Mobile wireless repeater

1. A mobile wireless device comprising:

a wireless communication component configured to operate as a wireless repeater within a wireless network that includes a wireless access point;

a power component configured to supply power to a motor;

a mobility component coupled to the motor, the mobility component to adjust a spatial placement of the mobile wireless device, wherein a rotation of the motor causes the mobility component to adjust the spatial placement the mobile wireless device in a space;

a navigation circuit coupled to the motor, the navigation circuit configured to control the rotation of the motor for movement of the mobile wireless device through the space;

a relay candidate identifier circuit configured to receive a communication from the wireless access point identifying one or more relay candidates experiencing one or more communication constraints when the one or more relay candidates are communicating with the wireless access point;

a spatial placement circuit configured to determine a variable spatial location between the identified one or more relay candidates and the wireless access point that, if the mobile wireless device is moved to the variable spatial location, causes the wireless communication component to improve the communication constraints, the variable spatial location based on first properties of a first communication link between the mobile wireless device and the wireless access point and second properties of a second communication link between the mobile wireless device and the identified one or more relay candidates;

a relay link manager configured to, after the mobile wireless device arrives at the variable spatial location, initiate an association with the one or more relay candidates; and

an image sensor communicatively coupled to the wireless communication component, the wireless communication component being configured to transmit image data via a wireless network as the mobile wireless device moves through the space.

2. The mobile wireless device of claim 1 further comprising at least one obstacle detection sensor coupled to the navigation circuit, the at least one obstacle detection sensor to provide obstacle data to the navigation circuit.

3. The mobile wireless device of claim 2 , wherein the navigation circuit is configured to generate an obstacle avoidance instruction to adjust a movement path of the mobile wireless device through the space based on the obstacle data from the at least one obstacle detection sensor.

4. The mobile wireless device of claim 1 , wherein the navigation circuit uses data captured by the image sensor to navigate the mobile wireless device in the space.

5. The mobile wireless device of claim 1 , wherein the navigation circuit uses data captured by at least one sensor to navigate the mobile wireless device in the space, the at least one sensor including: a Light Detection and Ranging (LIDAR) sensor, a mechanical bumper, an infrared (IR) sensor, or a Global Positioning System (GPS) device.

6. The mobile wireless device of claim 1 , wherein the navigation circuit is configured to control an autonomous return of the mobile wireless device to a dock.

7. The mobile wireless device of claim 6 , wherein the navigation circuit is configured to use a signal strength of a communication received from the dock to aid in the return of the mobile wireless device to the dock.

8. The mobile wireless device of claim 6 , wherein the navigation circuit is configured to cause the mobile wireless device to return to the dock responsive to a determination that a power condition of the mobile wireless device is met.

9. The mobile wireless device of claim 1 , wherein the navigation circuit is configured to start a navigation of the mobile wireless device in the space responsive to a condition being satisfied.

10. The mobile wireless device of claim 1 , wherein the navigation circuit is configured to control navigation of the mobile wireless device in the space based on a predetermined navigation path.

11. The mobile wireless device of claim 10 , wherein the predetermined navigation path is determined based on user input.

12. The mobile wireless device of claim 1 , wherein the wireless communication component is configured to stream video data via the wireless network.

13. The mobile wireless device of claim 12 , wherein the streamed video data is captured by the image sensor.

14. The mobile wireless device of claim 1 , wherein the relay link manager is further configured to:

after arriving at the variable spatial location, initiate a broadcast beacon with a service set identifier (SSID) of the wireless access point;

after initiating the broadcast beacon, receive an association request from the one or more relay candidates;

accept the association request; and

relay subsequent communications between each of the one or more relay candidates and the wireless access point.

15. A mobile wireless device comprising:

a wireless communication component configured to operate as a wireless repeater in a wireless network that includes a wireless access point;

a mobility component configured to adjust a spatial placement of the mobile wireless device, wherein a rotation of the mobility component is to cause an adjustment to the spatial placement of the mobile wireless device in a space;

a navigation circuit coupled to the mobility component, the navigation circuit configured to control the mobility component to cause movement of the mobile wireless device through the space;

a relay candidate identifier circuit configured to sniff communications between the wireless access point and devices communicating in the wireless network with the wireless access point to identify one or more relay candidates experiencing one or more communication constraints when the one or more relay candidates are communicating with the wireless access point;

a spatial placement circuit configured to determine a variable spatial location within the space between the identified one or more relay candidates and the wireless access point that, if the mobile wireless device is moved to the variable spatial location, causes the wireless communication component to improve the communication constraints, the variable spatial location based on first properties of a first communication link between the mobile wireless device and the wireless access point and second properties of a second communication link between the mobile wireless device and the identified one or more relay candidates;

a relay link manager configured to, after the mobile wireless device arrives at the variable spatial location, initiate an association with the one or more relay candidates; and

an image sensor communicatively coupled to the wireless communication component, the wireless communication component being configured to transmit image data via a wireless network as the mobile wireless device moves through the space.

16. The mobile wireless device of claim 15 further comprising at least one obstacle detection sensor coupled to the navigation circuit, the at least one obstacle detection sensor to provide obstacle data to the navigation circuit.

17. The mobile wireless device of claim 16 , wherein the navigation circuit is configured to generate an obstacle avoidance instruction to adjust a movement path of the mobile wireless device through the space based on the obstacle data from the at least one obstacle detection sensor.

18. The mobile wireless device of claim 15 , wherein the navigation circuit uses data captured by the image sensor to navigate the mobile wireless device in the space.

19. The mobile wireless device of claim 15 , wherein the navigation circuit is configured to start a navigation of the mobile wireless device in the space responsive to a condition being satisfied.

20. The mobile wireless device of claim 15 , wherein the wireless communication component is configured to stream video data via the wireless network.