(Enter summary)
Abstract: We give a general complexity classification scheme for monotone
computation, including monotone space-bounded and Turing machine
models not previously considered. We propose monotone complexity
classes including mAC
i
, mNC
i
, mLOGCFL, mBWBP , mL, mNL, mP ,
mBPP and mNP . We define a simple notion of monotone reducibility
and exhibit complete problems. This provides a framework for stating
existing results and asking new questions.
We show that mNL (monotone nondeterministic log-space) is ... (Update)
Context of citations to this paper: More
...game. Razborov [Ra90b] and Goldmann and Hastad [GH89] obtained additional lower bounds using the communication game. Grigni and Sipser [GS90] point out that many of the results in monotone complexity can be viewed in terms of monotone analogs, mP, mNP, etc. of the familiar...
.... Mainz Swansea Abstract Continuing a line of research opened up by Grigni and Sipser in [4] and further pursued in [10] we show that a wide variety of equivalent characterizations of P still remain equivalent when restricted to be positive. All these restrictions thus define...
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BibTeX entry: (Update)
M. Grigni and M. Sipser, Monotone complexity, Proceedings of LMS workshop on Boolean Function Complexity, Durham, edited by M. S. Paterson, Cambridge University Press, 1990. http://citeseer.ist.psu.edu/grigni90monotone.html More
@inproceedings{ grigni92monotone,
author = "Grigni and Sipser",
title = "Monotone Complexity",
booktitle = "{PATBOOL}: Paterson (Ed.), Boolean Function Complexity",
publisher = "London Mathematical Society Lecture Note Series 169, Cambridge University Press",
year = "1992",
url = "citeseer.ist.psu.edu/grigni90monotone.html" }
Citations (may not include all citations):
170
Nondeterministic space is closed under complementation
- Immerman - 1988
141
The complexity of finite functions (context) - Boppana, Sipser - 1990
114
Bounded-width polynomial-size branching programs recognize e.. (context) - Barrington - 1989
87
Sorting Network (context) - Ajtai, Komlos et al. - 1983
84
Mathematical Systems Theory (context) - Furst, Saxe et al. - 1984
83
The monotone circuit complexity of boolean functions (context) - Alon, Boppana - 1987
82
Monotone circuits for connectivity require super-logarithmic.. (context) - Karchmer, Wigderson - 1990
82
Lower bounds on the monotone complexity of some Boolean func.. (context) - Razborov - 1985
70
The Boolean formula value problem is in ALOGTIME
- Buss - 1987
66
Complexity classes in communication complexity theory (context) - Babai, Frankl et al. - 1986
56
Finite monoids and the fine structure of NC (context) - Barrington, Th'erien - 1988
48
Two applications of inductive counting for complementation p.. (context) - Borodin, Cook et al. - 1989
48
A complexity theory based on boolean algebra (context) - Skyum, Valiant - 1985
44
Short monotone formulae for the majority function (context) - Valiant - 1984
44
Monotone circuits for matching require linear depth
- Raz, Wigderson - 1990
41
Properties that Characterize LOGCFL (context) - Venkateswaran - 1987
34
The gap between monotone and nonmonotone circuit complexity .. (context) - Tardos - 1988
31
a method for obtaining lower bounds for the complexity of in.. (context) - Andreev - 1985
29
The method of forcing for nondeterministic automata (context) - Szelepcs'enyi - 1987
26
Monotone versus positive (context) - Ajtai, Gurevich - 1987
25
Reliable circuits using less reliable relays (context) - Moore, Shannon - 1956
20
A lower bound on the monotone network complexity of the logi.. (context) - Razborov - 1985
19
Circuits and local computation (context) - Yao - 1989
13
Monotone separation of logspace from NC (context) - Grigni, Sipser - 1991
13
Probabilistic communication complexity of boolean relations
- Raz, Wigderson - 1989
3
Massachusetts Institute of Technology (context) - Grigni - 1991
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