Machine Learning for Finance: Beginner’s guide to explore machine learning in banking and finance
- Length: 240 pages
- Edition: 1
- Language: English
- Publisher: BPB Publications
- Publication Date: 2020-11-26
- ISBN-10: 9389328624
- ISBN-13: 9789389328622
- Sales Rank: #4682999 (See Top 100 Books)
Understand the essentials of Machine Learning and its impact in financial sector
Key Features
- Explore the spectrum of machine learning and its usage.
- Understand the NLP and Computer Vision and their use cases.
- Understand the Neural Network, CNN, RNN and their applications.
- Understand the Reinforcement Learning and their applications.
Description
The fields of machining adapting, profound learning, and computerized reasoning are quickly extending and are probably going to keep on doing as such for a long time to come. There are many main impetuses for this, as quickly caught in this review. Now and again, the advancement has been emotional, opening new ways to deal with long-standing innovation challenges, for example, progresses in PC vision and picture investigation.The book demonstrates how to solve some of the most common issues in the financial industry. The book addresses real-life problems faced by practitioners on a daily basis. The book explains how machine learning works on structured data, text, and images. You will cover the exploration of Naïve Bayes, Normal Distribution, Clustering with Gaussian process, advanced neural network, sequence modeling, and reinforcement learning. Later chapters will discuss machine learning use cases in the finance sector and the implications of deep learning. The book ends with traditional machine learning algorithms.
What will you learn
- You will grasp the most relevant techniques of Machine Learning for everyday use.
- You will be confident in building and implementing ML algorithms.
- Familiarize the adoption of Machine Learning for your business need.
- Discover more advanced concepts applied in banking and other sectors today.
Who this book is for
Data Scientist, Machine Learning Engineers and Individuals who want to adopt machine learning in the financial domain. Practitioners are working in banks, asset management, hedge funds or working the first time in the finance domain. Individuals who want to learn about applications of machine learning in finance or individuals entering the fintech domain.
Table of Contents
1.Introduction
2.Naive Bayes, Normal Distribution and Automatic Clustering Processes
3.Machine Learning for Data Structuring
4.Parsing Data Using NLP
5.Computer Vision
6.Neural Network, GBM and Gradient Descent
7.Sequence Modeling
8.Reinforcement Learning For Financial Markets
9.Finance Use Cases
10.Impact of Machine Learning on Fintech
11.Machine Learning in Finance
12.eKYC and Anti-Fraud Policy
13.Uses of Data Mining and Data Visualization
14.Advantages and Disadvantages of Machine Learning
15.Applications of Machine Learning in Other Industries
16.Ethical considerations in Artificial Intelligence
17.Artificial Intelligence in Banking
18.Common Machine Learning Algorithms
19.Frequently Asked Questions
About the Author
Saurav Singla —Saurav is a high performing Senior Data Scientist with 15 years of deep expertise in the application of analytics, business intelligence, machine learning, and statistics in multiple industries and 3 years of consulting experience and 5 years of managing a team in the data science field. He is a creative problem solver with a unique mix of technical, business, and research proficiency that lends itself to developing key strategies and solutions with a significant impact on revenue and ROI. He has working experience in machine learning, statistics, natural language processing, and deep learning with extensive use of Python, R, SQL & Tableau.
LinkedIn Profile: https://www.linkedin.com/in/saurav-singla-5b412320/
Cover Page Title Page Copyright Page Dedication Page About the Author About the Reviewer Acknowledgement Preface Errata Table of Contents 1. Introduction Introduction Structure Objective How machines are taught Factors contributing to the success of machine learning Machine learning and artificial intelligence Machine learning and deep learning Machine learning and statistics Machine learning and data mining What’s the difference? Machine learning in finance Importance of machine learning in finance Robo-warning How to utilize machine learning in finance Utilize outsider machine learning arrangements Development and combination How is machine learning used today Financial services Conclusion 2. Naive Bayes, Normal Distribution, and Automatic Clustering Introduction Structure Objective Naive Bayes Bayesian classification Strengths, weaknesses, and parameters of the Naive Bayes algorithm Applications of the Naive Bayes algorithm Recommendation systems Normal distribution Automatic cluster detection in data mining Searching for simplicity islands Light of the moon, bright star Gaussian model Application of machine learning in cybersecurity Spam detection Phishing page detection Malware detection DoS and DDoS attack detection Anomaly detection Conclusion 3. Machine Learning for Data Structuring Introduction Structure Objective Data structuring The future of big data Structured and unstructured data Conclusion 4. Parsing Data Using NLP Introduction Structure Objective Uses of NLP Key advantages of NLP Data handling in NLP NLP applications Talent recruitment Voice assistants Health care Survey analysis Grammar