| |
[1]
Dr.
Janos Pinter
President,
PCS, Inc.
|
|
“I am fully convinced that a full-scale implementation of the (currently experimental) speed-up and efficiency of Aceelogic’s hardware centric technology will cause a revolution in the practical, real-time applicability of global optimization.” |
| |
One of the world’s most renowned scientists in the
field of global optimization.
Dr. Pinter is the author of LGO, the global optimization software
package with the largest market share worldwide. |
|
| |
|
| |
[2] Dr. Gene Golub
Fletcher Jones Professor
of Computer Science,
Stanford University.
|
|
“Your approach to linear equation resolution is truly impressive, and has the potential to shift the paradigm of scientific computing as we know it today.”
“The field of numerical computing has been traditionally stuck by the barriers of Moore’s Law at the von Neumann architecture. Your proposed approach, if successful, would tear down those barriers and push on the development of mankind to unimaginable levels.” |
| |
One of the world’s most recognized scientists in the
field of numerical computing.
Dr. Golub’s book, Matrix Computations, is one of the
world’s most cited references in the field of numerical
linear algebra. |
|
| |
|
| |
[3] Dr. Gary Vanderplaats
President, Vanderplaats R&D.
Father of the “de facto” optimization
algorithms currently used by the automotive and aircraft design
industries. |
|
“Structural and multidisciplinary design optimization problems are filled with computationally challenging and intensive bottlenecks. Your technology offers a groundbreaking and very unique approach to solve these bottlenecks and move the state of the art in the field, to levels of performance never seen before.”
“With the computational bottlenecks removed, hardware-accelerated optimization technology would enable the discovery of novel solutions and geometries, and would potentially change the paradigm of design as we currently know it.” |
| |
|
|
| |
|
| |
[4] Dr.
Jack Dongarra
Oak Ridge National Laboratory.
|
|
|
| |
One of the world’s most prominent scientists
in the field of supercomputing and numerical linear algebra.
Dr. Dongarra is a co-author of LAPACK and BLAS, the linear
algebra routines used by virtually every software compiler
in the world.
A Google search for his name renders over 100,000 hits. |
|
| |
|
| |
[5] Dr.
Javier Pena
Associate
Professor
of Operations Research,
Carnegie Mellon University. |
|
|
| |
One of the leading forces behind the optimization
algorithms group at Carnegie Mellon University. |
|
| |
|
|
|
