Description for Fundamentals of Responsible AI/ML
Features of Course
Comprehending Ethical Risks and Model Bias: Learn about the ethical challenges, societal impacts, and model bias of AI/ML models, as well as the importance of adhering to pertinent regulations.
Problem Identification and Mitigation: Develop the ability to identify and resolve issues such as data drift, correlated features, overfitting, and incorrect inferences in order to guarantee the robustness of AI/ML models.
Frameworks and Explainable AI: Utilize frameworks such as LIME, SHAP, and TCAV to investigate the principles of explainable AI (XAI), with an emphasis on transparency and justifications for a variety of stakeholders.
Regulation and Responsible AI: Comprehend the legal and ethical framework that influences AI/ML models and determine the most effective methods for incorporating responsible practices into the development and deployment of AI.
Level: Beginner
Certification Degree: Yes
Languages the Course is Available: 4
Offered by: On Udemy provided by Vasco Patricio
Duration: 8h 35m
Schedule: Full lifetime access
Pricing for Fundamentals of Responsible AI/ML
Use Cases for Fundamentals of Responsible AI/ML
FAQs for Fundamentals of Responsible AI/ML
Reviews for Fundamentals of Responsible AI/ML
0 / 5
from 0 reviews
Ease of Use
Ease of Customization
Intuitive Interface
Value for Money
Support Team Responsiveness
Alternative Tools for Fundamentals of Responsible AI/ML
The AI tool empowers non-programmers to construct and deploy AI, featuring data transformation, insights generation, identification of critical drivers, and prediction and forecasting functionalities to enhance business decision-making and planning processes.
Marbleflows is a no-code funnel builder powered by AI for entrepreneurs and businesses, offering distinctive features and accessibility for easy funnel construction and lead conversion optimization.
The AI tool provides a comprehensive solution for managing AI vision intelligence, offering sophisticated computer vision systems, complete automation in horticulture robotics, and user administration features for seamless operation and control.
NovaceneAI streamlines the organization of unstructured text data with AI algorithms, offering dedicated cloud hosting, adaptability across sectors, and robust data privacy measures.
Coginiti's AI-Assisted SQL Development boosts SQL development efficiency with instant query assistance and optimization, alongside on-demand learning resources, while facing integration restrictions and an initial learning curve.
Posit offers a comprehensive platform with enterprise solutions, cloud applications, community resources, and deployment solutions to enhance productivity in data science teams.
Accubits provides tailored blockchain and AI solutions, offering expert technology consulting and enterprise solutions, recognized for industry leadership and innovation, catering to a diverse clientele but potentially overwhelming for small-scale enterprises.
The platform offers innovative gamified assessments, AI-audited algorithms, and digital interviewing for unbiased candidate evaluation, enhancing hiring efficiency and reducing bias, while providing deep talent insights and aligning talent development with business objectives.
Abacus.ai offers end-to-end MLOps capabilities and advanced AI methodologies, including neural networks, to provide precise models for enterprise data analysis needs, along with comprehensive monitoring and real-time machine learning features.
Nuclia is a cloud-based platform that creates AI-powered search engines, utilizing sophisticated algorithms for efficient data retrieval and offering features like NLP, automated data enrichment, and custom analytics.
Featured Tools
Understand and apply statistical techniques to quantify prediction uncertainty, analyze probability distributions, and evaluate machine learning model efficacy using interval estimates and margins of error.
The course's topics including the distinction between deep learning, machine learning, and artificial intelligence, the process of developing machine learning models, the difference between supervised and unsupervised learning, and the use of metrics for evaluating classification models.
Obtain proficiency in the extension of the TensorFlow framework, the deployment of models to the Cloud ML Engine, and the repeatable evaluation of predictive models.
The course highlights the curriculum focused on statistics and machine learning, covering descriptive statistics, data clustering, predictive model development, and analysis capability development.
Gain a fundamental understanding of machine learning technologies, data impact, training models on non-programming platforms, and form an informed perspective on its societal implications.