Training Mathematica in machine learning
Practical information about training
- CATEGORY: Technologies
- SUBCATEGORY: AI
- TRAINING CODE: IT-AI-152
- DURATION: 2 days
- PRICE INFORMATION from: 2450 PLN net
- LANGUAGE OF TRAINING: polish
- FORM OF IMPLEMENTATION: stationary, online
Training description
Advanced training demonstrating how to use the powerful capabilities of the Mathematica environment in the context of machine learning. The program guides participants through the process of using advanced mathematical and symbolic functions to analyze, design and optimize ML algorithms. Hands-on workshops form the foundation of the training, where each theoretical issue is immediately translated into practical implementations. Participants learn how to combine symbolic mathematical calculations with modern machine learning techniques to create unique and effective analytical solutions.
Participant profile
- Scientists using computational methods in research
- ML engineers interested in a mathematical approach to algorithms
- Data analysts looking for advanced mathematical tools
- Researchers involved in algorithm optimization
- Mathematicians moving into the field of machine learning
- Mathematical modeling specialists
- PhD students in the field of ML
- ML programmers interested in symbolic computing
Agenda
- Foundations of Mathematica in ML
- Structure and capabilities of the Mathematica environment
- Integration with machine learning algorithms
- Symbolic transformations in ML
- Data visualization and analysis
- Implementation of algorithms
- Mathematical models in machine learning
- Optimization of functions and gradients
- Symbolic derivation of algorithms
- Computational complexity analysis
- Advanced computing techniques
- Tensor calculations
- Automatic differentiation
- Symbolic transformations
- Numerical optimization
- Practical applications
- Modeling of complex systems
- Stability analysis of algorithms
- Designing custom cost functions
- Mathematical validation of models
Benefits
Upon completion of the training, the participant will be able to effectively use the Mathematica environment to design and analyze machine learning algorithms. He will gain the ability to combine symbolic calculations with practical implementation of ML models. Will develop a deep understanding of the mathematical foundations of machine learning through practical work with symbolic transformations. Will learn to optimize ML algorithms using advanced mathematical tools. Will be able to perform complex theoretical analysis of ML models and verify their mathematical properties. Will gain the ability to design custom ML solutions using the computational power of Mathematica.
Required preparation of participants
- A solid foundation in higher mathematics and mathematical analysis
- Knowledge of the basics of machine learning
- Experience in mathematical programming
- Understanding the concept of mathematical optimization
Issues
- Symbolic calculations in ML
- Mathematical transformations
- Algorithm optimization
- Complexity analysis
- Automatic differentiation
- Tensor calculations
- Mathematical modeling
- Stability analysis
- Cost functions
- Theoretical validation
- Mathematical visualization
- Integration with ML
Do you have any questions?
Feel free to contact us.
Anna Polak
+48 600 010 440
anna.polak@eitt.pl
31 Ząbkowska Street 03-736 Warsaw
Forms of training delivery
Stationary training
- Training at the customer's premises or at a designated location
- Training room equipped with the necessary equipment
- Training materials in electronic form
- Coffee breaks and lunch
- Direct interaction with the trainer
- Networking in a group
- Workshop exercises in teams
Remote training
- Virtual training environment
- Electronic materials
- Interactive online exercises
- Breakout rooms for group work
- Technical support during the training
- Recordings of the session (optional)
Possibility of funding
The training can be financed with public funds under:
- National Training Fund (KFS)
- Development Services Base (BUR)
- EU projects implemented by PARP
- HR Academy Program (PARP)
- Regional operational programs
If you are interested in funding, our team will help you prepare the required documentation.
HAVE A QUESTION?
Contact us for more information about our training, programs and cooperation. We will be happy to answer all your inquiries!
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Do you have any questions?
Feel free to contact us.
Anna Polak
+48 600 010 440
anna.polak@eitt.pl
31 Ząbkowska Street 03-736 Warsaw
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