Decision Trees: Old and New Results
@article{Fleischer1999DecisionTO, title={Decision Trees: Old and New Results}, author={Rudolf Fleischer}, journal={Inf. Comput.}, year={1999}, volume={152}, pages={44-61} }
Abstract In this paper, we prove two general lower bounds for algebraic decision trees which test membership in a set S ⊆ R n which is defined by linear inequalities. Let rank( S ) be the maximal dimension of a linear sub- space contained in the closure of S (in Euclidean topology). First we show that any decision tree for S which uses products of linear functions (we call such functions mlf- functions ) must have depth at least n −rank( S ). This solves an open question raised by A. C. Yao and… CONTINUE READING
Topics from this paper
4 Citations
An exponential lower bound on the size of algebraic decision trees for Max
- Mathematics, Computer Science
- computational complexity
- 1998
- 9
- PDF
Lower Bounds for Linear Decision Trees via an Energy Complexity Argument
- Mathematics, Computer Science
- MFCS
- 2011
- 5
References
SHOWING 1-10 OF 27 REFERENCES
Linear decision trees: volume estimates and topological bounds
- Mathematics, Computer Science
- STOC '92
- 1992
- 116
- PDF
Applications of Ramsey's theorem to decision tree complexity
- Mathematics, Computer Science
- JACM
- 1985
- 38
- PDF
The complexity of problems on probabilistic, nondeterministic, and alternating decision trees
- Mathematics, Computer Science
- JACM
- 1985
- 27
Proving Simultaneous Positivity of Linear Forms
- Mathematics, Computer Science
- J. Comput. Syst. Sci.
- 1972
- 78
A Counting Approach to Lower Bounds for Selection Problems
- Mathematics, Computer Science
- JACM
- 1979
- 57
- PDF
Simulating Probabilistic by Deterministic Algebraic Computation Trees
- Computer Science, Mathematics
- Theor. Comput. Sci.
- 1985
- 32