02/12/14 Frédéric BOULLOT Ingénieur Commercial pour l Enseignement et la Recherche (Nord de la France) france.ni.com/enseignement

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1 02/12/14 Frédéric BOULLOT Ingénieur Commercial pour l Enseignement et la Recherche (Nord de la France)

2 National Instruments Notre métier La conception graphique de systèmes combine le logiciel de programmation graphique avec du matériel modulaire permettant l accès aux dernières technologies Matériel de mesure et de contrôle modulaire et faible coût Outils de développement logiciel améliorant la productivité Plates-formes matérielles hautement intégrées

3 La conception graphique de systèmes Une approche basée plate-forme pour la mesure et le contrôle/commande Test Surveillance Embarqué Contrôle/commande Cyber Physique DAQ basée PC et portables Instruments PXI modulaires RIO et conceptions personnalisées Connectivité ouverte avec les E/S tierces

4 National Instruments dans l Enseignement et la Recherche au niveau mondial

5 Diabetic Research Platform Given the impressive evolution of the NI line of products, we are really interested in harnessing the power of LabVIEW to do all or most of our automation. We expect this to have a great impact in our efficiency and development capabilities. Felipe Echeverri, Biorep Technologies

6 Molecular Diagnostic Device We are intrigued by the continued efforts of National Instruments to move LabVIEW into finer granularity processing platforms including FPGAs and increasing support of multicore processors. Mathew Longiaru, VP of Product Development, Osmetech Molecular Diagnostics

7 Creating Virtual Ionic Conductances in Living Cells with LabVIEW Real-Time and PXI Products: LabVIEW, PXI/CompactPCI The Challenge: Mimicking the behavior of ion channels with a method that requires deterministic execution of a control loop running faster than 20 khz. The Solution: Running the control loop on an NI LabVIEW Real-Time PXI system with a multifunction I/O data acquisition board connected via Ethernet to a host application running on a Windows PC..

8 Harvard Research Group Uses NI LabVIEW and PXI to Study Nanowire Growth Multi-channel Lock-In Amplifier Author(s): Charles Lieber - Harvard University Quan Qing - Lieber Research Group, Harvard University The Challenge: Creating a virtual, high-channel-count, lock-in amplifier for nanotechnology research. Using an array of nanowire field effect transistor (FET) arrays to detect specific bio-molecules/viruses. The Solution: Using National Instruments LabVIEW software and a multichassis PXI solution to develop a highly flexible and compact lock-in amplifier. To obtain signals simultaneously from an array of nanowire FET sensors, we required multiple channels of lock-in measurement of very small current signals. We used a virtual lock-in amplifier solution with the following capabilities to extract 128 channels of signal: Simultaneous acquisition rate of 25 ks/s (minimum) & Ability to stream 32 channels of data to disk at khz

9 Radiopharmaceutical Synthesis for Cancer Diagnosis Using Compact FieldPoint and Animated Graphical Illustration Products: cfp-1804, cfp-ai-112, cfp-aio-600, cfp-do-401, LabVIEW The Challenge: Developing an automated process for radiopharmaceutical synthesis to improve speed and reliability of synthesis and to allow clinicians to control and monitor the process from a safe distance The Solution: Creating the RadioMedix SMARTRACE Radiopharmaceutical Synthesizer using NI LabVIEW and NI Compact FieldPoint with a remote Ethernet interface to control valves, motorized syringes, and heating. The Bloomy Controls engineer developed the LabVIEW software application to run the hardware, edit the recipe, and display an animated simulation of the synthesis.

10 The landscape in medtech investing is changing, and one need only look at two signposts to see that this is so: the exit values of VC-backed companies over the past eight years (lower than anticipated), and the amount of time required to achieve those exits (longer than ever before).

11 NI Solution LV plus Biomedical Toolkit with NI hardware - a more productive platform for education and research Sensors (partner) DAQ & Embedded Offline Database/Files LabVIEW Biomedical Toolkit

12 CPS - Definition Cyber-physical systems are physical, biological, and engineered systems whose operations are integrated, monitored, and/or controlled by a computational core. Components are networked at every scale. Computing is deeply embedded into every physical component, possibly even into materials. The computational core is an embedded system, usually demands real-time response, and is most often distributed. Helen Gill, National Science Foundation, USA (2006) CPS adressieren die enge Verbindung eingebetteter Systeme zur Überwachung und Steuerung physikalischer Vorgänge mittels Sensoren und Aktuatoren über Kommunikationseinrichtungen mit den globalen digitalen Netzen. Manfred Broy, TU München (2010)

13 Developing a Portable 3D Vision-Guided Medical Robot for Autonomous Venipuncture The Challenge: Developing a portable, image-guided, medical robot that autonomously performs blood draws and other IV procedures when medical professionals are unable to successfully access veins. The Solution: Combining the performance of NI CompactRIO hardware, the flexibility of NI LabVIEW system design software, and the extensive NI robotics and machine vision libraries to deliver a safe portable medical device for initial human testing. Case Study Link "The NI platform provided our start-up the flexibility to pursue cutting-edge engineering research as well as the reliability to hit time-critical development milestones. NI products empowered our company to rapidly develop and test a disruptive medical technology." - Alvin Chen, VascuLogic