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Deep Credit Risk: Machine Learning with Python
85% of respondents would recommend this to a friend
NIO 3389
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Deep Credit Risk - Machine Learning with Python aims at starters and pros alike to enable you to engineer and select features, predict defaults and build models for credit-correlation, risk analytics and more.
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What Stands Out
Product Details
- Suitable for beginners and experienced professionals
- Covers understanding of key banking features and implications of COVID-19
- Includes innovative sampling techniques and various machine learning models
- Provides over 1,500 lines of Python code for practical implementation
- Addresses building credit portfolio correlation models for VaR and Expected Shortfall
- Aims to enable prediction of defaults, payoffs, loss rates, exposures, and downturn outcomes
| Publisher | Independently published |
| Publication date | June 24, 2020 |
| Language | English |
| Print length | 473 pages |
| ISBN-13 | 979-8617590199 |
| Item Weight | 1.76 pounds (800 grams) |
| Dimensions | 7.5 x 1.07 x 9.25 inches (19.1 x 2.7 x 23.5 cm) |
Who Should Buy?
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Data Scientists
Ideal for data scientists looking to expand their knowledge in machine learning applications within credit risk management.
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Finance Professionals
Helps finance professionals understand and apply machine learning techniques to assess credit risk effectively.
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Students and Researchers
Valuable resource for students and researchers interested in applying machine learning concepts in financial services.
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Beginners
Not suitable for beginners with no prior knowledge of programming or machine learning concepts.
Product Description
Deep Credit Risk: Machine Learning with Python
About This Item
Are you looking for a comprehensive guide to utilizing machine learning in the field of credit risk analysis? Look no further than "Deep Credit Risk: Machine Learning with Python." This paperback, published on June 24, 2020, is a valuable resource for anyone interested in understanding and implementing machine learning algorithms for credit risk assessment in the e-commerce industry. Whether you are a data scientist, an analyst, or a business owner, this book will provide you with the tools you need to optimize your e-commerce operations. With the rise of online transactions, credit risk management has become a crucial aspect of running a successful e-commerce business. By harnessing the power of machine learning, you can enhance your credit risk assessment practices, identify fraud patterns, and make data-driven decisions to optimize your business processes. "Deep Credit Risk: Machine Learning with Python" offers a practical approach to integrating machine learning techniques into your e-commerce analytics toolkit.
The book will guide you through the process of building predictive models for credit risk, detecting and preventing e-commerce fraud, and optimizing various aspects of your e-commerce operations. Using Python, one of the most popular programming languages for data analysis, you will learn how to leverage Python libraries for e-commerce analytics and effectively analyze and visualize your e-commerce data. This will enable you to gain valuable insights into customer behavior, inform your credit risk assessment strategies, and improve your decision-making processes. Whether you are interested in e-commerce inventory management, personalized marketing, pricing optimization, website optimization, or supply chain management, "Deep Credit Risk: Machine Learning with Python" covers a wide range of topics relevant to e-commerce businesses. With practical examples and real-world case studies, this book offers actionable insights that you can implement immediately. Don't risk missing out on this valuable resource.
Order "Deep Credit Risk: Machine Learning with Python" today and discover how you can harness the power of machine learning to enhance your credit risk management strategies and optimize your e-commerce operations. Take your e-commerce business to the next level with the power of data-driven decision-making.
Customer Questions & Answers
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Question:
What topics does 'Deep Credit Risk: Machine Learning with Python' cover?
Answer: This book delves into advanced machine learning techniques specifically applied to credit risk analysis. It explores models such as neural networks, decision trees, and ensemble methods, providing practical applications and case studies using Python. Ideal for data scientists and finance professionals, it bridges theory and practice, helping users develop robust predictive models for credit risk assessments. -
Question:
Who is the target audience for this book?
Answer: The target audience includes data scientists, researchers, finance professionals, and students who are interested in applying machine learning in finance. Whether you are a beginner or have experience in Python, this book provides insights into real-world credit risk challenges. The mix of theory and practical examples makes it suitable for both newcomers and seasoned practitioners seeking to deepen their understanding. -
Question:
Is prior knowledge of machine learning required to understand the book?
