation. In the world of The Rubber Round, the manufacturers usually include code standardization tire speed. There are several classification rate specified in each type of tire, the classification is:
    A. TR tires of this type can be used for vehicle speed of about 100 Km / h.
    2. HR tires of this type can be used for vehicles traveling at 210 Km / h.
    3. VR tires of this type can be used on vehicles capable of traveling at the speed of 260 km / h
    4. ZR code indicates that the tires of this type can be used on vehicles capable of traveling at speed 340 km / h.
    Where the code that would ban according to the type of vehicle you have, please you customized. Only, you also notice that you are using tire care what is written above. For one-one tire that you use actually backfire and result in less good.
    As information addition, for those who like to travel there is no harm if given a bit of a Round The liquid rubber patch.
    With the liquid, it is guaranteed Si Rubber Round will be safe. Because the function of the fluid that is taping re-patch the tire is punctured sharp objects. Even in a workshop said that for this type of nail with a length of 10 mm that pierced the tire can hold. Oh yes, if you feel afraid of these fluids will damage the inside of the tire, you do not need to worry.
    It is precisely to protect the liquid inside the tire at the same time you protect the rim from scratches. The way to clean it was fairly easy, you just spray water on the inside of the tire, or wiping the inside of the rim with a dry cloth. Easy is not it? Well who shelled out information about the world around The Round Rubber above we hope can be useful for you. Because understand, the conditions are uncertain as it is now useful tips and tricks of any kind must want to get. Especially how to be stand up durability of the tire. Not so is not it? ...


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  • 7:40:00 AM

    What the connected car is really all about (and what we need to do about it)

    Recently, I was invited to participate in a webinar that highlighted hits and misses at Mobile World Congress. It occurred to me that some of you might be interested in what I had to say — at the very least, I’d earn points with Paul Leroux, our editor, for spontaneously offering up a blog post. :)  So here's what I said... almost verbatim.

      First, a quick intro on QNX: Many will know us as the wholly owned subsidiary of RIM whose software platform powers the BlackBerry PlayBook. But we also provide the de facto standard platform for all types of in-vehicle infotainment and navigation systems. And it’s from this perspective that I offer these comments.
      My primary observation is regarding the evolving dialogue surrounding the connected car and what I think it represents. Three years ago we were here with Alcatel-Lucent, showcasing the first LTE connected concept car, based on a Toyota Prius. This car proved so popular that we had to hire a security guard to help manage the traffic. Now, three years later, there are a number of connected production vehicles to be seen, including a QNX-based BMW 7 series in the GSMA’s connected home exhibit. And the announcements this year focused not so much on broadband connectivity per se (it's here, people expect it), but on the integration of the smart phone with the vehicle.
      At QNX, we talk about the personalization of the in-vehicle experience, as people want to bring in their own devices, their own music, their own contacts and other content — and experience these in the vehicle setting. For instance, Ford not only announced the B-Max vehicle, but used MWC as a platform to launch Ford Sync for Europe. Toyota and Samsung, meanwhile, announced support for Samsung Mobile Car Application for integration of phones to the car's head unit. So if step one was getting a broadband connection to enable a consumer experience in the car, and step two is about personalizing that experience, what’s next? 
      I think that, ultimately, the connected car is all about the consumer, and this is how revenue will be generated in a way that connected telematics on its own could never do. You could be an automaker interested in improving how to service a car and its owner after the car has driven off the dealer's lot. Or you could be a carrier interested in extending your offer beyond connectivity to deliver value-added services. Or perhaps you’re a small business trying to get more people in the door. In each case, the car represents a new frontier. And it offers the added value of context – not only do you know if someone is available and where they are, but you also know that they are driving a vehicle. 
      The next few years are going to be very exciting as the automotive and mobile industries converge to address this opportunity. Think about the brands involved: Companies like Audi, BMW, and GM on one hand and the likes of AT&T, Verizon, and Vodafone on the other. They’re mutually dependent — neither group will be successful without the other. Automotive needs to leverage the investments being made for smart phones, be it device technology, network infrastructure, or developer communities. Meanwhile, the mobile industry has to consider the nature of automotive in terms of safety, security, and liability, not to mention product life cycles. 
      It's safe to say that automotive is just the first example of this type of industry convergence and transformation. All of the carriers are looking at M2M as a huge untapped market opportunity. And within the classic embedded market, there are an almost infinite number of market segments, truly an example of the Long Tail. 
      It will be exciting to watch how mobile transforms those markets and vice versa — what will mobile look like in 5 years from now? I don’t think we can easily predict it; after all, it's not going to be like anything we’ve seen before. But I can’t wait to find out.

