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Studenckie Koło Naukowe LabVIEW Fan Group, działające przy Katedrze Metrologii Elektronicznej i Fotonicznej Politechniki Wrocławskiej zaprasza wszystkich zainteresowanych na Mistrzostwa Polski Programistów LabVIEW 2015!

Jak co roku, impreza składać się będzie z Olimpiady Studenckiej oraz Zmagań Profesjonalistów. Podczas wydarzenia wyłonieni zostaną: Studencki Mistrz Polski Programistów LabVIEW oraz Najszybszy Programista LabVIEW w Polsce.

Mistrzostwa, to nie tylko zawody. To także znakomita okazja, aby wziąć udział w prelekcjach, warsztatach, zdać egzamin CLAD oraz poznać potencjalnych pracodawców.


Dzień Finałowy Mistrzostw odbędzie się 18 kwietnia 2015 r. we Wrocławiu, w budynku Strefy Kultury Studenckiej Politechniki Wrocławskiej.

Na zawodników oraz publiczność czekają wspaniałe nagrody!


Więcej informacji możecie znaleźć na Oficjalnej Stronie Mistrzostw: oraz profilu na Facebooku:
Formularz rejestracyjny:


ad ơi. em đang nghiên cứu đề tài dùng xử lý ảnh điều khiền cánh tay robot dùng rc servo giao tiếp arduino. em muốn hỏi là dùng camera loiaj nào thì phù hợp ạ. ad có tài liệu về vision asistion ko cho em tham khảo với ạ.


A VI contains the following Diagram Disable Structure.  Is the VI Run Arrow broken?


NOTE:  The Enabled case of the Diagram Disable Structure is empty (contains no wiring) and the rest of the VI does NOT contain any errors..



Broken Arrows inside Disable Structure 06_03_2015.png


a) YES

b) NO


The growth of embedded software in modern automobiles and airplanes presents significant challenges for manufacturers trying to eliminate software bugs and make products as safe as possible.


Developing and testing embedded software with an emphasis on quality can strain the balance of business needs such as short time to market, low test cost, and the ability to meet the technical requirements driven by customer demand for new features and product differentiation.




All embedded system manufacturers face similar demands, but they cannot sacrifice quality when it comes to safety-critical applications. Organizations that can evolve their development strategies to incorporate advanced hardware-in-the-loop (HIL) testing can reduce spending on software quality maintenance, improve their market perception, and, most importantly, ensure customer safety.


Learn more about how hardware-in-the-loop solutions drive down test costs on page 12 of the Automated Test Outlook.


Fueled by advancements in mobility and the Internet of Things, bandwidth consumption and network capacity are increasing exponentially.



Research on fifth-generation (5G) technology aims to provide transmission speeds that exceed 10 Gb/s, which is around 1,000 times faster than LTE speeds. NTT DOCOMO, the leading mobile phone operator in Japan, selected NI technology for its 5G mobile communications demonstration experiments, which aim to rapidly drive innovation and support real-world experiments.


DOCOMO will use NI technology to conduct demonstrations that compare 5G with a range of mobile communications technologies. Featuring LabVIEW system design software and software defined radio hardware, the NI platform saves time from theory to results.


“By adopting NI’s cutting-edge 5G wireless rapid prototyping test system, we expect to see results on performance and capabilities faster,” said Takehiro Nakamura, vice president and managing director of the 5G Laboratory at NTT DoCoMo.


In response to DOCOMO’s adoption of NI technology, NI Japan managing director Ryota Ikeda said, "It is a genuine pleasure to be able to support the activities of DOCOMO, an important global vendor involved in resolving the exponential increase in network capacity as well as a leading player in 5G mobile communications research and experimentation.” He added that with 2020 as DOCOMO’s target, NI will continue to provide productive and revolutionary tools that will support the formation of more advanced technology.


Read more about paving the way for 5G wireless.



David's presentation includes discussion and demos showing how to create reusable a TestStand sequences using LabVIEW’s dynamic dispatch methods and TestStands property loader.


Nested Loops in The Daily CLAD

Posted by SercoSteveB Mar 5, 2015

What is Numeric Value Out following execution of the VI?


Nested Loops 05_03_2015.png


a) 0

b) 1

c) 2

d) Undefined (the VI does not stop)


Hello Circuit Designers,


I wanted to let everyone know about some great work done by one of our interns from the University of Manchester working at National Instruments in the UK.  myBall & Beam is based on the classic ball balancing systems control using myRIO as the controller, Multisim for schematic design and Ultiboard for PCB layout.


ball and beam.jpg


myBall & Beam uses an IR sensor to continuously detect the ball's current position and a servo to control the tilt of the beam. This information is analyzed on the myRIO's embedded processor to provide feedback to the system. To check out the full project with schematics, PCB layout and code visit this location.


Ball and beam schematic.jpg


Campbell B


National Instruments


Szanowni Państwo,


Już w przyszłym tygodniu wystartują zapisy na kolejną serię bezpłatnych warsztatów LabVIEW.

