Mapping the Single-Row Routing Problem to a Hypercube. S. Salleh, A. Zomaya, and D. Hysom. PDPTA, page 753-761. CSREA Press, (1997 ).
In this paper, we present a parallel hypercube algorithm for the single row routing problem. ... The nets and net segments above the reference line are mapped ...
We will embed this into a hypercube of dimension 2n. Observe that the hypercube has approximately twice as many nodes. As a first step we will embed levels 0 to ...
Missing: Single- | Show results with:Single-
The problem used is a single-layer Printed Circuit. Board (PCB) benchmark ... The hypercube routing algorithm was unable to complete ten nets yielding a ...
Missing: Row | Show results with:Row
A novel approach to the classical single-row routing problem, based on a graph-theoretic representation, in which an instance of the single row routing ...
This is a permutation routing algorithm. The idea is to convert one hard problem into two easy ones. The routing is performed in two phases: • Phase 1: Firstly ...
Missing: Single- Row
An undirected routing problem is a pair (G,R) where G is an undirected graph and R is an undirected multigraph such that V(G)=V(R) .
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What is the routing algorithm for hypercube?
Abstract—Most routing protocols for delay tolerant networks resort to the sufficient state information, including trajectory and contact.
Routing Problem For any packet i, let the source and destination be described by the pair (s(i),d(i)). Realize routing described by the set of pairs (s(i),d ...
[PDF] Routing Multiple Paths in Hypercubes - Computer Science
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Consider the classical binary reflected gray code mapping of cycles in hypercubes. Each edge of a directed cycle is mapped to a unique hypercube link. Of ...