| Title |
The Embody of the Direction Escape Algorithm for Optimization Escape |
| Authors |
Ki-Yeon Lee ; Dong-Ook Kim ; Dong-Woo Kim ; Hyun-Wook Moon ; Hyeong-Joon KIl ; Hyang-Kon Kim |
| Keywords |
Optimization Escape Algorithm ; Escape Light ; Intelligent Control ; Fail-Safety |
| Abstract |
In this paper, we design the artificial intelligent direction escape light control system to improve/complete the defects of the existing fire fighting system, and sketch an optimum escape guide algorithm for its implementation. It intends to minimize human casualties and injuries by calculating/predicting moving line of the optimum emergency escape, by means of interlocking the sensor and the reception group and analyzing the data of the combustion point and the smoke movement. The optimum escape algorithm is designed by FLOYD algorithm which calculates the shortest distance. It consists of the measuring method which calculates the shortest distance by using hazardous factors for each condition in danger which is judged by the sensor installed in each area. |