checkers Email filtering Social media monitoring Online search autocomplete and autocorrect Conclusion 5. Computer Vision Introduction Structure Objective Computer vision application Neural networks in computer vision Activation function Data preprocessing Weight initialization Introduction to CNN Convolutional layers Pooling layers Fully connected layers Overview of computer vision Image recognition Biometric recognition Software vulnerabilities Conclusion 6. Neural Network, GBM, and Gradient Descent Introduction Structure Objective Working of neural networks Types of neural networks in AI Feed-forward neural networks Recurrent neural networks Convolutional neural networks (CNNs) Modular neural networks Benefits of using artificial neural networks Gradient boosting algorithms GBM Light GBM XGBoost CatBoost Gradient descent Conclusion 7. Sequence Modeling Introduction Structure Objective Word embedding Feed-forward neural network algorithm Convolutional neural network algorithm Recurrent neural networks (RNN) algorithm Conditional random field (CRF) algorithm Modeling procedure Feature engineering and selecting a model Training the model Validating the model Predicting new observations Conclusion 8. Reinforcement Learning for Financial Markets Introduction Structure Objective Problem types in machine learning Identifying key predictors (data reduction) Learning from experience (reinforcement learning) Fundamentals of reinforcement learning Agent Algorithms for control learning Applications of reinforcement learning Reinforcement learning algorithms Types of reinforcement learning Applications of reinforcement learning in real life Conclusion 9. Finance Use Cases Introduction Structure Objective Technology and finance Automation You might not hear the robots coming FinTech: Robocalypse comes to finance The impact of FinTech Guidelines to live by Innovative technologies AI/robotics including chatbot Cognitive computing Blockchain in the banking industry What is Blockchain? First blockchain user in the world: Australian Securities Exchange Internet of things (IoT) in banking Bank of America: Big data projects Voice biometrics Digital bank AI as a strategy at the top level Cost of investing in AI Crucial leadership involvement Inorganic growth Development status of different AI technologies Risk management Fraud detection and prevention Improving the truth of financial rules and designs Trading AI in banking Conclusion 10. Impact of Machine Learning on FinTech Introduction Structure Objective Overview of FinTech companies Impact of technology Challenges Conclusion 11. Machine Learning in Finance Introduction Structure Objective Machine learning use cases in banking Security Guaranteeing and credit scoring Algorithmic exchanging Robo-advisors Utilize outsider machine learning arrangements Applications of machine learning Current financial applications Portfolio management Algorithm trading Detecting fraud Insurance or credit insurance Machine learning and cryptocurrencies Day trading with machine learning Conclusion 12. eKYC and Anti-Fraud Policy Introduction Structure Objective Big data analytics: True Buzzword of today How criminals obtain information for online banking Common ways in which information can be stolen Retail stores or restaurants Online portals Hacked mail accounts ATMs Pickpockets and thieves Employee records Fake calls Social media Security measures Some tips on card security Security tips for Internet banking Conclusion 13. Uses of Data Mining and Data Visualization Introduction Structure Objective Data visualization Data mining Future health care Education Customer relationship management Criminal investigation Fraud detection Customer segmentation Intrusion detection Lie detection Conclusion 14. Advantages and Disadvantages of Machine Learning Introduction Structure Objective Advantages Identifies patterns Improves efficiency Completes specific tasks Helps machines adapt to the changing environment Helps machines handle large data sets Disadvantages Concepts involved in machine learning Statistics Brain modeling Adaptive control theory Psychological modeling AI Evolutionary models Conclusion 15. Applications of Machine Learning in Other Industries Introduction Structure Objective General applications of machine learning Conclusion 16. Ethical Considerations in Artificial Intelligence Introduction Structure Objective Loss of jobs Inequality Humanity Disinformation Artificial intelligence and crime Racist robots Artificial intelligence vs. humans Conclusion 17. Artificial Intelligence in Banking Introduction Structure Objective Fraud detection Cost cutting Customer service Risk management Internet banking Conclusion 18. Common Machine Learning Algorithms Introduction Structure Objective Regression Linear regression Logistic regression k-means clustering Three steps of the k-means algorithm What does k mean? Distance and similarity KNN algorithm How does KNN work? Preparing your training data for KNN Final remarks Principal component analysis (PCA) algorithm Polynomial fitting and least squares algorithm Forced linear regression algorithm Support vector machine (SVM) algorithm Conditional random fields (CRFs) algorithm Decision tree algorithm Conclusion 19. Frequently Asked Questions Conclusion Approaching a machine learning problem Humans in the loop Testing production systems Next step Machine learning packages Where do we go from here? Index
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