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The high-level contribution of this paper is a simulation-based analysis toevaluate the tradeoffs between lifetime and hop count of link-disjoint,node-disjoint and zone-disjoint multi-path routes vis-\`a-vis single-pathminimum hop routes for mobile ad hoc networks. The link-disjoint, node-disjointand zone-disjoint algorithms proposed in this paper can be used to arrive atbenchmarks for the time between successive multi-path route discoveries, thenumber of disjoint paths per multi-path set and the hop count per multi-pathset. We assume a multi-path set exists as long as at least one path in the setexists. Simulation results indicate that the number of zone-disjoint paths permulti-path set can be at most 2, which is far lower than the number of node andlink-disjoint paths available per multi-path set. Also, the time betweenzone-disjoint multi-path discoveries would be far lower than the time betweennode and link-disjoint multi-path route discoveries and can be at most 45% morethan the time between single minimum-hop path route discoveries. However, thereis no appreciable difference in the average hop counts per zone-disjoint,node-disjoint and link-disjoint multi-path sets and it can be only at most 15%more than the average minimum hop count determined using single-path routing.We also observe that even though the number of link-disjoint paths permulti-path set can be as large as 35-78% more than the number of node-disjointpaths per multi-path set, the time between two successive link-disjointmulti-path discoveries can be at most 15-25% more than the time between twosuccessive node-disjoint multi-path discoveries, without any significantdifference in the hop count per multi-path set.

Performance Comparison of Link, Node and Zone Disjoint Multi-path Routing Strategies and Minimum Hop Single Path Routing for Mobile Ad Hoc Networks