Core War
A classic adversarial programming game popularized in 1984 by A.K. Dewdney through Scientific American. Players write programs in the Redcode assembly language that compete within a virtual circular memory environment called MARS, with the objective of causing opposing programs to terminate. It serves as a classic experimental platform for studying emergent behavior and evolutionary algorithms.
Timeline (last 90 days)
Core War is a programming game in which players write programs in an assembly language called Redcode and pit them against each other in a shared virtual memory, with the winner being the one whose program causes the opponent's program to crash.
Researcher Akarsh Kumar conducted an experiment in which an LLM was used to evolve a population of competing small assembly programs to explore whether an open-ended evolutionary arms race could be induced.
Core War was popularized by A.K. Dewdney in 1984 through his Scientific American column.
Core War developed a standardized virtual machine specification called MARS (Memory Array Redcode Simulator), whose virtual memory is typically a circular address space of 8,000 memory cells.
The classic offensive strategy in Core War, the 'bomber,' uses a loop to write DAT instructions throughout memory, while the defensive strategy 'imp' is a minimalist program consisting of a single instruction that continuously self-replicates and jumps forward.
All Facts (5)
Core War is a programming game in which players write programs in an assembly language called Redcode and pit them against each other in a shared virtual memory, with the winner being the one whose program causes the opponent's program to crash.
50%UnverifiedCore War was popularized by A.K. Dewdney in 1984 through his Scientific American column.
50%UnverifiedCore War developed a standardized virtual machine specification called MARS (Memory Array Redcode Simulator), whose virtual memory is typically a circular address space of 8,000 memory cells.
50%UnverifiedThe classic offensive strategy in Core War, the 'bomber,' uses a loop to write DAT instructions throughout memory, while the defensive strategy 'imp' is a minimalist program consisting of a single instruction that continuously self-replicates and jumps forward.
50%UnverifiedResearcher Akarsh Kumar conducted an experiment in which an LLM was used to evolve a population of competing small assembly programs to explore whether an open-ended evolutionary arms race could be induced.
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