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Keynote: Driving Productivity and Innovation With Graphical System Design National Instruments is committed to empowering today’s scientists and engineers with tools that drive tomorrow’s innovations and discoveries. At the cornerstone of this commitment is NI graphical system design. This off-the-shelf platform accelerates productivity and delivers a complete hardware and software toolchain for developing advanced embedded monitoring and control applications. In this webcast, look into the evolution of embedded systems and the benefits of the NI graphical system design platform. |
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Cost Savings and Efficiency Through Power Quality Monitoring It’s easy to overlook power quality. However, with the amount of energy that today’s facilities and large machines consume, it presents a good opportunity to reduce costs. In this session, learn about power measurements and specific applications where measuring power impacts the bottom line by lowering costs. |
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Increase System Efficiency With Condition Monitoring A condition monitoring system minimizes unscheduled outages, optimizes machine performance, and reduces the repair time and maintenance costs of your equipment. In this session, learn about recent industry trends, the benefits of implementing condition monitoring, and the latest technology designed to make your system more effective. |
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Save Money and Decrease Downtime With Vehicle and Equipment Monitoring Vehicle and equipment monitoring helps you get the most out of your trains, ships, and heavy equipment by optimizing fleet performance and appropriately scheduling maintenance rotations. In this session, learn about recent trends in the industry and how a minimum investment in condition monitoring can save you money and increase the lifetime of your equipment. |
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Planning for the Future With a Scalable ECU Prototyping Platform The number of engine control units (ECUs) in passenger and off-highway vehicles continues to rise, driving the need for faster and more accurate ECU prototyping. In this session, learn about the growing trends in this application space along with key technologies and strategies that can lead to efficient and effective ECU prototyping. |
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Strategies for Designing State-of-the-Art Machine Control Systems What’s important in the machine industry? Higher throughput, reduced operating cost, improved productivity, and increased uptime. In this session, learn how graphical system design and the adoption of modern embedded control and monitoring systems help leading machine builders meet these requirements and increase the productivity of their design teams. |
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Best Engineering Practices for Control and Monitoring Applications in the Oil Field Oil and gas exploration and production faces several challenges, including worldwide regulatory pressure, the need to operate in harsh environments, and the motivation to reduce the environmental footprint. These challenges will continue to impact the industry and force operators to use technology for solutions. During this session, learn the best engineering and operating practices for applications in the oil field. |
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Modernist Embedded System Design Tutorial—Smart Grid Control Systems In this session, apply modernist embedded system design techniques in smart, field-programmable control systems for the power grid. Learn how to reuse, refine, and optimize your embedded software throughout development so you can move quickly from desktop power simulations to commercial deployment targets extensively validated with a real-time inverter simulator. |
Additional Resources
- Learn more about NI's approach to Embedded Control and Monitoring
- Explore embedded hardware systems and software
