The size of deep learning models is getting bigger and bigger, and the model operating environment is limited by a narrow infrastructure.
What should be considered in order to make a deep learning model a service?
After the deep learning model is created, it is a presentation on what direction we should operate and maintain.
The size of deep learning models is getting bigger and bigger, and the model operating environment is limited by a narrow infrastructure.
What should be considered in order to make a deep learning model a service?
After the deep learning model is created, it is a presentation on what direction we should operate and maintain.
AI_introduction and requirements(2024.05.12).pdfLee Chanwoo
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AI_introduction and requirements, Considerations for introducing artificial intelligence, understanding machine learning, artificial intelligence security, considerations for introducing ChatGPT, future of generative AI
ChatGPT is a natural language processing technology developed by OpenAI. This model is based on the GPT-3 architecture and can be applied to various language tasks by training on large-scale datasets. When applied to a search engine, ChatGPT enables the implementation of an AI-based conversational system that understands user questions or queries and provides relevant information.
ChatGPT takes user questions as input and generates appropriate responses based on them. Since this model considers the context of previous conversations, it can provide more natural dialogue. Moreover, ChatGPT has been trained on diverse information from the internet, allowing it to provide practical and accurate answers to user questions.
When applying ChatGPT to a search engine, the system searches for relevant information based on the user's search query and uses ChatGPT to generate answers to present along with the search results. To do this, the search engine provides an interface that connects with ChatGPT, allowing the user's questions to be passed to the model and the answers generated by the model to be presented alongside the search results.
Exploring Deep Learning Acceleration Technology Embedded in LLMsTae Young Lee
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Lab's research presentation
I am a doctoral student at Seoul National University of Science and Technology and am currently the head of the Applying LLMs to Various Industry (AL2VI) Lab.
A future that integrates LLMs and LAMs (Symposium)Tae Young Lee
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Presentation material from the IT graduate school joint event
- Korea University Graduate School of Computer Information and Communication
- Sogang University Graduate School of Information and Communication
- Sungkyunkwan University Graduate School of Information and Communication
- Yonsei University Graduate School of Engineering
- Hanyang University Graduate School of Artificial Intelligence Convergence
Course Overview:
This course offers a comprehensive exploration of recommender systems, focusing on both theoretical foundations and practical applications. Through a combination of lectures, hands-on exercises, and real-world case studies, you will gain a deep understanding of the key principles, methodologies, and evaluation techniques that drive effective recommendation algorithms.
Course Objectives:
Acquire a solid understanding of recommender systems, including their significance and impact in various domains.
Explore different types of recommendation algorithms, such as collaborative filtering, content-based filtering, and hybrid approaches.
Study cutting-edge techniques, including deep learning, matrix factorization, and graph-based methods, for enhanced recommendation accuracy.
Gain hands-on experience with popular recommendation frameworks and libraries, and learn how to implement and evaluate recommendation models.
Investigate advanced topics in recommender systems, such as fairness, diversity, and explainability, and their ethical implications.
Analyze and discuss real-world case studies and research papers to gain insights into the challenges and future directions of recommender systems.
Course Structure:
Introduction to Recommender Systems
Collaborative Filtering Techniques
Content-Based Filtering and Hybrid Approaches
Matrix Factorization Methods
Deep Learning for Recommender Systems
Graph-Based Recommendation Approaches
Evaluation Metrics and Experimental Design
Ethical Considerations in Recommender Systems
Fairness, Diversity, and Explainability in Recommendations
Case Studies and Research Trends
Course Delivery:
The course will be delivered through a combination of lectures, interactive discussions, hands-on coding exercises, and group projects. You will have access to state-of-the-art resources, including relevant research papers, datasets, and software tools, to enhance your learning experience.
Points to be aware of when setting up the GPU and points to be aware of when verifying performance are summarized based on the reference link (https://hiwony.tistory.com/3).
Deep Learning Through Various ProcessesTae Young Lee
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2019 AICON Seminar
This paper examines the effectiveness of applying deep learning through a variety of process (eg, medical and manufacturing steel mills, semiconductor processes, general chatbots, and financial industries) data.
The most important thing in deep learning is the legacy architecture of the system to be applied, and in the manufacturing industry, understanding the process is the most important.
This is because deep learning models applied to processes that improve efficiency and that can be directly linked to productivity gains can generate enormous cost savings. I don't know much about the steel industry I used to, but I compare the processes of the semiconductor industry and consider where deep learning algorithms might be applied.
In addition, in the medical industry, security is important above all, and Federated Learning should be used, and in the case of chatbots, an overall overview of the importance of architectural design according to the Intent Scope and the transfer learning will come out.