    So there you have it. If you'd like to hear the entire webinar, you can register here to access the archived version.

    2010 Lincoln MKT

    “The MKT is fully differentiated from the Flex,” claims chief engineer Ron Heiser. That’s a bit of hyperbole, since they share the same platform (one which Heiser points out has superb crash performance) and basic chassis
    tuning. But his point is well-taken, because everything you see and touch both inside and outside the MKT—which closely hews to the MKT Concept from last year’s Detroit show—has little to nothing in common with the Flex. Indeed, chief designer Gordon Platto takes visible pleasure from pointing out the MKT’s features: “This is the fi rst time we’ve actually fully integrated the grille from the [2007] MKR Concept. We’ve combined it with zero-offset bumpers for a smooth exterior.
    Inside, we use the same cut-and-sew leather and wood trim as in the MKS sedan, and our ‘fl oating armrest’ is also from the MKR and allows us to offer contrast-color inserts later.”
    When it goes on sale late this summer, the Ontario-built, glassroofed, seven-passenger crossover will be offered in front- or all-wheeldrive guise, powered by a 267-hp, 268-lb-ft, 3.7-liter V-6 mated to a six-speed paddleshift transmission. The optional EcoBoost V-6 bumps both power and torque to about 350 and comes with standard all-wheel drive and its own 20-inch wheel design (twenties are also available with the base V-6). Thus equipped, the MKT tips the scales at a whopping 5250 pounds, but Heiser points out weight-saving measures, such as a “huge piece” of magnesium in the tailgate that saved twenty pounds and the use of cast magnesium for the superstructure that holds the radiator. Pricing hasn’t been announced, but Lincoln says the $41,750 Acura MDX and the $44,325 Audi Q7 are its primary targets. — jd



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    www.fantamag.com



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  • 6:09:00 AM

    2013 Mercedes-Benz A Class

    The new Mercedes-Benz A Class just made it's international debut at the 2012 Geneva Motor Show. The model is miles apart from the current models. It has a more aerodynamic and more aggressive look which Mercedes calls "emotive design". The roof is also lower but has a sporty, high-quality interior.



    It will compete against the BMW 1-Series, Audi A3 and Lexus CT 200h.

    The car will come in several gasoline and diesel engine options, ranging from a 1.8-liter turbodiesel with 109 horsepower, to the 211-horsepower A250 with its turbocharged gasoline four-cylinder.

    The car comes with adaptive headlights, speed limit assist, blind-spot warning, a reversing camera, collision-prevention, and "PRE-SAFE" occupant protection. PRE-SAFE means that in the case of an accident, the car is in the most suitable state possible for protecting the occupants closing windows, pulling the seatbelts tighter and more.

    This will be the first A class Mercedes to go in sale in the US market.

    More exclusive info here
    .

    A quick tour of the QNX CAR 2 application platform

    If you're looking for a quick, two-minute intro to the QNX CAR 2 application platform, you've come to the right place.

    In this video, Kerry Johnson, automotive product manager at QNX, takes us on a tour of the platform, including its home screen, media player, application area, HTML5 support, phone app, and acoustic processing.

