Pavan Chakraborty

Graphics and Visual Computing is a core course offered in the 5th semester of B.Tech (IT) at the Indian Institute of Information Technology, Allahabad, Jhalwa, Prayagraj 211 012, U.P., INDIA.

Data Visualisation 04 Coordinates and Transformation 01
Data Visualisation 04 Coordinates and Transformation 01
Data Visualisation 04A
Data Visualisation 04A
20. Graphics and Visual Computing – Fractals
20. Graphics and Visual Computing – Fractals
24. Graphics and Visual Computing – GP-GPU: Introduction to CUDA (Ajit Singh)
24. Graphics and Visual Computing – GP-GPU: Introduction to CUDA (Ajit Singh)
23. Graphics and Visual Computing – GP-GPU: GPU and OpenGL (Ajit Singh)
23. Graphics and Visual Computing – GP-GPU: GPU and OpenGL (Ajit Singh)
22. Graphics and Visual Computing – GP-GPU : GPU Architecture (Ajit Singh)
22. Graphics and Visual Computing – GP-GPU : GPU Architecture (Ajit Singh)
19. Graphics and Visual Computing – Illuminations Part-2
19. Graphics and Visual Computing – Illuminations Part-2
21. Graphics and Visual Computing – GP-GPU: Introduction to GPU (Ajit Singh)
21. Graphics and Visual Computing – GP-GPU: Introduction to GPU (Ajit Singh)
18. Graphics and Visual Computing – Illuminations Part-1
18. Graphics and Visual Computing – Illuminations Part-1
17. GVC – Spline (Continued), Derivation of Bézier Spline from Hermite Spline and the Other Splines.
17. GVC – Spline (Continued), Derivation of Bézier Spline from Hermite Spline and the Other Splines.
16A.- GVC – Spline, Requirements and Constraints, Derivation of Hermite Spline.
16A.- GVC – Spline, Requirements and Constraints, Derivation of Hermite Spline.
15. Graphics and Visual Computing – Hidden Surface Removal Algorithms
15. Graphics and Visual Computing – Hidden Surface Removal Algorithms
14. Graphics and Visual Computing – Line Clipping Algorithms
14. Graphics and Visual Computing – Line Clipping Algorithms
13. Graphics and Visual Computing – Polygon Clipping Algorithms
13. Graphics and Visual Computing – Polygon Clipping Algorithms
12. Graphics and Visual Computing – Fill Algorithms.
12. Graphics and Visual Computing – Fill Algorithms.
11. Graphics and Visual Computing – Viewing Transformation
11. Graphics and Visual Computing – Viewing Transformation
10. Graphics and Visual Computing – Projection Transformation (Orthonormal and Perspective)
10. Graphics and Visual Computing – Projection Transformation (Orthonormal and Perspective)
9. Graphics and Visual Computing – Object Hierarchy
9. Graphics and Visual Computing – Object Hierarchy
8. Graphics and Visual Computing – Change of Orthonormal Basis
8. Graphics and Visual Computing – Change of Orthonormal Basis
7. Graphics and Visual Computing – Representing and Combining Transformations
7. Graphics and Visual Computing – Representing and Combining Transformations
6. Graphics and Visual Computing – Introduction to Transformations and Classes of Transformations
6. Graphics and Visual Computing – Introduction to Transformations and Classes of Transformations
Graphics and Visual Computing – The Anti-Aliasing Algorithms. - 5
Graphics and Visual Computing – The Anti-Aliasing Algorithms. - 5
Graphics and Visual Computing (GVC) – The Line Drawing Algorithms. - 4
Graphics and Visual Computing (GVC) – The Line Drawing Algorithms. - 4
Graphics and Visual Computing – Coordinates & Graphical Pipeline. - 3
Graphics and Visual Computing – Coordinates & Graphical Pipeline. - 3
Graphics and Visual Computing - Introduction - Development of Computer Technology from 1960 to 2020.
Graphics and Visual Computing - Introduction - Development of Computer Technology from 1960 to 2020.