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Accelogic, LLC

Company Information
Address
1633 BONAVENTURE BLVD
WESTON, FL 33326-4040
United States


http://www.accelogic.com

Information

UEI: LJGLU5UUYEC8

# of Employees: 36


Ownership Information

HUBZone Owned: No

Socially and Economically Disadvantaged: No

Woman Owned: No



Award Charts




Award Listing

  1. Next-Generation TechNology for the Extremely Efficient Storage, Distribution, and Processing of Nuclear Physics Data

    Amount: $1,049,670.00

    Millions of dollars are spent every year in generating the tons of data that are necessary for addressing nuclear physics grand challenge problems at DOE facilities. Due to inherent technical and fina ...

    SBIRPhase II2019Department of Energy
  2. Next-Generation Technology for the Extremely Efficient Storage, Distribution, and Processing of Nuclear Physics Data

    Amount: $155,000.00

    Millions of dollars are spent every year in generating the tons of data that are necessary for addressing nuclear physics grand challenge problems at DOE facilities- Due to inherent technical and fina ...

    SBIRPhase I2018Department of Energy
  3. Industrial-quality acceleration of MDA’s missile defense simulation infrastructures —A novel theory of optimal data compression inspired on the OSF

    Amount: $104,992.00

    MDA’s Objective-Simulation-Framework (OSF) is a crucial infrastructure for improving the nation’s BMDS. Albeit successful in enabling high-quality ground tests, OSF’s distributed ...

    SBIRPhase I2018Department of Defense Missile Defense Agency
  4. Enabling extreme acceleration of graph analytics in real-world applications

    Amount: $1,510,000.00

    Graph analytics have emerged as a prominent computational workload in the defense community, and are representative of fundamental kernels in national security applications. Processing speed is a fund ...

    SBIRPhase II2017Department of Defense Defense Advanced Research Projects Agency
  5. Industrial-Quality Porting of the Army's Helios CFD Code into Xeon-Phi-Enabled Systems —A Process-Based Approach for Maximal Speedup

    Amount: $999,988.30

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    SBIRPhase II2017Department of Defense Army
  6. Enabling extreme acceleration of graph analyticsin real-world applications

    Amount: $154,997.39

    Graph analytics have emerged as a prominent computational workload in the defense community, and are representative of fundamental kernels in national security applications. Processing speed is a fund ...

    SBIRPhase I2016Department of Defense Defense Advanced Research Projects Agency
  7. Accelerating Memory-Access-Limited HPC Applications via Novel Fast Data Compression

    Amount: $750,000.00

    A fast-paced continual increase on the ratio of CPU to memory speed feeds an exponentially growing limitation for extracting performance from HPC systems. Breaking this memory wall is one of the most ...

    SBIRPhase II2016National Aeronautics and Space Administration
  8. Industrial-Quality Porting of the Army's Helios CFD Code into Xeon-Phi-Enabled Systems- A Process-Based Approach for Maximal Speedup

    Amount: $149,992.81

    The recent introduction of Many-Integrated-Core (MIC) architectures such as the Intel Xeon Phi presents an opportunity for enormous performance increases in numerically intensive HPC codes. This proje ...

    SBIRPhase I2016Department of Defense Army
  9. Accelerating Memory-Access-Limited HPC Applications via Novel Fast Data Compression

    Amount: $125,000.00

    A fast-paced continual increase on the ratio of CPU to memory speed feeds an exponentially growing limitation for extracting performance from HPC systems. Ongoing developments and trends make it clear ...

    SBIRPhase I2015National Aeronautics and Space Administration
  10. Accelerating Communication-Intensive Applications via Novel Data Compression Techniques

    Amount: $748,421.00

    The traditional view of arithmetic operations dominating the computational cost of numerical algorithms has changed. As performance of new processors increases, we are moving into a new reality in whi ...

    SBIRPhase II2014National Aeronautics and Space Administration
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