CORRECTNESS IN ALGORITHMS: APPLYING COMPUTATIONAL PRECISION TO AYURVEDIC FRAMEWORKS

Correctness in algorithms is the foundation of computational reliability, ensuring that the steps of an algorithm consistently lead to the desired outcome. In healthcare, correctness is vital, as diagnostic or therapeutic algorithms directly influence patient outcomes. Ayurveda, with its systematic diagnostic and therapeutic protocols, naturally reflects algorithmic reasoning. By examining correctness in the context of both computer science and Ayurveda, this article establishes how the classical framework of Ayurveda can be modeled into robust, verifiable, and precise algorithms.