Webcasts

Crossing the Chasm with Microsoft Compute Cluster Edition: HPC Goes Mainstream
Learn how new approaches in high-performance compute clusters and operating environments have opened the door for a much simpler and cost-effective strategy to meet demands for faster processing and turn-around times in engineering and computational modeling tasks. http://www.scientificcomputing.com/compute

Scale-Up Linux Goes Mainstream
Examine the present and future of large scale-up Linux systems to see if the are they ready for your HPC demands.
www.scientificcomputing.com/linux

Performance, Pricing, Reliablity – Selecting and Configuring Scalable CAE Solutions
This educational program features the combined expertise of technical specialists, real-world customers, and industry analysts who can help to guide you toward choices that will achieve greater returns on your CAE investments.
www.scientificcomputing.com/cae

How Can You Successfully Implement a Knowledge Management Solution?
This webcast takes a look at value of simplification, standardization and integration in implementing a successful knowledge management platform and achieving your business goals.
www.scientificcomputing.com/km

Virtually All You Need: Leading-Edge Trends and Technologies in Server Virtualization
How can you attain real value from server virtualization both today and tomorrow.
www.scientificcomputing.com/virtual

Emerging Trends in HPC: How HPC is Joining the Computing Mainstream
Explore the significant shift that is occurring in the state of the industry, take a close look at recent trends, and provide insight into changes that are occurring in today’s user experience.
www.scientificcomputing.com/mainstream

Multi-core Technologies: Are You Getting Your Money’s Worth?
Learn how and where various applications and HPC algorithms are making use (or are not able to make use) of these new technologies.
www.scientificcomputing.com/multicore

Advances in Genetic Analysis of Archived Samples
Understand the recent advances in Whole Genome Amplification that have made it possible to gain access to sufficient quantities of DNA from the millions of archived samples to perform a number of downstream applications including QPCR, CGH microarray, STR analysis, and SNP analysis.
www.dddmag.com/genetics

Transfections Made Easy: Overcoming the Toxicity Challenge
Find out about probable causes of cellular toxicity and best practices that reliably produce optimal transfection results.
www.dddmag.com/toxicity

Probe-Based qPCR: Challenges and Solutions
Learn how to harness the power of probe-based qPCR methods and offer insight on important probe design parameters.
www.dddmag.com/probe

Viral-Based shRNA: A RNAi Delivery Solution
Develop an understanding of Viral systems used for shRNA, features to consider in selecting viral systems, important experimental parameters for success and applications for viral-mediated RNAi.
www.dddmag.com/rnawebcast

Strategies for Building Intelligent Maintenance Systems
Leading technology developers and expert practitioners of predictive maintenance have created a series of five Web Events focused on the development of intelligent maintenance systems. The series is intended for reliability and maintenance professionals who are tasked with developing consistent and cost-effective predictive maintenance programs. Details for each Web Event on Demand are listed below.
http://zone.ni.com/devzone/cda/tut/p/id/5492

RF Web Summit Webcasts
Remarkable progress in submicron VLSI technology during the last two decades has helped engineers and academicians explore innovative digital and analog signal processing techniques. Ever increasing new features in modern wireless systems demand tremendous processing capabilities despite limited energy budgets. In this presentation from NIWeek 2006, explore the convergence of different wireless systems and their enabling technologies, particularly advances in signal processing and semiconductor technologies.
http://zone.ni.com/devzone/cda/tut/p/id/5498

LabVIEW 8.20 Webcasts and Interactive Tutorials
With the latest version of the National Instruments LabVIEW graphical development platform, LabVIEW 8.20, you gain new tools and features for object-oriented programming, user interface development, code connectivity to DLLs, and .NET Web services; high-speed file I/O; and the ability to use your M-files written in The MathWorks Inc. MATLAB® language syntax with LabVIEW. View this 45-minute Webcast to learn more about how you can take advantage of these new features to improve your test, measurement, and control applications. MATLAB® is a registered trademark of The MathWorks, Inc.
http://zone.ni.com/devzone/cda/tut/p/id/5496

Graphical System Design Summit Webcasts On-Demand
The Graphical System Design Summit at NIWeek brought together the world's leaders in embedded design and prototyping to explore trends and innovations. View keynotes and sessions to learn how to streamline your embedded development using high-level graphical tools and flexible prototyping platforms.
http://zone.ni.com/devzone/cda/tut/p/id/5497

Improve Embedded Design Efficiency
Are you looking for ways to improve your embedded design efficiency? This four-part Webcast series will show how National Instruments and partners such as Maplesoft, Celoxica, and Analog Devices are using Graphical System Design to revolutionize embedded system design. You will learn how you can use leading design tools from these vendors with LabVIEW to more efficiently design, prototype and deploy your embedded system. Furthermore, you will learn how flexible off-the-shelf hardware platforms for CompactRIO can decrease your time to first prototype by 10X. Watch the first of four events now as Dr. James Truchard, NI co-founder and CEO talks about the basics of this revolutionary approach.
http://zone.ni.com/devzone/cda/tut/p/id/5493

Designing and Validating Medical Devices with NI LabVIEW
National Instruments hardware and software products are used in a broad variety of biomedical applications such as biophysics cellular physiology, tissue bath recordings, exercise physiology, biomechanics, and lab automation. This series of Webcasts explores a variety of topics around the challenges in designing and validating these types of medical applications. Examine the medical device life cycle and how the NI graphical system design platform can be used to design, prototype and deploy, improving quality and speeding time to market. Identify the software and hardware needed to design a medical device and examine how LabVIEW graphical code can be verified and validated to meet FDA standards. Finally, see a case study by integrator, Boston Engineering, of the design of a blood infusion pump from algorithm development to high-volume production. Explore how NI can help with your biomedical applications.
http://zone.ni.com/devzone/cda/tut/p/id/5490