We consider a generalized 2-server problem on the uniform space in which servers have different costs. Previous work focused on the case where the ratio between these costs was very large. We give results for varying ratios. For ratios below 2.2, we present an optimal algorithm which is trackless. %Furthermore, our algorithm is trackless, %which means that it is restricted from storing %explicitly points from the metric space. We present a general lower bound for trackless algorithms depending on the cost ratio, proving that our algorithm is the optimal trackless algorithm up to a constant factor for any cost ratio. The results are extended for the case where we have two sets of servers with different costs
The weighted k-server problem is a natural generalization of the k-server problem where each server ...
\u3cp\u3eThe generalized k-server problem is a far-reaching extension of the k-server problem with s...
The generalized k-server problem is a far-reaching extension of the k-server problem with several ap...
We consider a generalized 2-server problem on the uniform space in which servers have different cost...
We consider a generalized 2-server problem on the uniform space in which servers have different cos...
AbstractWe consider a generalized two-server problem on the uniform space in which servers have diff...
AbstractWe consider a generalization of the 2-server problem in which servers have different costs. ...
The weighted k-server problem is a generalization of the k-server problem wherein the cost of moving...
We consider the generalized k-server problem on uniform metrics. We study the power of memoryless al...
In the k-server problem we wish to minimize, in an online fashion, the movement cost of k servers i...
AbstractIn the k-server problem we wish to minimize, in an online fashion, the movement cost of k se...
AbstractIn this paper we deal with a generalization of the k-server problem (Manasse 1988), in which...
We consider the generalized on-line two-server problem in which each server moves in its own metric ...
The generalized k-server problem is a far-reaching extension of the k-server problem with several ap...
The generalized k-server problem is a far-reaching extension of the k-server problem with several ap...
The weighted k-server problem is a natural generalization of the k-server problem where each server ...
\u3cp\u3eThe generalized k-server problem is a far-reaching extension of the k-server problem with s...
The generalized k-server problem is a far-reaching extension of the k-server problem with several ap...
We consider a generalized 2-server problem on the uniform space in which servers have different cost...
We consider a generalized 2-server problem on the uniform space in which servers have different cos...
AbstractWe consider a generalized two-server problem on the uniform space in which servers have diff...
AbstractWe consider a generalization of the 2-server problem in which servers have different costs. ...
The weighted k-server problem is a generalization of the k-server problem wherein the cost of moving...
We consider the generalized k-server problem on uniform metrics. We study the power of memoryless al...
In the k-server problem we wish to minimize, in an online fashion, the movement cost of k servers i...
AbstractIn the k-server problem we wish to minimize, in an online fashion, the movement cost of k se...
AbstractIn this paper we deal with a generalization of the k-server problem (Manasse 1988), in which...
We consider the generalized on-line two-server problem in which each server moves in its own metric ...
The generalized k-server problem is a far-reaching extension of the k-server problem with several ap...
The generalized k-server problem is a far-reaching extension of the k-server problem with several ap...
The weighted k-server problem is a natural generalization of the k-server problem where each server ...
\u3cp\u3eThe generalized k-server problem is a far-reaching extension of the k-server problem with s...
The generalized k-server problem is a far-reaching extension of the k-server problem with several ap...