Different Direction Flow Analysation Algorithm (DDFAA) Of Moving Object Using Spatial Temporal Database Concept

A main aim of this research to focus the moving object in the spatial temporal concept, the method for acquire and in place of the movements in which the positions of moving objects are sampled at selected points in time. The algorithmic discussion and equation describe object movement focusing accurately. The trajectory based queries are classified in ‘topological’ queries, which involve the whole information of the movement of an object and ‘navigational’ queries which involve derived information. The main challenge is to deal with a large number of possible topological relationships between static regions as well as to deal with a large number of object such regions. A relationship predicate indicates in of term disjoint, meet, inside, meet, disjoint that is composed of a temporal sequence of the basic spatial temporal predicates. Here the moving object is taken as lines, circles and squares, the database is used tocover the continuous updating of the object location, cover all the direction of the flow in the mentioned objects. The static region does not change their location for the entire process. The moving region comparison is considering in the volcanoes details from 2001 to 2010. Basis on data it calculate distance of the elevation continue and the direction of the elevation likewise.