“Vectors” than definitions.

This image visualizes the core philosophy that “In the AI era, vector-based thinking is needed rather than simplified definitions.”

Paradigm Shift in the Upper Flow:

  • Definitions: Traditional linear and fixed textual definitions
  • Vector: Transformation into multidimensional and flexible vector space
  • Context: Structure where clustering and contextual relationships emerge through vectorization

Modern Approach in the Lower Flow:

  1. Big Data: Complex and diverse forms of data
  2. Machine Learning: Processing through pattern recognition and learning
  3. Classification: Sophisticated vector-based classification
  4. Clustered: Clustering based on semantic similarity
  5. Labeling: Dynamic labeling considering context

Core Insight: In the AI era, we must move beyond simplistic definitional thinking like “an apple is a red fruit” and understand an apple as a multidimensional vector encompassing color, taste, texture, nutritional content, cultural meaning, and more. This vector-based thinking enables richer contextual understanding and flexible reasoning, allowing us to solve complex real-world problems more effectively.

Beyond simple classification or definition, this presents a new cognitive paradigm that emphasizes relationships and context. The image advocates for a fundamental shift from rigid categorical thinking to a nuanced, multidimensional understanding that better reflects how modern AI systems process and interpret information.

With Claude

Mech control & data system HA concepts

From DALL-E with some prompting
This diagram illustrates the High Availability (HA) configuration of a system designed to collect and utilize data for controlling equipment. Notably, the ‘Transactions Rates’ and ‘Machine Perf’ data collected from the equipment are not high-resolution, real-time streams but rather have a lower resolution on a per-second basis. This characteristic indicates that the depicted HA concept can adequately handle the data processing requirements of the equipment. The system offers load balancing and high availability through ‘Clustering’ and ensures uninterrupted service by automatically switching to a backup system via ‘Failover Logic’ in case of any failure. ‘Req/Res’ handles the request and response processes, ‘Data From Active’ indicates data collected from the active system, and ‘Active Only Noti’ manages notifications that occur only in the active state. Thus, the system is capable of operating continuously and reliably within the constraints of the equipment’s data processing level.