good for pc and electricalMATLAB (2).pptx

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1. Matlab

2. MATLAB High-Level Programming Language: Primarily used for numerical computing. Interactive Environment: Facilitates matrix manipulations, plotting of functions and data, implementation of algorithms, and creation of user interfaces. Toolboxes: Offers specialized toolboxes for various fields like signal processing, image processing, machine learning, etc. Data Analysis: Extensive tools for data analysis, visualization, and modeling. Integration: Can integrate with other programming languages like C, C++, Java, and Python. Widely Used: Popular in academia and industry for research, development, and teaching.

3. Simulink Graphical Programming Environment : Used for modeling, simulating, and analyzing multidomain dynamical systems. Block Diagrams: Allows users to create models using block diagrams. Simulation : Supports both continuous and discrete event simulation. Model-Based Design: Ideal for control system design, signal processing, communication systems, and other simulations. Integration with MATLAB: Seamlessly integrates with MATLAB for algorithm development, data visualization, and more. Toolboxes and Libraries: Provides a wide range of libraries and toolboxes for specific applications like automotive, aerospace, and electronics. Real-Time Simulation: S upports real-time simulation and testing with hardware.

4. LICENSING PERPETUAL SELECTED NO OF USERS(ALA -CARTE) SELECTED NO OF TOOLBOX SOFTWARE MAINTENANCE INITIALLY 1 YEAR SUPPORT SERVICE(SMS)-30% OF PURCHASING PRICE LIFETIME LICENSE PERMIT ADVANTAGES Long-Term Cost Savings Continuous Access Budget Stability Full Ownership Offline Use: DISADVANTAGES High Initial Cost Lack of Flexibility Limited Upgrades Outdated Risk Maintenance Fees Difficulty in Scaling Resale and Transfer Limitations

5. CWS(campus wide suite) All tollbox Unlimited users Individual activation Renew at the same price after Timeline period/choice LAN connectec ADVANTAGES Cost Efficiency Flexibility Scalability Centralized Management Access Anywhere Usage Monitoring DISADVANTAGE Ongoing Maintenance Dependency on Network: Potential Downtime Geographical Restrictions: Initial Setup Complexity

6. Name of the Customer Contact Person Name Designation/Job title Contact No Email ID Type of Customer Type of Call Objective of Call Survey questions Who involved in decision making process and fundings Budeget allocation(previous purchase history) No.of labs for student using matlab No of proffesors using matlb for research purpose License type License version no of department using matlab Any compatibility issue/pain points they are facing Technical or Demo sessions needed More customization or improvemnet Matlab included in academic curriculam or not No of hours student expose to matlab for their accademic use/project last maintenence date

7. Computer Department Algorithm Development: Enhance algorithm design and development with a rich set of built-in functions. Machine Learning & AI: Powerful toolboxes for machine learning, deep learning, and artificial intelligence research. Data Analytics : Advanced data analysis and visualization capabilities for big data projects. Integration: Seamless integration with other programming languages like Python, Java, and C++. Research & Prototyping: Accelerate research and prototyping with interactive tools and a vast library of functions.

8. Mechanical Department Simulation & Modeling: Comprehensive tools for simulating mechanical systems and components. Finite Element Analysis: Perform complex finite element analysis with specialized toolboxes. Control Systems: Design, simulate, and test control systems with ease. Multibody Dynamics: Model and simulate multibody mechanical systems. Optimization: Optimize designs and processes using built-in optimization algorithms.

9. Electrical Department Signal Processing: Advanced toolboxes for signal processing, including filters, transforms, and analysis. Control Systems: Robust tools for designing and analyzing control systems. Circuit Design: Model and simulate electronic circuits and systems. Communication Systems: Develop and simulate communication systems with dedicated toolboxes. Power Systems: Analyze and simulate power systems and electrical networks

10. Electronics Department Embedded Systems: Develop and test embedded systems with integrated hardware support. Digital Signal Processing: Comprehensive tools for designing and analyzing DSP algorithms. VLSI Design: Support for VLSI design and simulation. Robust Prototyping: Quickly prototype and validate electronic systems. Sensor Networks: Design and simulate sensor networks and IoT applications.

11. Convincing Points for All Departments Industry Standard: MATLAB is widely used in academia and industry, ensuring students learn relevant, employable skills. Collaboration: Facilitates collaboration between different departments with a unified platform. Extensive Documentation: Access to extensive documentation, tutorials, and a large user community. Support & Training: Ongoing technical support and comprehensive training resources. Cost-Effective: Academic licensing options provide cost-effective solutions for educational institutes.

12. Closing Future-Ready: Equip students with the skills needed for modern engineering and research challenges. Proven Success: Trusted by top universities and institutions worldwide. Flexible Licensing: Tailored licensing options to fit your institution’s needs.