We consider the question of lookahead in the list update problem: What improvement can be achieved in terms of competitiveness if an on-line algorithm sees not only the present request to be served but also some future requests? We introduce two dierent models of lookahead and study the list update problem using these models. We develop lower bounds on the competitiveness that can be achieved by deterministic on-line algorithms with lookahead. Furthermore we present on-line algorithms with lookahead that are competitive against static o-line algorithms.
AbstractWe study the usefulness of lookahead in on-line server routing problems: if an on-line algor...
Abstract. A simple randomized on-line algorithm for the list update problem is presented that achiev...
The list update problem consists in maintaining a dictionary as an unsorted linear list. Any request...
AbstractWe consider the question of lookahead in the list update problem: What improvement can be ac...
In the competitive analysis of on-line problems, an on-line algorithm is presented with a sequence o...
We introduce a new model of lookahead for on-line paging algorithms and study several algorithms usi...
AbstractWe consider the list update problem under a sequence of requests for sets of items, and for ...
This paper presents a machine-verified analysis of a number of classical algorithms for the list upd...
AbstractThe list update problem, a well-studied problem in dynamic data structures, can be described...
COUNTER algorithms, a family of randomized algorithms for the list update problem, were introduced b...
We present a comprehensive study of the list update problem with locality of reference. More specifi...
Optimum off-line algorithms for the list update problem are investigated. The list update problem in...
The best randomized on-line algorithms known so far for the list update problem achieve a competitiv...
We study the usefulness of lookahead in on-line server routing problems: if an on-line algorithm is ...
In this paper we present some deterministic and randomized algorithms for the Weight List Update Pro...
AbstractWe study the usefulness of lookahead in on-line server routing problems: if an on-line algor...
Abstract. A simple randomized on-line algorithm for the list update problem is presented that achiev...
The list update problem consists in maintaining a dictionary as an unsorted linear list. Any request...
AbstractWe consider the question of lookahead in the list update problem: What improvement can be ac...
In the competitive analysis of on-line problems, an on-line algorithm is presented with a sequence o...
We introduce a new model of lookahead for on-line paging algorithms and study several algorithms usi...
AbstractWe consider the list update problem under a sequence of requests for sets of items, and for ...
This paper presents a machine-verified analysis of a number of classical algorithms for the list upd...
AbstractThe list update problem, a well-studied problem in dynamic data structures, can be described...
COUNTER algorithms, a family of randomized algorithms for the list update problem, were introduced b...
We present a comprehensive study of the list update problem with locality of reference. More specifi...
Optimum off-line algorithms for the list update problem are investigated. The list update problem in...
The best randomized on-line algorithms known so far for the list update problem achieve a competitiv...
We study the usefulness of lookahead in on-line server routing problems: if an on-line algorithm is ...
In this paper we present some deterministic and randomized algorithms for the Weight List Update Pro...
AbstractWe study the usefulness of lookahead in on-line server routing problems: if an on-line algor...
Abstract. A simple randomized on-line algorithm for the list update problem is presented that achiev...
The list update problem consists in maintaining a dictionary as an unsorted linear list. Any request...