US20240370209
2024-11-07
Physics
G06F3/0664
The patent application discusses a method for creating dynamic interfaces using generative artificial intelligence (AI). This involves receiving natural language input through an interface connected to a storage system and processing it using a generative AI model. The AI model then provides user interface elements based on the input, enabling more intuitive interaction with storage systems.
Storage systems, such as those used in enterprises, serve as centralized or decentralized data repositories. These systems facilitate data management, protection, and sharing through connections with various computer systems. The invention aims to enhance user interaction with such storage systems by leveraging generative AI to create adaptable interfaces based on user input.
The application includes numerous diagrams illustrating various aspects of storage systems and methods for implementing dynamic interfaces. These range from basic system configurations to detailed flowcharts depicting the processes involved in generating interfaces using AI models. The illustrations provide a comprehensive view of how the technology integrates with existing storage infrastructures.
Examples of methods and apparatus for implementing dynamic interfaces are described in detail. These include configurations of computing devices connected to storage arrays via networks such as SANs and LANs. The description covers various data communications protocols and hardware configurations, emphasizing the flexibility and scalability of the proposed system in different environments.
The document outlines specific technical implementations, such as using storage array controllers and NVRAM devices for efficient data handling. Controllers manage tasks like data writing, retrieval, and redundancy operations, while NVRAM devices serve as fast-access buffers to improve write latency. These technical elements are crucial for optimizing the performance and reliability of the proposed dynamic interface system.