    Ready? Then hit the Play button and let's get started:



    In case you didn't know, the QNX CAR 2 platform forms the basis of the QNX concept car, a specially modified Porsche 911 that demonstrates what to expect in next-generation car infotainment systems. Earlier this year, the platform drove home with a 2012 Best of CES award, in the Car Tech category.
     

    Future of Lotus uncertain after takeover of Proton

    DRB-Hicom Bhd's recent takeover of Malaysian car maker, Proton Holdings Bhd. has resulted in an uncertain future for Lotus Group International Ltd.

    Khazanah Nasional Bhd. which is the Malaysian Government’s investment arm, sold its 42.7% stake in Proton to DRB-Hicom for RM1.29 billion ($414 million). An additional 7.7 percent stake was bought in the open market which gave DRB-Hicom a majority stake in the company.

    Proton bought Lotus Group International Ltd in 1996 but the subsidiary has yet to make a profit. News reports indicate that sales have collapsed in the UK.

    The rumours that the new owners of Proton might sale off the company have hit morale at the British HQ though Dato’ Sri Syed Mokhtar Al-Bukhary, head of DRB-Hicom, has dismissed these rumours. Read the full report here.

    Brake Oil: Do not Think Trivial Brake

    SYSTEM braking on motor vehicles is clearly not familiar with the standard and luxury cars, antique cars and the output current. Anyway, when driven at high speeds or when walking slowly, the vehicle must be stopped because it had to be stopped or because there is an obstacle that suddenly appeared in front of the vehicle.
    IF offensive braking system, in addition to a number of devices that are attached to the vehicle such as using a drum brake system or use a disc (disc brake), it still brake fluid (brake fluid) are the mainstay of which should receive attention, particularly related to the time of the traction braking.
    The presence of imported cars or cars with cutting-edge engine technology powered lately emphasized to the owners or drivers of motor vehicles for a more detailed understanding of what it called the brake fluid. This warning is important not to suddenly when the brake pedal, the car continues to move reluctant to be stopped.
    It's nothing, especially imported cars, with a large capacity engine power, braking systems clearly need a more adequate and more reliable. Moreover, the car has antilock brake system using the system (ABS). This is closely related to the type of brake fluid is used, which is certainly different from the brake fluid used a variety of small motorized vehicles are mostly standard passing on the road this country.
    "Usually a car with ABS systems use a type of brake fluid with DOT higher," said Soelistyo Wibowo, a mechanic who had been handling the cars output PT Indomobil Suzuki International Commerce. DOT department of transportation is the alias on the classification of brake fluid which obviously can not be ignored.
    DOT has become increasingly important as today's latest cars are not just using the ABS system, but is equipped with electronic brake-force distribution (EBD) which electronically helps distribute brake fluid to each wheel so as to obtain an equivalent braking system. This prevents the brakes when the car spun.

    DOT Classification quality shows the existing brake fluid, which means also the ability in the effectiveness of vehicle braking. "The cars with large engine power obviously requires DOT brake fluid with a higher classification because it can last up to a very high boiling point which occurs during braking," said Basuki Rachmad, manager of product planning at PT Toyota Astra Motor.
    Brake fluid is glycol ether-based chemicals capable of reaching the boiling point to 250 degrees Celsius. "Because at the time of braking when the car in high speed, the temperature in the drum, brake lining, brake fluid and can reach very high temperatures. Anyway at night brake lining could be seen glowing red," said Basuki Rachmad encountered during the launch of Toyota Avanza earlier this year.
    Classification of brake fluid commonly found in the market is DOT 3. Standard cars, such as Japan car output, typically using DOT 3 brake fluid this classification. The latest cars with a great engine technology with tremendous power output requires a higher DOT classification, such as DOT 4 or DOT 5.
    European output of cars or the United States (U.S.), for example, most have used DOT 4. Can not be denied, the car with the use of DOT 4 brake fluid types will feel lighter in braking. Power grip is also more effective. Similarly, the brake fluid DOT 5 or higher.
    That said, racing Formula I cars, known as the pole using the brake fluid with DOT classification of 6 or 7. Thus, when Michael Schumacher in his Ferrari, he could immediately reduce the rate of the car is being driven at speeds approaching 300 kilometers per hour. Remain functional brake Formula I even put a halt to the boiling point was reached very high, knowing that the speed of close to 300 kilometers per hour.
    Intriguing question, whether the car with DOT 3 brake fluid types can be replaced with DOT 4 brake fluid





