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Study mode:
on
1
Intro
2
Overview
3
Motivation: Plasma
4
Motivation: Modeling
5
Numerical Modeling (Of Space Plasma)
6
Computational Complexity
7
Physical Approximations
8
Advanced Algorithms: Grid / Mesh
9
Advanced Algorithms: Solvers
10
Distributed Memory Concurrency
11
Advanced Algorithms: Concurrency
12
Shared Memory Concurrency
13
Advanced Algorithms: Load Balancing
14
Frameworks: Pros
15
Motivation: C++11
16
Reminder About Abstractions
17
Generic Simulation Cell Method
18
Generic Simulation Cell Class
Description:
Explore the application of C++ in space plasma model development through this comprehensive conference talk from C++Now 2014. Delve into the intricacies of numerical modeling for space plasma, computational complexity, and physical approximations. Learn about advanced algorithms for grid/mesh systems, solvers, and load balancing. Discover the benefits of distributed and shared memory concurrency in plasma simulations. Examine the motivations behind using C++11 and the importance of abstractions in scientific computing. Gain insights into generic simulation cell methods and classes, providing a solid foundation for developing sophisticated space plasma models using modern C++ techniques.

C++ in Space Plasma Model Development

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