Євген Моспан, CTO EPAM Ukraine
5 березня 2024
Сучасний інструментарій фахівця у сфері штучного інтелекту: перспективи та можливості
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Напрями:�Technology Consulting�Architecture�R&D
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Євген Моспан
CTO EPAM Ukraine
Проєкти:
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Монобанк консалтинг�50+ інших проєктів
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Чи це притаманне тільки «IT»?
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Штучний інтелект і хайп навколо нього
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ШІ може бути корисним
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RAG (retrieval augmented generation)
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LLM agents
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The architecture depicted in the image is an abstract representation of an intelligent agent system. It outlines the components and workflow that an artificial intelligence (AI) or an autonomous system might use to process and respond to user requests. Here's a breakdown of what each component represents in such a system:
1. User Request: This is where the system receives input from the user, which can be a command, a question, or data that the user wants the system to process.
2. Agent: The agent is the core of the system that processes the user's request. It is likely an AI model or a software agent that uses algorithms to interpret and act on the input. The brain icon suggests that this process involves intelligence or complex computation.
3. Tools: These are the utilities or applications the agent can use to perform specific tasks. Tools can be anything from data processing software to communication modules or any other resource the agent needs to complete its tasks.
4. Memory: This represents the system's database or memory storage where information is kept. The agent may store past interactions, learned data, or any other information that can be used to improve the response to the current or future user requests.
5. Planning: This component indicates that the system has a way to plan out actions or responses. It may involve scheduling tasks, allocating resources, or developing strategies to achieve the goals set by the user requests.
The architecture suggests a dynamic and iterative process where the agent may repeatedly interact with its tools, memory, and planning components to refine its response to the user request. This kind of system is common in complex software architectures, like those found in AI, robotics, smart systems, or other automated services that require adaptive and intelligent behavior.
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LLM Fine tuning
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Популярні LLM
LLM | Developer | # of parameters | Access |
OpenAI | 175 billion+ | API | |
Nano: 1.8 & 3.25 billion; others unknown | API | ||
340 billion | API | ||
Meta | 7, 13, and 70 billion | Open source | |
LMSYS Org | 7, 13, and 33 billion | Open source | |
Anthropic | Unknown | API | |
Stability AI | 7, 13, and 70 billion | Open source | |
Stability AI | 7, 13, and 70 billion | Open source | |
Cohere | Unknown | API | |
Technology Innovation Institute | 1.3, 7.5, 40, and 180 billion | Open source | |
Mosaic | 7 and 30 billion | Open source | |
Mistral AI | 46.7 billion | Open source | |
Salesforce | 7 billion | Open source |
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Рейтинг
https://huggingface.co/spaces/HuggingFaceH4/open_llm_leaderboard
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Популярні framework
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Як ШІ може вплинути на SDLC?
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Як зараз ми робимо software?
«комп’ютерщикі»
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Як це могло би бути з ШІ?
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Так що ж повинен знати сучасний інженер?
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Що читати і за чим слідкувати?
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Розіграш
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