New scientific fields created by Sourceduty.
A flexible framework for iterative variable weighting, balancing trade-offs, and adaptive decision-making.
A next-generation deep learning architecture that integrates Optimation principles to enhance adaptability, efficiency, and intelligence in AI processing.
A mathematical framework that models complex oscillatory behavior by combining multiple oscillators in a structured manner.
A controlled virtual environment where multiple reactions produce outputs.
Combining multiple simple nodes into a single, more complex unit with enhanced capabilities.
Critical resources for collaborative Sourceduty tasks.
A new mathematical framework in digital logic circuits that allows data values to change state based on an input signal.
A new mathematical framework that represents the output of a system after applying a specific set of inputs and parameters beforehand.
Private nerdy spaces.
Law, security and policing.
Custom GPT chatbots and business.
Electricity, circuits, electronics and equipment.
Image files, formats and tools.
Games and concepts developed by Sourceduty.
Computational science, theory and tools.
A new mathematical framework for dynamically adjusting the behavior of a system based on real-time inputs.
An innovative approach designed to ensure human oversight in AI-driven decision-making.
Self-Excited Stator (SES) technology.
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