Wireless access point managing apparatus
A wireless access point managing apparatus that includes a radio, and wireless communication control circuitry that communicates information via the radio between the wireless access point managing apparatus and one or more electronic devices so as to provide a wireless access point to a network for the electronic devices. Processing circuitry performs access point management including: communicating with a separate apparatus that provides another wireless access point to the network; performing a determination as to whether shutdown of the wireless access point of the separate apparatus is appropriate; and sending a shutdown instruction to the separate apparatus if shutdown is determined to be appropriate, the shutdown instruction being an instruction to cause the separate apparatus to shut down a wireless access point radio in the separate apparatus.
1. A wireless access point managing apparatus comprising:
a radio;
wireless communication control circuitry that communicates information via the radio between the wireless access point managing apparatus and one or more electronic devices so as to provide a first wireless access point to a network for a client electronic device, wherein the client electronic device is included in the one or more electronic devices;
a hardware processor; and
a memory having stored therein a program that causes the hardware processor to perform access point management including:
communicating with a separate apparatus that provides a second wireless access point to the network, wherein the separate apparatus includes a plurality of radios, the plurality of radios for connecting wirelessly via different radio communication protocols;
performing a determination as to whether shutdown of the second wireless access point is appropriate;
sending a shutdown instruction to the separate apparatus if shutdown is determined to be appropriate, the shutdown instruction being an instruction to cause the separate apparatus to shut down the second wireless access point by powering down at least one radio of the plurality of radios in the separate apparatus;
performing a determination as to whether the second wireless access point in the separate apparatus is to be turned on;
sending a power up instruction to the separate apparatus to reactivate the second wireless access point by powering up the at least one radio of the second wireless access point in the separate apparatus, if the result of the determination as to whether the second wireless access point is to be turned on is positive; and
after the second wireless access point is reactivated;
in the first wireless access point, if the client electronic device is in communication with the first wireless access point, steering the client electronic device to the second wireless access point.
2. The wireless access point managing apparatus according to claim 1 , wherein the program in the memory further causes the hardware processor to:
determine whether an inactivity signal is received from the separate apparatus, the inactivity signal being an indication that the separate apparatus has no active connection by a client device on the second wireless access point provided by the separate apparatus;
perform the determination as to whether shutdown of the second wireless access point is appropriate in response to receiving the inactivity signal; and
send a shutdown instruction to the separate apparatus if shutdown is determined to be appropriate.
3. The wireless access point managing apparatus according to claim 2 , wherein the program in the memory further causes the hardware processor to determine that shutdown is appropriate due to receiving of the inactivity signal.
4. The wireless access point managing apparatus according to claim 2 , wherein:
the memory has stored therein a database of power-up times that have occurred over a period of time; and
in performing the determination as to whether shutdown of the second wireless access point is appropriate in response to receiving the inactivity signal, the hardware processor references the database and determines that shutdown is appropriate based on a time of receiving the inactivity signal compared to the power-up times in the database.
5. The wireless access point managing apparatus according to claim 1 , wherein:
the memory has stored therein a database of shutdown times that have occurred over a period of time; and
in performing the determination as to whether shutdown of the second wireless access point is appropriate, the hardware processor references the database and determines that shutdown is appropriate based on a current time and the shutdown times in the database.
6. The wireless access point managing apparatus according to claim 1 , wherein the determination as to whether the second wireless access point is to be turned on comprises:
detecting whether the wireless communication control circuitry has entered into communication with the client electronic device via the radio.
7. The wireless access point managing apparatus according to claim 1 , further comprising a wired connection to be connected to the separate apparatus, wherein the hardware processor sends the power up instruction to the separate apparatus via the wired connection.
8. The wireless access point managing apparatus according to claim 1 , wherein:
the separate apparatus includes plural radios;
the power up instruction is an instruction to cause the separate apparatus to power up at least one of its radios; and
the hardware processor sends the power up instruction to the separate apparatus via the radio of the wireless access point managing apparatus.
9. The wireless access point managing apparatus according to claim 1 , further comprising a wired connection to be connected to the separate apparatus, wherein the hardware processor sends the shut-down instruction to the separate apparatus via the wired connection.
10. The wireless access point managing apparatus according to claim 1 , wherein the hardware processor sends the shut-down instruction to the separate apparatus via the radio.
11. The wireless access point managing apparatus according to claim 1 , wherein:
the shutdown instruction is an instruction to cause the separate apparatus to shut down at least one of its radios.
12. A wireless access point managing method comprising:
communicating information via wireless communication control circuitry and a radio with one or more electronic devices so as to provide a first wireless access point to a network for a client electronic device, wherein the client electronic device is included in the one or more electronic devices;
communicating with a separate apparatus that provides a second wireless access point to the network, wherein the separate apparatus includes a plurality of radios, the plurality of radios for connecting wirelessly via different radio communication protocols;
performing a determination, with a processor, as to whether shutdown of the second wireless access point is appropriate;
sending a shutdown instruction to the separate apparatus if shutdown is determined to be appropriate, the shutdown instruction being an instruction to cause the separate apparatus to shut down the second wireless access point by powering down at least one radio of the plurality of radios in the separate apparatus;
performing a determination as to whether the second wireless access point in the separate apparatus is to be turned on;
sending a power up instruction to the separate apparatus to reactivate the second wireless access point by powering up the at least one radio of the second wireless access point in the separate apparatus, if the result of the determination as to whether the second wireless access point is to be turned on is positive; and
after the second wireless access point is reactivated:
in the first wireless access point, if the client electronic device is in communication with the first wireless access point, steering the client electronic device to the second wireless access point.
13. The wireless access point managing method according to claim 12 , further comprising:
determining whether an inactivity signal is received from the separate apparatus, the inactivity signal being an indication that the separate apparatus has no active connection by a client device on the second wireless access point provided by the separate apparatus;
performing the determination as to whether shutdown of the second wireless access point is appropriate in response to receiving the inactivity signal; and
sending a shutdown instruction to the separate apparatus if shutdown is determined to be appropriate.
14. The wireless access point managing method according to claim 13 , comprising determining that shutdown is appropriate due to receiving of the inactivity signal.
15. The wireless access point managing method according to claim 13 , comprising:
storing, in a memory, a database of power-up times that have occurred over a period of time; and
in performing the determination as to whether shutdown of the second wireless access point is appropriate in response to receiving the inactivity signal, referencing the database and determining that shutdown is appropriate based on a time of receiving the inactivity signal compared to the power-up times in the database.
16. The wireless access point managing method according to claim 12 , comprising:
storing, in a memory, a database of shutdown times that have occurred over a period of time; and
in performing the determination as to whether shutdown of the second wireless access point is appropriate, referencing the database and determining that shutdown is appropriate based on a current time and the shutdown times in the database.
17. The wireless access point managing method according to claim 12 , wherein the determination as to whether the second wireless access point is to be turned on comprises:
detecting whether the wireless communication control circuitry has entered into communication with the client electronic device via the radio.
18. The wireless access point managing method according to claim 12 , comprising sending the power up instruction to the separate apparatus via a wired connection.