We prove that some exact geometric pattern matching problems reduce in linear time to o k-SUM when the pattern has a fixed size k. This holds in the real RAM model for searching for a similar copy of a set of k ? 3 points within a set of n points in the plane, and for searching for an affine image of a set of k ? d+2 points within a set of n points in d-space. As corollaries, we obtain improved real RAM algorithms and decision trees for the two problems. In particular, they can be solved by algebraic decision trees of near-linear height
Our goal is to compare two planar point sets by finding subsets of a given size such that a minimum-...
We construct near-optimal linear decision trees for a variety of decision problems in combinatorics ...
AbstractThe problem of geometric point set matching has been studied extensively in the domain of co...
The geometric point set matching problem in 2 and 3 dimensions is a well-studied problem with applic...
We show that the k-SUM problem can be solved by a linear decision tree of depth O(n^2 log^2 n),impro...
In this paper we apply computational geometry techniques to obtain an efficient algorithm for the fo...
Given finite sets P and T of points in the Euclidean space Rd, the point pattern matching problem st...
In this paper, we apply computational geometry techniques to obtain an efficient algorithm for the f...
The k-SUM problem is given n input real numbers to determine whether any k of them sum to zero. The ...
summary:A lower bound for the number of comparisons is obtained, required by a computational problem...
Let A and B be two point sets in the plane of sizes r and n respectively (assume r <= n), and let k ...
We present an effective method for solving different types of noisy pattern matching problems in Euc...
This paper is accepted for publication in ALGORITHMICA Let A and B be two sets of n objects in Rd, a...
The problem of geometric point set matching has been well-studied in the domain of computational geo...
We present a new optimization technique that yields the first FPTAS for several geometric problems T...
Our goal is to compare two planar point sets by finding subsets of a given size such that a minimum-...
We construct near-optimal linear decision trees for a variety of decision problems in combinatorics ...
AbstractThe problem of geometric point set matching has been studied extensively in the domain of co...
The geometric point set matching problem in 2 and 3 dimensions is a well-studied problem with applic...
We show that the k-SUM problem can be solved by a linear decision tree of depth O(n^2 log^2 n),impro...
In this paper we apply computational geometry techniques to obtain an efficient algorithm for the fo...
Given finite sets P and T of points in the Euclidean space Rd, the point pattern matching problem st...
In this paper, we apply computational geometry techniques to obtain an efficient algorithm for the f...
The k-SUM problem is given n input real numbers to determine whether any k of them sum to zero. The ...
summary:A lower bound for the number of comparisons is obtained, required by a computational problem...
Let A and B be two point sets in the plane of sizes r and n respectively (assume r <= n), and let k ...
We present an effective method for solving different types of noisy pattern matching problems in Euc...
This paper is accepted for publication in ALGORITHMICA Let A and B be two sets of n objects in Rd, a...
The problem of geometric point set matching has been well-studied in the domain of computational geo...
We present a new optimization technique that yields the first FPTAS for several geometric problems T...
Our goal is to compare two planar point sets by finding subsets of a given size such that a minimum-...
We construct near-optimal linear decision trees for a variety of decision problems in combinatorics ...
AbstractThe problem of geometric point set matching has been studied extensively in the domain of co...