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Preamble • The following experiments are designed to translate the mathematical concepts into system design. • The students shall use Python for realization of experiments. Other softwares such as R/MATLAB/SCILAB/LabVIEW can also be used. • The experiments will lay the foundation for future labs such as DSP lab. • The first two experiments are mandatory and any six of the rest should be done.
SYLLABUS
SYLLABUS
Click the link for syllabus:drive.google.com/file/d/1A7tEx9yLSvzjHiYvepx-D6m_AqjbnLzg/view?usp=sharing
VIDEO LINKS PLAYLIST : https://www.youtube.com/playlist?list=PLU9qGTRXUDkmIXtbV2XflO6ngXImJwkmv
Scientific computing using scilab : Part 1
Scientific computing using scilab : Part 2
The video covers importance of Python language and introductory session on Google colab and how to use the free online tool.
PYTHON USING GOOGLE COLAB
This video covers the basics of plotting functions using python and google colab. Straight line in continuous and discrete form is plotted.
The video contains the basics of plotting sine & cosine wave in continuous and discrete format.
This video covers the use og legend function in plotting using matplotlib.pyplot.
EXPERIMENTS
EXPERIMENTS
EXPERIMENT 1 : FAMILARIZATION OF SCILAB SOFTWARE
Click the link for details : drive.google.com/file/d/10DLSSWuN1XDv8BJQTWuDgRj6PvXnkZFl/view?usp=sharing
EXPERIMENT 2: FAMILARIZATION OF MATLAB SOFTWARE
Click the link for details : drive.google.com/file/d/13c11H7krljsAER68xBE38o29_jayXCqW/view?usp=sharing
EXPERIMENT 3: FAMILARIZATION OF GOOGLE COLAB USING PYTHON SOFTWARE
Click the link for details :drive.google.com/file/d/1gJ235E8dFttd0aSKrIegHaf3hi1di0HX/view?usp=sharing
EXPERIMENT 4: To familiarize arithmetic functions such as abs, sine, real, imag, complex, sinc using inbuilt functions
Click the link for details
drive.google.com/file/d/1DcNQB3dBj3E6Fan3OEw4wYH422DkM-bd/view?usp=sharing
EXPERIMENT 5: Realization of arrays and matrixes
Click the link for details PART 1
https://drive.google.com/file/d/1_8wMCJ-NqULYlXDtLVO4_HfI5Sw79eTU/view?usp=sharing
Click the link for details PART 2
Inverse finding, solution of linear equation, rank of matrix, eigen value and SVD
drive.google.com/file/d/1izBWmCr8iFYtIZVee7PJlspz3OrW-fMR/view?usp=sharing
EXPERIMENT 6 : Simple Data Visualization
Click the link for details PART 1: drive.google.com/file/d/1HPxggXGj6eBe9xdtmBy_94hVz7Xtwcf9/view?usp=sharing
Click the link for details PART 2 : drive.google.com/file/d/1J6t6UrdAh2O944ttnsVfInvNuCvuMDGT/view?usp=sharing
EXPERIMENT 7 : Numerical Differentiation and Integration
Click the link for details :drive.google.com/file/d/1ce_ZNO5fCUc1nwFBjl7pO3FgQ1fPctSN/view?usp=sharing
EXPERIMENT 8: Simple Data Analysis with Spreadsheets
Click the link for details :drive.google.com/file/d/1j0Pwhs8upzgO_qdHQjn1rCAOb3ZaEVB2/view?usp=sharing
EXPERIMENT 9: Solution of ordinary differential equation application
Click the link for details :: drive.google.com/file/d/1DbCCm0jO7pG_D6zhGhBYCnD6YjoyeyoR/view?usp=sharing
FAIR RECORD (HAND WRITTEN)
FAIR RECORD (HAND WRITTEN)
LINK
EXP 1-5 :drive.google.com/file/d/10s79Da428idwEPlZ0pcTNcJq2_mxFgi1/view?usp=sharing
EXP 6-9 :drive.google.com/file/d/1K7tiyuG0wd0n5oH6j2W32mxq_IXTq_DA/view?usp=sharing
DISCLAIMER
DISCLAIMER
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