The phrase "active logic" is correct and usable in written English.
It can be used in contexts related to reasoning, decision-making, or cognitive processes that involve dynamic or real-time analysis.
Example: "In our discussion on artificial intelligence, we explored the concept of active logic and how it enables machines to adapt their reasoning based on new information."
Alternatives: "dynamic reasoning" or "real-time logic".
The current paper details a semantics for a general version of the underlying logical formalism, active logic.
For some time we have been developing, and have had significant practical success with, a time-sensitive, contradiction-tolerant logical reasoning engine called the active logic machine (ALMA).
Using these ideas, we introduce a new definition of logical consequence in the context of active logic, as well as a new definition of soundness such that, when reasoning with consistent premises, all classically sound rules remain sound in our new sense.
However, not everything that is classically sound remains sound in our sense, for by classical definitions, all rules with contradictory premises are vacuously sound, whereas in active logic not everything follows from a contradiction.
Central to active logic are special rules controlling the inheritance of beliefs in general (and of beliefs about the current time in particular), very tight controls on what can be derived from direct contradictions (P&¬P), and mechanisms allowing an agent to represent and reason about its own beliefs and past reasoning.
Active control via fuzzy logic is assessed as means to suppress the elastic transverse bending vibration of a flexible rod of a slider crank mechanism.
The work described here for that core combines the advantages of a situation and context aware multivalent computational logic for active self-organizing networks, Wandering Logic Intelligence (WLI), and a multi-scale dynamic category theory, Memory Evolutive Systems MESS), hence WLIMES.
This idea of a logical theory of relations among regions or the objects that occupy them, which does not depend on construing regions as sets of points, remained an active area of philosophical logic, even though it attracted relatively few researchers.
Simulation results using 90 nm and 45 nm CMOS technologies are provided and iscussed, respectively, which illustrate power saving as compared to conventional design not only when the input logic is active but also when the input logic is held to zero.
Despite the widespread awareness of the importance of cancer prevention, the logic of active preventive evolutionary medicine has received less attention compared with curative strategies.
