An Extended Evacuation Floor Field Cellular Automata Model with Guide Field Strength

Jing Zhao; Bin Bing Li; Lin Feng

doi:10.4028/www.scientific.net/AMR.1049-1050.1713

Paper Titles

Non-Stationary Signal Analysis Based on Hilbert-Huang Transform and Median Filter
p.1694

Research on Blurred Image Restoration Quality Evaluation Method
p.1698

An Improved AdaBoost Algorithm
p.1703

The Analysis of the Traffic Flow Running along the Horizontal Curve of the Approach Bridge
p.1707

An Extended Evacuation Floor Field Cellular Automata Model with Guide Field Strength
p.1713

Design of Digital Pulse Compression System Based on FPGA
p.1718

An Energy-Saving Anti-Collision Algorithm for the Active RFID Systems by Decreasing the Overhearing Slots
p.1722

An Adaptive Power Control Algorithm in RFID Systems
p.1726

A DSP-Based System Design for Image Capturing and Transmitting
p.1730

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 1049-1050An Extended Evacuation Floor Field Cellular...

An Extended Evacuation Floor Field Cellular Automata Model with Guide Field Strength

Abstract:

In this paper, we improved the traditional FF (floor Field) model by using the theory of cellular automata on personnel evacuation simulation on redefining static and dynamic field strength and adding guide field strength in the model. The extended model analyzed the different impact of directional dynamic guiding mode on personnel evacuation behavior and after the simulation of an evacuation in an imaginary supermarket, the analysis of the situation shows a better result.