Programming Paradigms in Context

Compare imperative and declarative paradigms, tracing their historical origins in von Neumann architecture versus lambda calculus.

Contrast approaches to the Expression Problem in object-oriented versus functional languages, synthesizing prior concepts on data modeling and polymorphism.

Analyze the influence of logic programming (Prolog) on modern language features like pattern matching and unification-based type inference.

Evaluate paradigm choices for data transformation, comparing the functional pipeline model (e.g., Haskell) with imperative/OO approaches (e.g., loops and iterators in Python/Java).

Evaluate paradigm choices for concurrency, contrasting functional approaches (e.g., actors in Erlang, immutability in Clojure) with traditional imperative models (e.g., threads and locks).

Analyze how Rust integrates functional, imperative, and systems programming concepts through its ownership model, trait-based polymorphism, and sum types.