Answer: While a background in machine learning is beneficial, 'Deep Credit Risk' is designed to be accessible to readers with varying levels of expertise. The author introduces fundamental concepts and progressively covers more complex topics, allowing beginners to catch up while providing depth for experienced users. Through clear explanations and examples, readers can effectively grasp machine learning principles as applied to credit risk. -
Question:
What programming skills are needed to apply the concepts from the book?
Answer: Readers should have a basic understanding of Python programming, as the book includes code examples and algorithm implementations in Python. Familiarity with libraries such as NumPy, Pandas, and Scikit-learn will enhance the experience. By actively working through the examples, readers can develop their coding skills while learning how to implement machine learning models for credit risk analysis. -
Question:
How does the book address real-world applications of machine learning in finance?
Answer: The book emphasizes practical applications by presenting case studies and real-world scenarios involving credit risk. It illustrates how machine learning techniques can transform traditional risk assessment methods, leading to better decision-making in financial institutions. This focus on applications helps readers understand how to apply theoretical concepts to real challenges in the financial sector, such as predicting defaults and optimizing portfolios. -
Question:
Are there any accompanying resources or tools provided with the book?
Answer: Yes, the author provides code samples and datasets that accompany the book, which are essential for readers to fully grasp the concepts discussed. These resources facilitate hands-on learning and experimentation with machine learning models. By utilizing these tools, readers can effectively practice and implement the techniques in their own projects or work environments. -
Question:
Can the book be helpful for someone in a non-technical finance role?
Answer: Absolutely! 'Deep Credit Risk' is not solely for technical professionals; it is also beneficial for those in non-technical roles who wish to understand how machine learning impacts credit risk assessment. Insights gained from this book can enhance communication with technical teams and inform better decision-making in finance-related discussions, making it a valuable resource for a broader audience. -
Question:
How effective are the machine learning models discussed in the book?
Answer: The effectiveness of the machine learning models in 'Deep Credit Risk' is demonstrated through empirical results and comparisons to traditional methods. The author provides statistics and performance metrics that showcase improvements in predictive accuracy. This quantitative approach helps readers appreciate the added value that machine learning brings to credit risk management and makes compelling cases for adoption in financial practices. -
Question:
What is the significance of credit risk in the financial sector?
Answer: Credit risk is a crucial aspect of the financial sector, affecting lending decisions and overall portfolio management. Understanding credit risk helps financial institutions mitigate potential losses and make informed decisions. 'Deep Credit Risk' equips readers with machine learning techniques that enhance credit risk assessment, enabling better risk management strategies. This understanding is vital for maintaining the stability of financial institutions and the broader economy. -
Question:
Where can I buy 'Deep Credit Risk: Machine Learning with Python'?
Answer: You can buy 'Deep Credit Risk: Machine Learning with Python' on Ubuy. Ubuy provides convenient access to this title, ensuring you can get your copy delivered directly to your address. With a variety of editions available, Ubuy is known for its user-friendly platform and excellent customer service, making it a solid choice for your purchase.
Banks & Banking Editorial Review
Deep Credit Risk: Machine Learning with Python is an insightful publication independently released in June 2020, providing readers with a comprehensive overview of utilizing machine learning techniques in the field of credit risk management. With a substantial print length of 473 pages, this book delves into various methodologies and practices essential for analyzing credit risk data effectively. The thorough content is ideal for both practitioners and researchers looking to enhance their understanding of predictive modeling in finance. Additionally, the book's thoughtful organization makes it accessible to readers with varying levels of expertise in Python and machine learning, ensuring that valuable insights can be gained regardless of one's background.
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Pros
- Thorough exploration of machine learning in finance
- Suitable for both beginners and experts
- Well-structured chapters for easy understanding
- Comprehensive coverage of credit risk analysis
- Enhanced insights into predictive modeling
Cons
- Some readers may find it lengthy for quick reference
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NIO 3389
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Features & Benefits
- Use Python to predict defaults, payoffs, loss rates and exposures
- Learn how to apply innovative sampling techniques for model training and validation
- Understand the implications of COVID-19 on the credit industry
- Build credit portfolio correlation models for VaR and Expected Shortfall
- Do unsupervised Clustering, Principal Components and Bayesian Techniques
- Run over 1,500 lines of pandas, statsmodels and scikit-learn Python code
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