Więcej informacji pojawi się wraz z uruchomieniem rejestracji.

Prosimy zainteresowanych o śledzenie strony internetowej.


Mateusz Owczarek,

LabVIEW Student Ambassador

Certified LabVIEW Architect


Hi all,


We're excited to announce the date of our next Sheffield meet up! We'll be hosting another afternoon session from 2-5pm on the Thursday afternoon to talk all things labVIEW!


We also have speaking at the event, our first guest speaker in the shape of Sam Sharp. Sam will be presenting the following;


Title: WebSockets - Bringing LabVIEW to the Web


LabVIEW is a very powerful tool for interfacing with hardware, but it can sometimes be lacking in its interfacing with users. The Web, on the other hand, has a vast array of tools and resources for creating great responsive user interfaces. Wouldn't it be great if we could combine the two?

I would like to show you my WebSockets library (published on the NI community) that allows you to transfer data between a LabVIEW application and a browser to multiple clients with low latency and present a couple of examples of how I have been able to leverage this technology to bring LabVIEW to the web.


You can register an early interest for this event by clicking on the event brite link below and reserving your place! ets-16013595094


We look forward to see you soon,


All the best,


The Austin Team


Great Place to Work (R) Institute Japan が実施した「働きがいのある会社」ランキング(2015年版)で、日本NIは今年も従業員100-999名の部門でトップ30にランクインすることができました(結果は 28位)。2011年から5年連続でのランクインとなります。


Great Place to Work (R) Instituteは、世界49カ国以上で長年にわたり、「働きがいのある会社」を世界共通の基準で調査分析し、各国のメディアで働きがいのある会社ランキングとして発 表しています。ナショナルインスツルメンツは、2014年10月に実施された第4回「世界における働きがいのある会社」ランキング(グローバル企業版)で、15位に選ばれ ています。




What is Numeric Value Out following execution of the VI?



Data Flow 04_03_2015.png


a) 94

b) 95

c) 96

d) 97


Did you know that there are a bunch of built-in FRC examples right in LabVIEW? There are!


Just click on the Help drop-down menu and choose Find Examples. Shablam!  LabVIEW Example Finder!  You'll see an FRC Robotics folder and a roboRIO folder inside it. There, you'll find examples for everything from CAN and Pneumatics to Joystick, Sensors, and Vision.


These examples are ready to run!  You can also customize them, change them, and use them however you want. You can combine them, copy/paste parts of them into other VIs or into your robot project, or just run them independently. The world is your VI!


Have fun!


Az Együtt a Jövő Mérnökeiért Szövetség (EJMSZ) többrészes ismeretterjesztő sorozatában 2 fiatal riporter feltárja, hogy mennyire színes és sokoldalú a mérnök szakma. Az FLL Közép-európai elődöntőn, az Ericssonnál és a Continentálnál is forgattak.


EJMSZ - Keressük a jövő mérnökeit - FIRST LEGO League



EJMSZ - Keressük a jövő mérnökeit - ERICSSON



EJMSZ - Keressük a jövő mérnökeit - CONTINENTAL




We hope are able to join us for the next South West LabVIEW User Group which will take place on Wednesday 11th March you'll have the chance to meet other LabVIEW users and learn, collaborate and network with some new faces - we hope you can also join us for a drink after the event!




  • Introduction - 10 mins - DB
  • LabVIEW 2014 SP1 - Group discussion - 10 mins
    •      Why not try 2014 SP1 before you arrive to get the most benefit
  • Recertification - Group discussion - 10 mins
  • Atlassian Suite and websockets library - 20 mins - Martin McD
  • LabVIEW in Linux and Gizmo board for £100 - 20 mins - Kevin R
  • Ask other engineers (Open forum for Q/A) - 20 mins
  • Code challenge + prize - 30 mins
    •       If possible bring a laptop with LabVIEW installed if you want to participate (there will be a few available but we cannot guarantee numbers
  • Social drinks afterwards for anyone who is interested


Tea / coffee will be available during the event as well as some light snacks.




We  are excited to be holding this quarters event at the Bath Royal Literary and Scientific Institution, the address of which is:


16-18 Queen Square,




Sign Up


If you are interested in attending please sign up via Eventbrite. ts-15991461893


If you have any questions regarding the South West User Group please contact Austin Consultants on 0800 772 0795 or email


We look forward to seeing you on the 11th March!



By road: BRLSI is on the A4 as it goes through the centre of Bath. We are five minutes from the Charlotte Street long-stay car park (10 mins if you park at the far end!) - drive past BRLSI, turn left at the top of the square, then first right (it's the empty space below 'Royal Ave' on the map, right). There is also limited on-street parking in Queen Square.

By rail/bus: Bath Spa railway station is 10-15 minutes walk away (south-east of BRLSI - drag the map, right, to see it), and Bath's new bus station is next door to it. Taxis are available from the railway station at most times.