Guiding signs system and information processing method thereof
A guiding signs system may include a plurality of guiding signs for outputting information and an information processor to acquire marching needs and path sets of objects, wherein the marching need includes quantities of objects and the path sets include all passages from a starting point to an end point; the passages include nodes and roads in between, and each node has one or more guiding signs, wherein the information processor calculates each object's distribution in the path sets according to the marching needs, and determine each object's priority on each road according to each object's distribution in the path sets, each guiding sign is configured to output the information of each object's priority on each road.
1. A guiding signs system comprising:
a plurality of guiding signs for outputting information, related to an end point, that changes in real time according to paths towards the end point, and
an information processor to acquire marching needs and path sets of objects that move in a path towards the end point,
wherein the marching needs includes quantities of objects that move and the path sets include all passages from a starting point to the end point; the passages include nodes and roads in between, and each node has one or more guiding signs of the plurality of guiding signs,
wherein the information processor calculates a statistical distribution in the path sets of each of the objects that move according to the marching needs, and determines a priority on each road of each of the objects that move according to the distribution of each of the objects that move in the path sets, and wherein each guiding sign of the plurality of guiding signs is configured to output the priority of each of the objects that move on each road towards the destination point; wherein the objects comprise pedestrians or vehicles moving towards the end point.
2. The guiding signs system of claim 1 , further comprising multi-direction signs, physically located at crossroads of the nodes, which are sub-signs to point to various directions and can form prioritized sign images via change in color or pattern of the sub-signs.
3. The guiding signs system of claim 1 , further comprising dynamic display screens, set on the nodes, to display ambient aggregate passenger throughput and guidance information in order to form prioritized sign images.
4. The guiding signs system of claim 1 , further comprising emergency sensors to detect emergency within the path sets, and include emergent evacuation signs with information about evacuation direction in case of emergency.
5. The guiding signs system of claim 1 , further comprising information gathering devices to calculate the marching need via mobile devices or path inquiries of the objects that move.
6. The guiding signs system of claim 1 , wherein the information processor includes an ant colony system algorithm to assure an aggregate throughput of objects in each road.