WITHDRAWN: Intuitionistic Fuzzy Threshold Hypergraphs and their role in chasing fugitives with multi-bots

Abstract The main aim of this paper is to catch fugitives utilising intuitionistic fuzzy threshold hypergraph(IFTHG) models with robots that are linked with each other and all of the bots are connected to the main control system. The fugitives can be held by the bots while the police arrive in this simulated research. Since the possible escape routes of drivers are not recognized, it is difficult to gather effective results, for a police to chase them in a short span of time. Several surveillance bots be placed in a waiting posture in this technique, having to wait for a fresh instruction to posture themselves in a particular region. In the occurrence of an unfortunate event, bots are notified to a control room \& alarmed. An Intuitionistic Fuzzy Hypergraph(IFHG) is considered as an IFTHG, if it is possible to construct from an empty IFTHG by adding a dominating vertex repeatedly to an every hyperedge. In such a way, here the dominating vertex is considered as major control room and the transmission distance is considered while joining the robots to form IFTHG. Here the threshold value is the maximum capacity of main control system. This hypothetical situation seems intended to take part on every crowed area. As a result, the IFTHG models are perfectly suited to this scenario. Security bots would be alerted and transmit a message to the control room in the event of an unusual occurrence such as robbery, heist, gunshot or accident. After receiving the alarm, a support squad will be sent to the specific location to begin the pursuit of the fugitives. 2000 Mathematics Subject Classification: 05C65