This section focuses on the behavior of logic circuits without memory.
: Specialized threshold logic designed for emerging tech beyond standard silicon. 3. Finite-State Machines (Sequential Circuits)
: Application of Boolean algebra to describe logic gate behavior.
: Introduces sets, relations, and lattices as the formal basis for describing logical structures. 2. Combinational Logic & Switching Theory
: Techniques to reduce the number of states in a machine to improve efficiency.
: Methods to simplify complex logic circuits, including Karnaugh maps and the Quine-McCluskey algorithm.
The core of the text explores machines that rely on both current inputs and past states.