Vector of Parameters: This is a set of variables or conditions that characterize the system or scenario. They can be input conditions, system states, or any other relevant metrics that describe the system.
Objective Function: This is a mathematical function that quantifies how far the current system's performance is from the desired performance. The goal is usually to minimize or maximize this function.
Constraints: These are the bounds or limitations within which the system operates. In engineering problems, constraints can arise from physical limitations, safety requirements, budgetary restrictions, etc. The solution must satisfy these constraints.
Mathematical Treatment of the Axioms of Physics
Rigorous Foundation of Schubert's Enumerative Calculus
Topology of Algebraic Curves and Surfaces
Analysis of Solutions of Variational Problems
Birch and Swinnerton-Dyer Conjecture
Hodge Conjecture
Navier–Stokes Existence and Smoothness
P vs NP Problem
Riemann Hypothesis
Yang–Mills Existence and Mass Gap
No Definitive Formulation
No Stopping Rule
Solutions Are Not True-or-False
No Immediate and No Ultimate Test
Every Solution is a 'One-Shot Operation'
No Enumerable (or Exhaustively Describable) Set of Potential Solutions
Every Wicked Problem is Essentially Unique
Every Wicked Problem Can Be Considered to Be a Symptom of Another Problem
The Existence of a Discrepancy Representing a Wicked Problem Can Be Explained in Numerous Ways
The Planner Has No Right to Be Wrong
Radioactive waste disposal
Liberation from fossil fuel dependency
Language extinction
Weltverständlichmachung
Unf*cking the Wohnungsmarkt
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The Clock Reform