Maritime Search and Rescue Capability Evaluation Algorithm Based on Cloud Model

Zhi Yuan Xu; Zhao Lin Wu; Jie Yao; Yu Qing Ren

doi:10.4028/www.scientific.net/AMR.1049-1050.1444

Paper Titles

MOEAs Based on Dynamic Chaotic Mutation
p.1427

Multi-Frequency Delta-Kicked Models for the Quantum Ratchet Effect
p.1431

Hybridizing Invasive Weed Optimization and Simulated Annealing Algorithm for High-Dimensional Function Optimization
p.1436

Calculation of Semantic Similarity Property Based on Generalized Semantic Weak Incomplete Information System
p.1440

Maritime Search and Rescue Capability Evaluation Algorithm Based on Cloud Model
p.1444

An Application of Improved Newton-Ralph Method in Microgrid Power Flow Calculation
p.1448

A Fair Virtual Network Embedding Algorithm
p.1454

Network System Reliability and Unit Probability Importance Based on Monte Carlo Method
p.1458

Study on Maize Yield Prediction Using Time Series Analysis
p.1463

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 1049-1050Maritime Search and Rescue Capability Evaluation...

Maritime Search and Rescue Capability Evaluation Algorithm Based on Cloud Model

Abstract:

Maritime search and rescue is important for the maritime traffic safety. A maritime search and rescue capability evaluation algorithm based on cloud model is proposed in this paper. Firstly, we established the evaluation system; Secondly, we determined the expert evaluation cloud model according the scoring; Thirdly, we calculated the evaluation result by the comprehensive cloud; Finally, we used the digital characteristics to restore the cloud chart. The experimental result shows that our method is objective and accurate.