Trustworthy LLMs
Principles and Challenges
- 1st Edition - March 1, 2027
- Latest edition
- Editor: Mohit Kumar
- Language: English
Despite numerous advantages, LLMs have trust, transparency, accountability, and reliability issues due to development with "black-box" approaches, which make it difficult to unders… Read more
Description
Description
Key features
Key features
- Provides a well-organized framework to understand how Large Language Models work, and how they are evolving
- Offers a structured mapping of LLM methodologies, including transformers, attention mechanism, and transfer learning
- Presents the latest technical frameworks combined with real-world examples and case studies such as ChatGPT, TrustGPT, GPT-4, and OPT-1.3B
- Provides a comprehensive reference on trustworthy LLMs, along with the challenges and future research frontiers for their development
Readership
Readership
Table of contents
Table of contents
Section 1: Background: The journey of LLMs
1. Evolution of AI
1.1 History of artificial intelligence till neural networks
1.2 ANN to Asynchronous RNN
1.3 Asynchronous RNN to Encoder-Decoder
1.4 Elite combination of Transformers, Attention Mechanism and Transfer learning
2. Introduction to LLM
2.1 Brief of Language Model
2.2 Large Language Models
2.3 Key Characteristics and capabilities of LLM
2.4 Applications of LLM
3. Transformers: Detailed sequence of steps
3.1 Introduction to transformers
3.2 Architecture of transformers
3.3 Tokenization
3.4 Vector and Positional embedding
3.5 Attention mechanism and Feed Forward mechanism
4. ChatGPT: The Prominent application of LLM
4.1 Introduction to ChatGPT
4.2 Generative Pre-Training Phase
4.3 Supervised Fine-tuning Phase
4.4 Reinforcement Learning through Human Feedback Phase
5. The synergy between Deep Learning and LLM
5.1 Basics of Deep Learning
5.2 Exploitation of deep Learning in LLM
5.3 Real life example
Section 2: The Trust Landscape and Building Trustworthy LLMs
6. Explainable AI
6.1 Introduction to Explainable AI
6.2 Components of Explainable AI
6.3 Trustworthiness from Explainable AI
7. Foundation of Trustworthy LLM
7.1 Introduction to Trustworthy LLM
7.2 Components of Trustworthy LLM
7.3 Application areas
8. The trust Imperative: Why trust matters in AI
8.1 Safety and Reliability
8.2 Ethical Considerations
8.3 Transparency and Explainability
9. Current State of LLM Trust: Gap and challenges
9.1 Lack of Transparency and Explainability
9.2 Potential for Bias and Discrimination
9.3 Concerns Regarding Accuracy and Reliability
9.4 Regulatory and Governance Challenges
10. Dimensions of Trustworthy LLM
10.1 Multifaceted issues of LLM Trust
10.2 Trustfulness, Safety and Fairness
10.3 Machine Ethics, Explainability, and Reasoning
11. A Benchmark for Trustworthy LLM: TrustGPT
11.1 Toxicity of LLMs
11.2 Design of TrustGPT
11.3 Metrics: Toxicity, Bias, Value Alignment
Section 3: Exemplary testing for Dimensions of Trustworthiness
12. Case Study: GPT-4
12.1 Evolution of GPT-4
12.2 Testing for Trustworthiness
13. Case Study: OPT-1.3B
13.1 Evolution of OPT-1.3B
13.2 Testing for Trustworthiness
Section 4: The Future of Trustworthy LLMs
14. Key Challenges in Trustworthy LLM
14.1 Language Bias
14.2 Prompt Sensitivity
14.3 Instruction Following
15. A Vision for a Trustworthy AI Future
15.1 Technical Advancements
15.2 Ethical Guidelines and Regulations
15.3 Education and Awareness
15.4 Collaboration and Partnerships
Product details
Product details
- Edition: 1
- Latest edition
- Published: March 1, 2027
- Language: English
About the editor
About the editor
MK
Mohit Kumar
Mohit Kumar, PhD is Assistant Professor in the Department of Information Technology at Dr. B R Ambedkar National Institute of Technology, Jalandhar, India. He received his Ph.D. degree from Indian Institute of Technology Roorkee in the field of Artificial Intelligence and Cloud Computing, 2018, and M. Tech degree in Computer Science and Engineering from ABV-Indian Institute of Information Technology Gwalior, India in 2013. He has received his B. Tech degree in Computer Science and Engineering from MJP Rohilkhand University Bareilly, 2009. His research topics cover the areas of Cloud computing, Fog/ Edge Computing, Internet of Things, federated learning, Blockchain, and Artificial Intelligence. Dr Mohit received best faculty award in NIT Jalandhar for academic session 2022-2023. He has published more than 100 research articles in reputed journals, IEEE Transactions and international conferences. He has been Session chair and keynotes Speaker of many International conferences, webinars, FDP, STC in India. He has guided six M. Tech Thesis and guiding 6 Ph.D. Scholars. He has been listed in the prestigious Top 2% of Scientists in the world (2023, 2024) announced by Elsevier and Stanford University, United States. He is editorial board member of several reputed journals such as scientific report (SCIE), discover computing (SCIE) and Discover Artificial Intelligence (Scopus indexed). He is an active reviewer of several reputed journals and international conferences. He is a member of the IEEE.