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ABOUT SET™

HPC (High Performance Computing) application developers (such as ISVs who develop HPC applications to address a market need or a SMB that develops HPC applications unique to its line of business) need SET™. Its simplicity, relative to alternatives, minimizes their in-house expertise, the complexity of their code, their learning curve, and their debugging time. Thus the quick time-to-market and workload reduction gives them a strategic advantage and saves them money. In addition, SET™ opens the door for development of new generation HPC applications that allow the use of clusters and supercomputers as scientific instruments.

SET™ Removes Major Barriers to Adoption of HPC Modeling and Simulation by the “Missing Middle”:

  • SET™ Enables a Quick and Easy Path for Creating and Maintaining HPC Applications

  • With SET™, Parallel Programming Expertise is Not Required

  • SET™ is Extremely Cost Effective

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SET™ Enables Real-Time Interactive Supercomputing

With SET™, it is possible to develop with relative ease parallel applications that run on thousands of cores. It also provides an easy way to scale legacy codes. However, SET™ is much more than just an efficient, easy to use parallel programming tool. The SET framework provides SET-based HPC applications with RTIM™ (Real-Time Interactive MPI) capabilities. RTIM™ opens the door to RTIS™ (Real-Time Interactive Supercomputing) applications (such as simulations that run on supercomputers), and which can be interactively steered, controlled and display results in real-time. In addition, the SET™ framework can create ad hoc supercomputer-like parallel computing machines out of collections of individual Mac and Linux computers usually found in SMB environments. These parallel computing machines can then run fully interactive SET™-based HPC applications. The SET™ framework is also  capable of utilizing local computing clusters or Cloud resources as well, when available. During tests, the SET™ framework worked fine on 8,000-cores of an IBM iDataPlex cluster.

With SET™, researchers and ISVs can now create the next generation interactive supercomputing HPC applications. Moreover, existing HPC applications can be modified to take advantage of the SET framework, adding real-time interactivity capability to them. Please contact us for more information.

SET™ is different from other solutions in the market

SET™ embodies an approach very different from others, abstracting and implementing commonly-used parallel coding patterns and algorithms. Other solutions may help debug code, not develop it.

SET™ is better than other solutions in the market

SET™ helps HPC application developers write good parallel code, avoiding bugs altogether and provides time-to-market and implementation advantages unavailable in other tools. SET™ has built-in scalability features, and it enables full utilization of all available cores. In addition, the SET™ framework provides powerful unprecedented supercomputing technology enhancements to software applications, such as real-time interactivity with steering and control of HPC codes and real-time visualization capability, which no other HPC development tool or parallel framework offers.

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"Genius is the ability to reduce the complicated to the simple."
– C.W. Ceram

SET™ allows for faster parallelization and testing

SET™ abstracts and implements commonly-used parallel coding patterns and algorithms. Others require the developer to rewrite these patterns over and over themselves, an arduous and time-consuming task for the uninitiated.

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"If at first the idea is not absurd, then there is no hope for it.  Innovation is not the product of logical thought, although the result is tied to logical structure."
– Albert Einstein

CASE STUDIES

During the development phase of SET™, the SET™ parallelization approach (which adopts message passing) was applied to Wolfram Research Mathematica®1, providing it with supercomputing-style parallelization. The development effort took only one man/month, and was accomplished without access to Mathematica's source code. There is no other development system available today that can provide Mathematica with supercomputing-style parallelization in one  man/month, even with an access to source code. Without SET, such an effort could take a year with many programmers involved. See SEM™ (Supercomputing Engine for Mathematica) for more details.

 

Also during the development phase of SET™, the SET™ parallelization approach was applied to Apple QuickTime®2 transcoding functionality, providing it with supercomputing-style parallelization. As with Mathematica, the development effort took only one man/month, and was accomplished without access to QuickTime source code. Again, there is no other development system available today that is capable of providing QuickTime transcoding functionality with supercomputing-style parallelization in one man/month.

 

The parallelization approach of SET™ is explained here. Please do not hesitate to contact us for any question.

1. Mathematica® is a registered trademark of Wolfram Research Inc.
2. QuickTime® is a registered trademark of Apple Inc.

SET™ is a patented technology.

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