    or let the higher the braking effectiveness? Or conversely, a car that uses a type of DOT 4 brake fluid is used as the output current cars of Europe or the U.S. can not simply be replaced with DOT 3 brake fluid type?
    "You'd better stick with the recommended type of brake fluid manufacturers," said Wibowo Soelistyo as he claimed not to know what effect if replace the type of DOT 3 brake fluid to DOT 4 or vice versa. "Clearly, the suggestion of using the plant type DOT 3 brake fluid because it has adapted to the various braking systems devices, such as pipes or rubber on the brake master," he said.
    A definite type of DOT 3 brake fluid has a boiling point and viscosity (viscosity) at high and low temperatures are different types of DOT 4 brake fluid. These differences also affect the ability of the brake fluid in brake components to protect from rust. Chemical compounds in brake fluid, such as antioxidants and antifoam, useful or rubber seals to protect the lasting power. In fact, these compounds can also minimize the presence of air bubbles in the pipeline or that could result in brake master brake tension.
    If so, of course, the desire to replace the owner or driver of DOT 3 brake fluid to DOT 4 brake so that the grip is actually wrong. That may occur, use DOT 4 with a higher quality chemical compounds can cause the brake pipeline ruptured due to the ability of a high boiling point and the pressure that comes across clearly higher than DOT 3 brake fluid. Thus, the mean brake also be relieved.
    So it is taboo if you use DOT 4 brake fluid type and then going to be replaced with DOT 3 brake fluid. What happens is that the braking effectiveness is reduced because the driving force and a lower boiling point. In fact, cars with DOT 4 brake fluid are the cars with large engine power capabilities and thus require a more adequate braking effectiveness. Not to mention the demands of the latest technology in braking systems, such as ABS and EBD.
    Long story short, often car owners, especially of the upper classes, entrusting his vehicle maintenance is included in the brake fluid to the authorized repair shop. Thus, the guarantee will be used brake fluid remain as recommended by the manufacturer. However, not infrequently there are persons, whether drivers or workers' workshop, a rogue. Understandably, DOT 4 brake fluid type or types of higher DOT rare and more expensive too. So, it should be aware. (Pieter P Gero)



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  • 3:01:00 PM

    TCS showcases hybrid navigation system in VW Polo

    The Porsche 911 concept car that won the 2012 Best of CES award wasn't the only QNX-outfitted vehicle at Mobile World Congress this year. Our friends at TeleCommunication Systems (TCS), who provide hybrid navigation software for the QNX CAR application platform, showcased a VW Polo running the same QNX-powered navigation, maps, and local search capabilities as the Porsche.

    Like the Porsche, the Polo featured a retrofitted infotainment system in place of the factory radio — and TCS did a very nice job integrating it into the car.

    The Polo was a hit, driving discussions with mobile operators, handset manufacturers, automakers, and automotive tier ones. Seems the connected car is a hot topic just about everywhere you go these days.

