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Editor's Notes

• #3: Videó elindítása/megállítása diavetítés során: kattints a fekete négyzetre.Lépés a következő diára: kattints a fehér részre. A videó hossza: 1.37 A videó a következő helyen is elérhető: P:\C&E\Public\NI videok\NI videok\corporate video_hunsub.mp4
• #4: 2014-ben 15. helyezésünkkel olyan cégeket előztünk meg, mint az eBay vagy a Coca-Cola. NI has a strong track record of sustainable growth a profitability because we are managed for the long term. We believe that the best way to serve our customers is to ensure a successful stable company which our customers can rely on for products that will be of consistent quality over time, and provide customer service for the decades that our products will be used. This sustainable ethic is reflected in our growth, our breadth and our diversity. We also reflect it in our culture of being a consistently great place to work throughout our offices worldwide.
• #5: We all know the immense impact that engineers have. They are increasing wealth by saving companies and people time and money, and improving the quality of life and safety for all of us.
• #6: As they are doing this, they are faced many challenges on a daily basis, including building systems using disparate tools, integrating existing equipment with new hardware, and adapting to changing requirements over time. These days, they have fewer resources, and less time to get solutions completed.
• #7: These challenges are being compounded by increasing complexity of systems today and the rapid pace of technology change. Only a decade ago, a mobile phone testing application would be about transmitting and receiving signals. Today, it’s a much more comprehensive device capable of serving almost limitless applications defined by software and therefore requiring a much more robust approach to design and test.
• #9: Olyan rendszereket biztosítunk mérnökök és tudósok számára, amelyek felgyorsítják a termelékenységet, az innovációt és a tudományos felfedezéseket.
• #10: Some of these challenges come to light very early in a projects life cycle. At the beginning of a project, engineers face the inevitable question of “Should I build it from scratch, or should I buy something off the shelf such as a PLC or a single board computer. Each of these choices comes with advantages, but they have some down-sides as well. If, for example, you decided that you were going to build the device from scratch you would benefit from the fact that you are getting a custom hardware and software solution. With a build solution you get maximum flexibility as well as the exact feature set that you are looking for, but the designs can take a lot of time and resources. Alternatively if you were going to buy something off the shelf then you can bypass some of those investments, but you have more limited functionality. So now let’s take a deeper look at each of these options. When building an embedded system, you will inevitably have to answer the question of build or buy. Each has it advantages, but which one is the right one to choose? ----- Meeting Notes (9/3/14 14:31) ----- Is the traditional design approach image ok? If so, should the title be altered to match the image (i.e. traditional instrumentation)?
• #11: Ez csupán néhány példa. Az NI gyakorlatilag minden iparágban jelen van. Az NI vásárlói többszázezer terméket gyártottak a piacra és számos technológiai akadályt küzdöttek le annak érdekében, hogy megkönnyítsék a mindennapokat. Ha be tudod kapcsolni, össze tudod valamivel kötni, vezetheted vagy elindíthatod, akkor nagy az esélye annak, hogy az NI közvetlenül vagy közvetetten, de hozzájárult a termék elkészítéséhez. Számos iparág mérnökeivel dolgozunk együtt, ezért az NI egy nagyon különleges helyzetben van.
• #12: Having a solution that was flexible was critical to Subaru when they were looking for a platform to test their first hybrid vehicle. They needed comprehensive testing of driver and passenger safety under various conditions. Using open hardware with reconfigurable I/O, Subaru engineers can simply change parameters during testing to make an HIL system simulate various complex test scenarios that would destroy an expensive prototype motor. They were able to test scenarios that would have been nearly impossible to create in real-world testing in a fraction of the time and cost. Learn more about how Subaru used the NI platform at ni.com/subarutest Quote that was deleted: “We significantly reduced overall test time and optimized time to market, with all the test patterns running automatically in only 118 hours; a 94 percent reduction in test time compared to manual testing.”—Mr. Tomohiro Morita,��FUJI Heavy Industries, Ltd.��
• #13: Airbus: Adding intelligence to the tools and shopfloor systems helped simplify the process and improve efficiency for the production of airplanes of by managing and checking the tasks the operator is completing. http://sine.ni.com/cs/app/doc/p/id/cs-16246
• #14: One example of this is the Internet of Things. This is a trend we are seeing impact just about every industry, from consumer products to factory automation. While we test just about everything on the consumer side, the Industrial Internet of Things is where we are seeing our approach have a significant impact because of our ability to simplify the development of smart, highly connected systems as well as our ability to help engineers capture and gain insight from vast amounts of analog data. Every day, we hear about the explosion of connected devices promised in the Internet of Things (IoT). With an antenna and sensors on every consumer and industrial device, the opportunities to improve our lives and businesses are endless. But, this revolution will only happen if it can be done economically, and a big part of that challenge is keeping the cost of test low enough to maintain appropriate unit pricing on the "things" of the IoT. As it stands right now, adding RF/wireless and sensor test to existing test systems can be extremely expensive and time consuming; it might literally prevent a product concept from becoming profitable. Test organizations in both the semiconductor and consumer electronic spaces need to consider alternate approaches to automated test built on open standards and the latest technology to meet these challenges.