FIELD: wireless communication equipment.
SUBSTANCE: invention relates to wireless communication within a network of electronic data-sharing devices. Method of communication includes step (101), on which through first communication means (13) receiving an attachment message (MH, MH') generated and transmitted by the exchanging data by electronic device (10i) within the network (N1), in which identifier (MH-1, IDH) of the second data communicating electronic device (d2), which acts as the head node of the cluster, is encoded, step (102), on which attachment message (MH, MH') and selecting from it value of identifier (MH-1, IDH) of second electronic device (d2), and, if necessary, value of identifier (ID') of third party electronic device (10i) relaying said attachment message (MH, MH'), and step (103), at which register (RH) is updated in order to store as current value of identifier (IDHc) of device acting as head node of cluster, value of identifier (IDH) of second device, and, if necessary, in order to additionally save in said register (RH) as an uplink (Ru) in direction of second electronic device (d2), value of identifier (ID') of the third-party exchanging data electronic device (10i). Attachment message (MH, MH') further includes a TTL (MH-4) field displaying the capacity of the electronic communication device receiving the attachment message (MH, MH'), retransmitting this message. Besides, at step (102) of attachment message decoding (MH, MH') from it the TTL field value is selected, and stage (103) of register updating (RH) is adapted to save in the register the current TTL field value, preliminary decremented (102) per one unit. Method (P100) also includes step (106), at which a relayed attachment message (MH'), which contains first field (MH-1), in which is encoded recorded in register (RH) current value of identifier (IDHs) of device (d2), second field (MH-2), which characterizes ascending route (Ru) in direction of second electronic device, and in which encodes identifier (ID) of first electronic device (10), and a third field (MH-4), in which the current value of the TTL field is recorded in the register (RH). At step (106), at which transmitting message (MH') is started by means of first communication means (13), if (109y) preliminary stage (109), at which the current value of the TTL field recorded in the register (RH) is compared to the determined lower limit value, certifies that the current TTL value strictly exceeds the lower limit value.
EFFECT: enabling dynamically and automatically adjust distribution of attachment messages during formation of clusters.
14 cl, 5 dwg
