초록 ▼

In a method of configuring an ad hoc network system including a plurality of wireless terminals, at least one of a plurality of wireless terminals of a network is selected as a current temporary parent wireless terminal, all of the plurality of wireless terminals other than the current temporary par

In a method of configuring an ad hoc network system including a plurality of wireless terminals, at least one of a plurality of wireless terminals of a network is selected as a current temporary parent wireless terminal, all of the plurality of wireless terminals other than the current temporary parent wireless terminal being set as child wireless terminals. Subsequently, a set of state determination data are collected from each of the child wireless terminals by the current temporary parent wireless terminal. The state determination data includes at least one of a wireless terminal state data of each of the child wireless terminals and a communication state data with each of the child wireless terminals. Then, it is determined whether the collecting operation is executed K cycles (K is a positive integer).

대표청구항 ▼

[ What is claimed is:] [1.] A method of configuring an ad hoc network system including a plurality of wireless terminals, comprising the steps of:(a) selecting at least one of a plurality of wireless terminals of a network as a current temporary parent wireless terminal, all of the plurality of wire

[ What is claimed is:] [1.] A method of configuring an ad hoc network system including a plurality of wireless terminals, comprising the steps of:(a) selecting at least one of a plurality of wireless terminals of a network as a current temporary parent wireless terminal, all of the plurality of wireless terminals other than said current temporary parent wireless terminal being set as child wireless terminals;(b) collecting a set of state determination data from each of said child wireless terminals by said current temporary parent wireless terminal, said state determination data including at least one of a wireless terminal state data of each of said child wireless terminals and a communication state data with each of said child wireless terminals;(c) determining whether said step (b) is executed K cycles (K is a positive integer);(d) when it is determined in said step (c) that said step (b) is not yet executed K cycles, setting said current temporary parent wireless terminal as a previous temporary parent wireless terminal, and newly selecting at least one of said child wireless terminals as said current temporary parent wireless terminal based on said sets of state determination data for said child wireless terminals during the executed cycles of said step (b) such that said current temporary parent wireless terminal executes said step (b), said previous temporary parent wireless terminal and said child wireless terminals other than said current temporary parent wireless terminal being set as said child wireless terminals; and(e) when it is determined in said step (c) that said step (b) is executed K cycles, determining one of said child wireless terminals as a true parent wireless terminal by said current temporary parent wireless terminal based on said state determination data for said child wireless terminals for the K cycles.