Loading patent…
AssigneeNEC Corporation
InventorJun Noda
Estimating the term…
There is provided a wireless communication terminal that autonomously determines whether the wireless communication terminal is in a state in which flooding should be performed or a state in which the flooding should not be performed in a wireless ad-hoc network. At each predetermined time, the wireless communication terminal that performs the flooding autonomously infers whether the wireless communication terminal is in a state in which the flooding should be performed or a state in which the flooding should not be performed from the number of flooding packets that are of a packet flooded from surrounding wireless communication terminals based on a hidden Markov model.
A wireless communication terminal that performs flooding, wherein whether the wireless communication terminal is in a state in which the flooding should be performed or a state in which the flooding should not be performed is autonomously inferred, at each predetermined time, from the number of flooding packets that are of a packet flooded from surrounding wireless communication terminals based on a hidden Markov model.
A wireless communication forwarding control system in which a plurality of wireless communication terminals each of which performs flooding conduct wireless communication, wherein whether the wireless communication terminal is in a state in which the flooding should be performed or a state in which the flooding should not be performed is autonomously inferred, at each predetermined time, from the number of flooding packets that are of a packet flooded from surrounding wireless communication terminals based on a hidden Markov model.
A wireless communication forwarding control method performed by a wireless communication terminal that performs flooding, the method comprising:
A wireless communication forwarding control program that causes a computer, which is mounted on a wireless communication terminal that performs flooding, to perform processing of autonomously inferring whether the wireless communication terminal is in a state in which the flooding should be performed or a state in which the flooding should not be performed, at each predetermined time, from the number of flooding packets that are of a packet flooded from surrounding wireless communication terminals based on a hidden Markov model.
Dependencies are inferred from the claim text.