We give small universal Turing machines with state-symbol pairs of (6,2), (3,3) and (2,4). These machines are weakly universal, which means that they have an infinitely repeated word to the left of their input and another to the right. They simulate Rule 110 and are currently the smallest known weakly universal Turing machines. Despite their small size these machines are efficient polynomial time simulators of Turing machines
We present deterministic polynomial time universal Turing machines (UTMs) with state-symbol pairs of...
Key words: small universal Turing machine, polynomial time, universality. Abstract. We present a num...
AbstractWe present deterministic polynomial time universal Turing machines (UTMs) with state-symbol ...
We give small universal Turing machines with state-symbol pairs of (6,2), (3,3) and (2,4). These mac...
We present three small universal Turing machines that have 3 states and 7 symbols, 4 states and 5 sy...
We present three small universal Turing machines that have 3 states and 7 symbols, 4 states and 5 sy...
Abstract. We present two small universal Turing machines that have 3 states and 7 symbols, and 4 sta...
We present deterministic polynomial time universal Turing machines (UTMs) with state-symbol pairs of...
We present deterministic polynomial time universal Turing machines (UTMs) with state-symbol pairs of...
We present deterministic polynomial time universal Turing machines (UTMs) with state-symbol pairs of...
We present three small universal Turing machines that have 3 states and 7 symbols, 4 states and 5 sy...
AbstractWe present deterministic polynomial time universal Turing machines (UTMs) with state-symbol ...
We present universal Turing machines with state-symbol pairs of (5, 5), (6, 4), (9, 3) and (15, 2). ...
We present universal Turing machines with state-symbol pairs of (5, 5), (6, 4), (9, 3) and (15, 2). ...
We present universal Turing machines with state-symbol pairs of (5, 5), (6, 4), (9, 3) and (15, 2). ...
We present deterministic polynomial time universal Turing machines (UTMs) with state-symbol pairs of...
Key words: small universal Turing machine, polynomial time, universality. Abstract. We present a num...
AbstractWe present deterministic polynomial time universal Turing machines (UTMs) with state-symbol ...
We give small universal Turing machines with state-symbol pairs of (6,2), (3,3) and (2,4). These mac...
We present three small universal Turing machines that have 3 states and 7 symbols, 4 states and 5 sy...
We present three small universal Turing machines that have 3 states and 7 symbols, 4 states and 5 sy...
Abstract. We present two small universal Turing machines that have 3 states and 7 symbols, and 4 sta...
We present deterministic polynomial time universal Turing machines (UTMs) with state-symbol pairs of...
We present deterministic polynomial time universal Turing machines (UTMs) with state-symbol pairs of...
We present deterministic polynomial time universal Turing machines (UTMs) with state-symbol pairs of...
We present three small universal Turing machines that have 3 states and 7 symbols, 4 states and 5 sy...
AbstractWe present deterministic polynomial time universal Turing machines (UTMs) with state-symbol ...
We present universal Turing machines with state-symbol pairs of (5, 5), (6, 4), (9, 3) and (15, 2). ...
We present universal Turing machines with state-symbol pairs of (5, 5), (6, 4), (9, 3) and (15, 2). ...
We present universal Turing machines with state-symbol pairs of (5, 5), (6, 4), (9, 3) and (15, 2). ...
We present deterministic polynomial time universal Turing machines (UTMs) with state-symbol pairs of...
Key words: small universal Turing machine, polynomial time, universality. Abstract. We present a num...
AbstractWe present deterministic polynomial time universal Turing machines (UTMs) with state-symbol ...