What You'll Learn
Learn the fundamentals of graphical models, probabilistic theory, and graph theory.
Focus on the two main types: Bayesian networks (directed graphs) and Markov networks (undirected graphs).
Learn how to perform inference to make accurate predictions and discover how to derive model structures and parameters directly from data.
Apply models to decision-making, classification, and handling uncertainty in fields like image understanding and medical diagnosis.
Learn how to build and use graphical models using software and programming languages.
The Graphical Models Online Course will cover how to use graphical models for making decisions in uncertain situations.
Graphical Models TrainingObjectives
- Data Scientist
- Machine Learning Engineer
- AI / Deep Learning Researcher
- Data Analyst
- Students who all want to become Graphical Models entry-level jobs
- Nodes (Variables)
- Edges (Connections)
- Graph Structure
- Parameters
- Inference Mechanism
- Bayesian Networks
- Markov Random Fields
- Conditional Random Fields
- Factor Graphs
- Dynamic Graphical Models
- Medical Diagnosis
- Natural Language Processing
- Computer Vision
- Robotics and Autonomous Systems
- Weather Forecasting
Request more informations
Phone (For Voice Call):
+91 89258 75257
WhatsApp (For Call & Chat):
+91 89258 75257
Graphical Models Certification Benefits
The Graphical Models Online Certification Course provides expertise in handling complexity and uncertainty in data, which can lead to career opportunities in fields such as data science, AI, and machine learning. Students learn to represent complex, multivariate data relationships visually, create efficient algorithms, and develop skills for making decisions under uncertainty. The program also includes Graphical Models internship opportunities to help learners gain real-world Graphical Model Project experience.
- Designation
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Annual SalaryHiring Companies
About Your Graphical Models Certification Training
Our Graphical Models Online Certification Training provides a cost-effective, industry-recognized curriculum with comprehensive placement assistance. Graphical Models Online Training explains how to use a graph to describe complex problems, which is a basic aspect of machine learning. Bayesian methods, Markov networks, and inference are among the basic ideas covered in these programs. Systems are modeled using Bayesian and Markov networks. Training includes real-world case studies, tasks, and hands-on, practical experience. It also frequently provides lifetime access to learning resources.
Top Skills You Will Gain
- Proficiency with analytical tools
- Problem-solving
- Model Learning
- Expertise in Inference
- Bayesian Networks
- Probability & Statistics
- Machine Learning
- Algorithm and Data Structure
12+ Graphical Models Tools
Online Classroom Batches Preferred
No Interest Financing start at ₹ 5000 / month
Corporate Training
- Customized Learning
- Enterprise Grade Learning Management System (LMS)
- 24x7 Support
- Enterprise Grade Reporting
Why Graphical Models Course From Learnovita ? 100% Money Back Guarantee
Graphical Models Course Curriculum
Trainers Profile
Our Graphical Models Course is guided by expert trainers with extensive experience in machine learning, probabilistic reasoning, and data science. They combine academic knowledge with real-world applications, helping learners understand complex concepts through hands-on examples and practical insights. We provide comprehensive training materials covering topics like Bayesian Networks, Markov Models, and inference techniques. These resources help students enhance their analytical and modeling skills, develop intelligent systems, and advance their careers in AI, data science, and research.
