Podcast
Questions and Answers
Obviously, an execution time of 10 years is always ______.
Obviously, an execution time of 10 years is always ______.
unreasonable
Examples Global weather forecasting ______.
Examples Global weather forecasting ______.
Modeling
Modeling motion of astronomical ______.
Modeling motion of astronomical ______.
bodies
An execution time of 10 years is always ______.
An execution time of 10 years is always ______.
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Global weather forecasting requires ______.
Global weather forecasting requires ______.
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Each calculation requires 200 floating point ______.
Each calculation requires 200 floating point ______.
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In one time step, 10^11 floating point ______ necessary.
In one time step, 10^11 floating point ______ necessary.
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Suppose each calculation requires 200 floating point ______.
Suppose each calculation requires 200 floating point ______.
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Each calculation requires 200 ______ point operations.
Each calculation requires 200 ______ point operations.
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In one time step, 10^11 floating ______ operations necessary.
In one time step, 10^11 floating ______ operations necessary.
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In AIU 2023-2024 2nd Semester, the course on Parallel Processing is taught by __________.
In AIU 2023-2024 2nd Semester, the course on Parallel Processing is taught by __________.
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Chapter 1 of the course focuses on the Parallel Computing __________.
Chapter 1 of the course focuses on the Parallel Computing __________.
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There is a continual demand for greater computational speed due to areas like numerical modeling and simulation of scientific and engineering __________.
There is a continual demand for greater computational speed due to areas like numerical modeling and simulation of scientific and engineering __________.
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One of the key reasons for the demand for greater computational speed is the need for faster __________.
One of the key reasons for the demand for greater computational speed is the need for faster __________.
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Demand for computational speed is driven by the need for more efficient processing of complex __________.
Demand for computational speed is driven by the need for more efficient processing of complex __________.
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Motives Usually to achieve faster computation – very simple idea - that n computers operating simultaneously can achieve the result n times faster - it will not be n times faster for various ______.
Motives Usually to achieve faster computation – very simple idea - that n computers operating simultaneously can achieve the result n times faster - it will not be n times faster for various ______.
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It is a very simple idea that n computers operating simultaneously can achieve the result n times faster, but it will not be n times faster due to various ______.
It is a very simple idea that n computers operating simultaneously can achieve the result n times faster, but it will not be n times faster due to various ______.
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The main motive is usually to achieve faster computation by having n computers operating simultaneously, but the speedup may not be n times faster due to various ______.
The main motive is usually to achieve faster computation by having n computers operating simultaneously, but the speedup may not be n times faster due to various ______.
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The key concept is that n computers working together can achieve the result faster, but it may not be n times faster due to various ______.
The key concept is that n computers working together can achieve the result faster, but it may not be n times faster due to various ______.
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Although the idea is simple – using n computers to operate together for faster computation, the actual speedup may not be n times faster due to various ______.
Although the idea is simple – using n computers to operate together for faster computation, the actual speedup may not be n times faster due to various ______.
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Performing calculation in just 5 minutes requires one computer operating at 3.4 Tflops (3.4 1012 floating point operations/sec). 1.23 Modeling Motion of Astronomical Bodies Each body attracted to each other body by ________ forces.
Performing calculation in just 5 minutes requires one computer operating at 3.4 Tflops (3.4 1012 floating point operations/sec). 1.23 Modeling Motion of Astronomical Bodies Each body attracted to each other body by ________ forces.
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Performing calculation in just _______ requires one computer operating at 3.4 Tflops (3.4 1012 floating point operations/sec). 1.23 Modeling Motion of Astronomical Bodies Each body attracted to each other body by gravitational forces.
Performing calculation in just _______ requires one computer operating at 3.4 Tflops (3.4 1012 floating point operations/sec). 1.23 Modeling Motion of Astronomical Bodies Each body attracted to each other body by gravitational forces.
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Performing calculation in just 5 minutes requires one computer operating at _______ (3.4 1012 floating point operations/sec). 1.23 Modeling Motion of Astronomical Bodies Each body attracted to each other body by gravitational forces.
Performing calculation in just 5 minutes requires one computer operating at _______ (3.4 1012 floating point operations/sec). 1.23 Modeling Motion of Astronomical Bodies Each body attracted to each other body by gravitational forces.
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Performing calculation in just 5 minutes requires one computer operating at 3.4 Tflops (3.4 1012 floating point operations/sec). _______ Modeling Motion of Astronomical Bodies Each body attracted to each other body by gravitational forces.
Performing calculation in just 5 minutes requires one computer operating at 3.4 Tflops (3.4 1012 floating point operations/sec). _______ Modeling Motion of Astronomical Bodies Each body attracted to each other body by gravitational forces.
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Performing calculation in just 5 minutes requires one computer operating at 3.4 Tflops (3.4 1012 floating point operations/sec). 1.23 Modeling Motion of Astronomical Bodies Each body attracted to each other body by gravitational _______.
Performing calculation in just 5 minutes requires one computer operating at 3.4 Tflops (3.4 1012 floating point operations/sec). 1.23 Modeling Motion of Astronomical Bodies Each body attracted to each other body by gravitational _______.
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