Objectives of CP Course Topics Computational Science Basics; Errors Uncertainties in Computations: O Integration; Differentiation Searching: 口“回4元4元1至0QC Weihua Gu (SJTU) Computational Physics An Introduction 14/0920159120
Objectives of CP Course Topics 1 Computational Science Basics; 2 Errors & Uncertainties in Computations; 3 Integration; 4 Differentiation & Searching; 5 Solving Systems of Equations with Matrices; Data Fitting; 6 Differential Equation Applications: Nonlinear Oscillations; Quantum Eigenvalue Problem; Scattering, Projectiles, and Planetary Orbits; Weihua Gu (SJTU) Computational Physics An Introduction 14/09/2015 9 / 20
Objectives of CP Course Topics Computational Science Basics; Errors Uncertainties in Computations; Integration; Differentiation Searching; Solving Systems of Equations with Matrices;Data Fitting 1口“回4元4元t至0Q0 Weihua Gu (SJTU) Computational Physics An Introduction 14/0920159120
Objectives of CP Course Topics 1 Computational Science Basics; 2 Errors & Uncertainties in Computations; 3 Integration; 4 Differentiation & Searching; 5 Solving Systems of Equations with Matrices; Data Fitting; 6 Differential Equation Applications: Nonlinear Oscillations; Quantum Eigenvalue Problem; Scattering, Projectiles, and Planetary Orbits; Weihua Gu (SJTU) Computational Physics An Introduction 14/09/2015 9 / 20
Objectives of CP Course Topics Computational Science Basics; Errors Uncertainties in Computations; Integration; Differentiation Searching: OSolving Systems of Equations with Matrices;Data Fitting: Differential Equation Applications:Nonllnear Oscillations. Quantum Eigenvalue Problem:Scatterng.Projectiles.and Planetary Orbits; 1口“4元，4元↑重QC Weihua Gu (SJTU) Computational Physics An Introduction 14/0920159120
Objectives of CP Course Topics 1 Computational Science Basics; 2 Errors & Uncertainties in Computations; 3 Integration; 4 Differentiation & Searching; 5 Solving Systems of Equations with Matrices; Data Fitting; 6 Differential Equation Applications: Nonlinear Oscillations; Quantum Eigenvalue Problem; Scattering, Projectiles, and Planetary Orbits; Weihua Gu (SJTU) Computational Physics An Introduction 14/09/2015 9 / 20
Objectives of CP Course Topics Computational Science Basics; Errors Uncertainties in Computations; Integration; Differentiation Searching; Solving Systems of Equations with Matrices:Data Fitting: ODifferential Equation Applications:Nonlinear Oscillations; Quantum Eigenvalue Problem:Scattering.Projectiles.and Planetary Orbits: 1口“4元，4元↑重QC Weihua Gu (SJTU) Computational Physics An Introduction 14/0920159120
Objectives of CP Course Topics 1 Computational Science Basics; 2 Errors & Uncertainties in Computations; 3 Integration; 4 Differentiation & Searching; 5 Solving Systems of Equations with Matrices; Data Fitting; 6 Differential Equation Applications: Nonlinear Oscillations; Quantum Eigenvalue Problem; Scattering, Projectiles, and Planetary Orbits; Weihua Gu (SJTU) Computational Physics An Introduction 14/09/2015 9 / 20
Objectives of CP Course Topics Computational Science Basics; Errors Uncertainties in Computations; Integration; Differentiation Searching; Solving Systems of Equations with Matrices;Data Fitting; Differential Equation Applications:Nonlinear Oscillations; Quantum Eigenvalue Problem:Scattering.Projectiles,and Planetary Orbits: 1口“4元，4元↑重QC Weihua Gu (SJTU) Computational Physics An Introduction 14/0920159120
Objectives of CP Course Topics 1 Computational Science Basics; 2 Errors & Uncertainties in Computations; 3 Integration; 4 Differentiation & Searching; 5 Solving Systems of Equations with Matrices; Data Fitting; 6 Differential Equation Applications: Nonlinear Oscillations; Quantum Eigenvalue Problem; Scattering, Projectiles, and Planetary Orbits; Weihua Gu (SJTU) Computational Physics An Introduction 14/09/2015 9 / 20