Syllabus of Graphical Models Online Course Download syllabus
- Motivation and applications of probabilistic graphical models
- Review of probability theory and independence concepts
- Joint, marginal, and conditional distributions
- Graph theory basics: nodes, edges, and paths
- Types of graphical models: directed vs. undirected
- Factorization of joint probabilities
- Real-world examples and use cases
- Structure and semantics of Bayesian Networks
- Conditional independence and d-separation
- Factorization and joint distribution representation
- Causal interpretation of BNs
- Naive Bayes, Hidden Markov Models
- Parameter estimation in BNs
- BN visualization and querying
- Undirected graphs and Markov properties
- Cliques, potentials, and energy functions
- Pairwise and higher-order MRFs
- Factor graphs and message passing
- Gibbs distribution and partition function
- Ising model, image smoothing
- Comparison of MRFs and BNs
- Marginal and conditional probability computation
- Variable elimination algorithm
- Belief propagation (sum-product algorithm)
- Max-product algorithm for MAP inference
- Junction tree algorithm
- Complexity and tractability of exact inference
- Applications in small graphical models
- Limitations of exact inference
- Sampling-based methods (Monte Carlo, Gibbs Sampling)
- Variational inference and Mean-Field approximation
- Expectation Propagation overview
- Markov Chain Monte Carlo basics
- Evaluation of approximation quality
- Use cases in large-scale models
- Parameter learning (MLE, MAP estimation)
- Structure learning from data
- Constraint-based and score-based approaches
- EM algorithm for incomplete data
- Regularization and overfitting control
- Evaluation metrics: likelihood, BIC, AIC
- Implementation using pgmpy or pomegranate
- Time-dependent probabilistic models
- Hidden Markov Models structure and learning
- Dynamic Bayesian Networks
- Kalman filters for continuous systems
- Particle filtering methods
- Applications in speech, tracking, and finance
- Visualization of temporal dependencies
- Gaussian Graphical Models
- Covariance and precision matrix interpretation
- Conditional Linear Gaussian models
- Mixed discrete-continuous variables
- Copula-based models
- Learning sparse GGMs (graphical lasso)
- Applications in finance and genomics
- Introduction to causality and structural causal models
- Causal graphs and interventions
- The do-calculus framework
- Identifiability and confounding
- Counterfactual reasoning
- Algorithms for causal discovery
- Deep probabilistic models (VAEs, Bayesian NNs)
- Graph Neural Networks and Probabilistic Reasoning
- Probabilistic programming frameworks
- Applications in NLP, computer vision, and bioinformatics
- Model evaluation and interpretability
- Real-world case studies and projects
- Final project presentation and review
Request more informations
Phone (For Voice Call):
+91 89258 75257
WhatsApp (For Call & Chat):
+91 89258 75257
Industry Projects
Career Support
Our Hiring Partner
Request more informations
Phone (For Voice Call):
+91 89258 75257
WhatsApp (For Call & Chat):
+91 89258 75257
Exam & Graphical Models Certification
- Data Scientist
- Machine Learning Engineer
- AI Research Analyst
- Statistical Modeler
- Data Analyst
- Basic knowledge of probability and statistics
- Familiarity with machine learning concepts
- Understanding of data structures and algorithms
- Experience with Python or R programming
- Interest in data analytics or AI modeling
Our Student Successful Story
How are the Graphical Models Course with LearnoVita Different?
Feature
LearnoVita
Other Institutes
Affordable Fees
Competitive Pricing With Flexible Payment Options.
Higher Graphical Models Fees With Limited Payment Options.
Live Class From ( Industry Expert)
Well Experienced Trainer From a Relevant Field With Practical Graphical Models Training
Theoretical Class With Limited Practical
Updated Syllabus
Updated and Industry-relevant Graphical Models Course Curriculum With Hands-on Learning.
Outdated Curriculum With Limited Practical Training.
Hands-on projects
Real-world Graphical Models Project With Live Case Studies and Collaboration With Companies.
Basic Projects With Limited Real-world Application.
Certification
Industry-recognized Graphical Models Certifications With Global Validity.
Basic Graphical Models Certifications With Limited Recognition.
Placement Support
Strong Placement Support With Tie-ups With Top Companies and Mock Interviews.
Basic Placement Support
Industry Partnerships
Strong Ties With Top Tech Companies for Internships and Placements
No Partnerships, Limited Opportunities
Batch Size
Small Batch Sizes for Personalized Attention.
Large Batch Sizes With Limited Individual Focus.
Additional Features
Lifetime Access to Graphical Models Course Materials, Alumni Network, and Hackathons.
No Additional Features or Perks.
Training Support
Dedicated Mentors, 24/7 Doubt Resolution, and Personalized Guidance.
Limited Mentor Support and No After-hours Assistance.
Graphical Models Course FAQ's
- LearnoVita is dedicated to assisting job seekers in seeking, connecting, and achieving success, while also ensuring employers are delighted with the ideal candidates.
- Upon successful completion of a career course with LearnoVita, you may qualify for job placement assistance. We offer 100% placement assistance and maintain strong relationships with over 650 top MNCs.
- Our Placement Cell aids students in securing interviews with major companies such as Oracle, HP, Wipro, Accenture, Google, IBM, Tech Mahindra, Amazon, CTS, TCS, Sports One , Infosys, MindTree, and MPhasis, among others.
- LearnoVita has a legendary reputation for placing students, as evidenced by our Placed Students' List on our website. Last year alone, over 5400 students were placed in India and globally.
- We conduct development sessions, including mock interviews and presentation skills training, to prepare students for challenging interview situations with confidence. With an 85% placement record, our Placement Cell continues to support you until you secure a position with a better MNC.
- Please visit your student's portal for free access to job openings, study materials, videos, recorded sections, and top MNC interview questions.
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- Get Trainer Tips to Clear Interviews
- Practice with Experts: Mock Interviews for Success
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Regular 1:1 Mentorship From Industry Experts