    Here's the Polo in the TCS booth:



    And here's a close-up of the retrofitted infotainment system:


     

    Zinc coated steel — PVD coatings

    The next change with respect to zinc coating steel technology relates to the perennial problem of pick-up of zinc particles/build-up of zinc on press tools, and accelerated electrode tip wear due to alloying of molten zinc with the copper-rich spot welding electrodes. These aspects must be addressed if efficiency of all links of the process chain are to be improved. In a recent BRITE-EURAM collaborative project6 it has
    been demonstrated that using physical vapour deposition techniques coatings as low as 4–5 microns can be deposited which give advantages with respect to both press performance and electrode tip life. Although presenting a challenge in terms of the production of strip wide enough for automotive production this has already been shown as a viable alternative method of zinc deposition in Japan7 and the economics approach those of the electrogalvanizing process. The advantage of the process as proven in the joint European project was that alloyed layers of zinc plus elements such as Ti, Cr and manganese could be deposited which proved to show enhanced corrosion resistance compared with standard automotive quality zinc coated steel.
    The direction of this work must now be redirected to optimize preferred alloying elements, the format of sandwich layers, and regarding the processing parameters such as the nature of the vapour itself. Initial indications show that this unique method of alloying could eventually lead to a product which answers all the questions posed – cost, coating integrity, corrosion resistance and processability.


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  • Materials for Automobile Bodies
    Geoff Davies F.I.M., M.Sc. (Oxon)
    AMSTERDAM BOSTON HEIDELBERG LONDON NEW YORK OXFORD
    PARIS SAN DIEGO SAN FRANCISCO SINGAPORE SYDNEY TOKYO


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  • 8:23:00 AM

    The new Volvo V40

    Volvo has unveiled the V40 at the Geneva motor show yesterday. It is Volvo's first true five-door hatchback.


    Roomy interiors.

    Volvo is perceived as having the safest cars and they are.



    This time, they are not only thinking about the driver and the passengers but even the pedestrians outside. So in case you hit someone, an airbag pops out from the rear edge of the bonnet to cover the windscreen and the front pillars.

    And if there is an obstacle in front the car sensors will detect it and brake automatically.


    The V40 comes with the option to have the dynamic spoiler fitted with the extra winglets. It will cost money though.


    Regarding the engines, there are several versions and I read that both the 150 and 180bhp petrol engines is the same as Ford Focus 1.6. They also have one version with Volvo's own 2.0L diesel five-cylinder engine.

    HTML5: Bustin' the myths

    Did you know you can build HTML5 apps that don't use an Internet connection? Did you know you can run HTML5 apps without a web browser? And did you know HTML5 apps can show snappy performance even on automotive silicon? (As you can well imagine, in-car infotainment systems don't ship with quad-core server-class CPUs.)

    If you answered no to any of these questions, you need to stop for a minute and check out this interview with QNX Software Systems' Kerry Johnson. Heck, even if you answered yes to all three questions, you'll probably still appreciate what Kerry has to say — and besides, you'll catch a glimpse of a complete in-car UI coded in HTML5. What could be bad?



    While I have you, check out Andy Gryc's Q&A series on HTML5, if you haven't already. You'll find the first two installments here and here.
     

    Audi A8 drives home with best connected car award

    This just in: Connected World magazine has announced the winners of its first annual Connected Car of the Year awards, and the Audi A8 has won top prize in the ultra-luxury category.

    According to Connected World, the awards honor vehicles with technology that strikes the right balance of safety, convenience, and infotainment. The magazine's editorial team decides the winners.

    The Audi A8's infotainment system, dubbed the MMI, is based on the QNX Neutrino OS. The MMI offers some extremely cool features, including 3D navigation powered by Google Earth and a touchpad that lets you input destinations names by tracing them with your finger.

    Here, for example, is a photo of the navigation display:



    And here is a photo of someone using the touchpad, known as MMI Touch:



    Both these photos were taken at a QNX Automotive Summit that took place in Stuttgart in 2010.

    Connected World also handed out awards to the Ford Focus, Chrysler 300, and Cadillac XTS. These cars won in the small, mid-size, and luxury categories, respectively.
     

