k fault tolerance Mobile Adhoc Network under Cost Constraintsugandhasinghhooda
A network topology is a K-FT topology if it can endure K number of link failures, however to find a reliable hardware topology for a set of nodes keeping the total cost of the links within a predefined budget, is a challenging task, especially when the topology is subjective to constraints that the topological network can tolerate K link failures keeping total cost of network within budget. This problem has been addressed in this paper where in a novel algorithm is proposed that uses N X N matrix to represent the cost between the participating nodes, and uses K-FT topology to tackle the fault tolerant problem of Mobile Adhoc Networks. Intention is to achieve optimal resource utilization and fairness among competing end to end flows. A network topology is said to be K-FT if and only if every pair of node is reachable from all other nodes for K link failures. The algorithm has been tested for wide range of node sets and the result obtained there of suggest that the proposed algorithm finds better solutions in comparison to Genetic Algorithm.
Twenty odd years trending and still we have few (if any) examples of truly integrated wearable technology examples that have reached market scalability. Most examples of wearable technology are akin to a “cottage-industry”– handmade, bespoke and expressive, more couture than ready-to-wear, reminiscent of the pre-industrial revolution methods of production for textiles and clothing.
The challenges we had 20 years ago remain largely the same despite growing market interest in the area. But with new developments in rapid prototyping and e-textiles we are in a much better place today to address some of the major roadblocks in taking wearable technologies to scale and disrupting the current manufacturing infrastructure.
k fault tolerance Mobile Adhoc Network under Cost Constraintsugandhasinghhooda
A network topology is a K-FT topology if it can endure K number of link failures, however to find a reliable hardware topology for a set of nodes keeping the total cost of the links within a predefined budget, is a challenging task, especially when the topology is subjective to constraints that the topological network can tolerate K link failures keeping total cost of network within budget. This problem has been addressed in this paper where in a novel algorithm is proposed that uses N X N matrix to represent the cost between the participating nodes, and uses K-FT topology to tackle the fault tolerant problem of Mobile Adhoc Networks. Intention is to achieve optimal resource utilization and fairness among competing end to end flows. A network topology is said to be K-FT if and only if every pair of node is reachable from all other nodes for K link failures. The algorithm has been tested for wide range of node sets and the result obtained there of suggest that the proposed algorithm finds better solutions in comparison to Genetic Algorithm.
Twenty odd years trending and still we have few (if any) examples of truly integrated wearable technology examples that have reached market scalability. Most examples of wearable technology are akin to a “cottage-industry”– handmade, bespoke and expressive, more couture than ready-to-wear, reminiscent of the pre-industrial revolution methods of production for textiles and clothing.
The challenges we had 20 years ago remain largely the same despite growing market interest in the area. But with new developments in rapid prototyping and e-textiles we are in a much better place today to address some of the major roadblocks in taking wearable technologies to scale and disrupting the current manufacturing infrastructure.