AbstractA nonuniform class called here Full-P/log, due to Ko, is studied. It corresponds to polynomial time with logarithmically long advice. Its importance lies in the structural properties it enjoys, more interesting than those of the alternative class P/log; specifically, its introduction was motivated by the need of a logarithmic advice class closed under polynomial-time deterministic reductions. Several characterizations of Full-P/log are shown, formulated in terms of various sorts of tally sets with very small information content. A study of its inner structure is presented, by considering the most usual reducibilities and looking for the relationships among the corresponding reduction and equivalence classes defined from these specia...
We present applicative theories of words corresponding to weak, and especially logarithmic, complexi...
We present applicative theories of words corresponding to weak, and es-pecially logarithmic, complex...
. We refine the techniques of Beigel, Gill, Hertrampf [4] who investigated polynomial time counting ...
A nonuniform class called here Full-P/log, due to Ko, is studied. It corresponds to polynomial time ...
A nonuniform class called here Full-P/log, due to Ko, is studied. It corresponds to polynomial time...
The complexity class Full-P/log, corresponding to a form of logarithmic advice for polynomial time, ...
AbstractA nonuniform class called here Full-P/log, due to Ko, is studied. It corresponds to polynomi...
The complexity class Full-P / log, corresponding to a form of logarithmic advice for polynomial tim...
The complexity classes P/log and Full-P/log, corresponding to the two standard forms of logarithmic ...
AbstractKarp and Lipton (1980) introduced the notion of nonuniform complexity classes where a certai...
Numerical relations in logics are known to characterize, via the finite models of their sentences, ...
: Numerical relations in logics are known to characterize, via the finite models of their sentences,...
Karp and Lipton [9] introduced the notion of non-uniform complexity classes where a certain amount o...
: Numerical relations in logics are known to characterize, via the finite models of their sentences,...
AbstractKarp and Lipton (1980) introduced the notion of nonuniform complexity classes where a certai...
We present applicative theories of words corresponding to weak, and especially logarithmic, complexi...
We present applicative theories of words corresponding to weak, and es-pecially logarithmic, complex...
. We refine the techniques of Beigel, Gill, Hertrampf [4] who investigated polynomial time counting ...
A nonuniform class called here Full-P/log, due to Ko, is studied. It corresponds to polynomial time ...
A nonuniform class called here Full-P/log, due to Ko, is studied. It corresponds to polynomial time...
The complexity class Full-P/log, corresponding to a form of logarithmic advice for polynomial time, ...
AbstractA nonuniform class called here Full-P/log, due to Ko, is studied. It corresponds to polynomi...
The complexity class Full-P / log, corresponding to a form of logarithmic advice for polynomial tim...
The complexity classes P/log and Full-P/log, corresponding to the two standard forms of logarithmic ...
AbstractKarp and Lipton (1980) introduced the notion of nonuniform complexity classes where a certai...
Numerical relations in logics are known to characterize, via the finite models of their sentences, ...
: Numerical relations in logics are known to characterize, via the finite models of their sentences,...
Karp and Lipton [9] introduced the notion of non-uniform complexity classes where a certain amount o...
: Numerical relations in logics are known to characterize, via the finite models of their sentences,...
AbstractKarp and Lipton (1980) introduced the notion of nonuniform complexity classes where a certai...
We present applicative theories of words corresponding to weak, and especially logarithmic, complexi...
We present applicative theories of words corresponding to weak, and es-pecially logarithmic, complex...
. We refine the techniques of Beigel, Gill, Hertrampf [4] who investigated polynomial time counting ...