    Extend Car Clutch

    EXCEPT brakes, tires, there are other important parts of the car that need attention, namely the clutch. Coupling serves to connect and disconnect the engine speed transmission. To extend the life of the clutch, to know its ways in order to use the clutch done correctly.
    Some parts of the coupling of these components of the clutch plate (clutch disc), sun (clutch cover), release bearing and pilot bearing. The most frequent damage is a clutch plate or clutch disc. Because of the vital functions it is important to be treated and maintained properly.
    Here are some ways to stay fit and coupling conditions of long-lived, namely:
    First, while on the ramp, you should not step on the clutch half. Such conditions would lead to a rapid clutch wear. Better to use handbrake and transmission neutralized, if there are obstacles on the road uphill.
    Secondly, try not to step on the clutch pedal is too long. This is to avoid friction plate clutch with clutch closed and wheels successor. If left unchecked, will have a hot clutch plates so likely to be quickly worn out and damaged.
    Third, oil clutch. If an interruption in oil clutch, pedal stepped on, can be relieved.
    This can cause malfunction of the transmission gearshift. As a result, the car can not run.
    Fourth, should avoid the muddy street, because when there is slippage will cause rapid clutch wear.
    Fifth, if in a state of red-light transmission better neutralized.
    Sixth, avoid stepping on the clutch pedal is too rough. So also when removing it. When done in a way that is abusive, then touch the clutch plates will feel harder. It will accelerate wear and tear.
    Seventh, consider whether the clutch is always full of oil? If it is less visible, check the possibility of leakage. Standard couplings usually oil consumption of approximately 20,000 km. If there is any possible leaks in the rubber and rubber clutch master cylinder clutch release below the break.


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  • 8:33:00 AM

    New MINI John Cooper Works Countryman

    Check out the new MINI John Cooper Works Countryman which will debut at Geneva next month.

    It not just a new body kit and some bold colours - it comes with a turbocharged 1.6-litre engine mated with a six-speed manual gearbox and 4 wheel-drive. It has lowered sports suspension and a top speed of 140mph.


    FUSES

    A fuse is a device usually used as a protection method that prevents the damage of these circuits connected to a power source. That is why the fuse must be always placed between the power source and the protected load. An accurate election of the fuse is a very important decision that affects not only the security, but also the reliability and the efficiency of an
    electric system. Conventional fuses are activated by the temperature that the fuse reaches in an excessive current situation and can be subdivided in two groups: blow-out fuses and those constructed with materials with a positive temperature coefficient. In both cases, the fusion of the device is caused by the calorific power generated by the power dissipation.
    A fuse is designed to correctly dissipate the heat generated by a current under normal conditions, reaching a stationary temperature quite below the melting temperature; when the equilibrium disappears and the temperature exceeds the fuse melting temperature, the fuse melts.
    It is well known that the heat generated in the fuse needs time to be transferred to the environment and that the dissipated power is I2Rfuse. It can be deduced from this that the activation energy needed by a concrete fuse at a particular room-temperature is always the product I2t.
    According to this, it is normal that the I-t curves look like the ones depicted in  Figure 1.6, where curve (II) represents a slow blow-out fuse and curve (III) represents a faster one.
    Conventional fuses are destroyed when any working point of the I-t curve is reached.
    To come back to a normal operational situation, after the disappearance of the problem that caused the overcurrent, a new fuse must be put in place. This requirement represents a big problem that new electric systems try to overcome.
    At the moment, two different circuit-protection devices that offer reusability are being developed: the Polymeric Positive Temperature Coefficient (PPTC) fuse and the Smart Power Switch (SPS).



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  • Handbook of
    Automotive Power
    Electronics
    and Motor Drives
    Edited by
    Ali Emadi
    Illinois Institute of Technology
    Chicago, Illinois, U.S.A.
    Boca Raton London New York Singapore
    A CRC title, part of the Taylor & Francis imprint, a member of the
    Taylor & Francis Group, the academic division of T&F Informa plc.
    © 2005 by Taylor & Francis Group, LLC


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  • 7:15:00 AM

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