Research Article
A Framework for Risk-Energy Aware Service-Level Agreement Provisioning (RESP) for Computing the Quickest Path
| Input: | | Output: risk-energy aware SLA-provisioned (RESP) route | | BEGIN{ | | Initialization: | | j ⟵ 1, | | Procedure: | | STEP 0: variable declaration | | G ⟵ directed network | | N ⟵ set of nodes | | E ⟵ set of links | | ⟵ capacity of the link | | ⟵ delay of link the | | ⟵ energy rate of link the | | ⟵ endowed energy at node u | | ⟵ requested reliability at node u | | ⟵ data | | tp ⟵ penalty time | | a ⟵ availability | | STEP 1: prune r different capacities of links corresponds to critical-continuous service and label of minimum capacity: | | (i) | | (ii) | | STEP 2: solve w.r.t delay time in with capacities | | For j ⟵ 1 : r | | Set j ⟵ 1 | | Solve | | If No path in with capacities | | go to STEP 3 | | else | | Let is an optimal solution for with capacity | | end | | end | | STEP 3: | | For j ⟵ r | | go to STEP 4 | | else | | set and go to STEP 2 | | end | | STEP 4: find the solution | | Find index of path array such that | | | | is an optimal solution of the RESP | | }END |
|