Communication system having configurable 3-D antenna grid and method for configuring the communication system
View Patent ↗A system and a method for configuring a communication system are provided. The communication system has an antenna system with a 3-D antenna grid. The configurable 3-D antenna grid has a plurality of antenna elements operably coupled to a plurality of switching elements. The method includes selecting a first 3-D antenna configuration associated with the configurable 3-D antenna grid from a plurality of antenna configurations. The method further includes controlling a memory device to output first data corresponding to the first 3-D antenna configuration. The method further includes closing selected ones of the plurality of switching elements to obtain the first 3-D antenna configuration in the configurable 3-D antenna grid in response to the first data. The first 3-D antenna configuration is one of the plurality of antenna configurations wherein at least a portion of the plurality of antenna elements are electrically coupled together.
1. An antenna system, comprising:
a plurality of discrete antenna elements spaced apart from one another and fixedly arranged to form a three-dimensional antenna grid;
a plurality of switching elements, each switching element configured to selectively electrically interconnect and disconnect an associated pair of said antenna elements, whereby all of said antenna elements are selectively connectable by combinations of said switching elements; and
a switch controller coupled to each of the plurality of switching elements, said switch controller operable to close selected ones of the plurality of switching elements to establish a first three-dimensional antenna configuration within the antenna grid having a first predetermined geometric configuration, and to close other selected ones of the plurality of switching elements to establish a second three-dimensional antenna configuration within the antenna grid having a second predetermined geometric configuration.
2. The antenna system of claim 1 , further comprising a memory device operably coupled to the switch controller, the memory device configured to store data representing a plurality of antenna configurations, the first 3-D antenna configuration being one of the plurality of antenna configurations.
3. The antenna system of claim 1 , wherein the switch controller is further configured to close selected ones of the plurality of switching elements to obtain a two-dimensional antenna configuration in the configurable three-dimensional antenna grid, the two-dimensional antenna configuration having at least a portion of the plurality of antenna elements electrically coupled together.
4. The antenna system of claim 1 , wherein the switch controller is configured to close the selected ones of the plurality of switching elements in the configurable three-dimensional antenna grid, based on desired antenna operational characteristics.
5. A communication system, comprising:
an antenna system having a plurality of discrete antenna elements spaced apart from one another and fixedly arranged to form a three-dimensional antenna grid, a plurality of switching elements, each switching element configured to selectively electrically interconnect and disconnect an associated pair of said antenna elements, whereby all of said antenna elements are selectively connectable by combinations of said switching elements, and a switch controller coupled to each of the plurality of switching elements, said switch controller operable to close selected ones of the plurality of switching elements to establish a first three-dimensional antenna configuration within the antenna grid having a first predetermined geometric configuration, and to close other selected ones of the plurality of switching elements to establish a second three-dimensional antenna configuration within the antenna grid having a second predetermined geometric configuration; and
a memory device operably coupled to the switch controller, the memory device configured to store data representing a plurality of antenna configurations;
a processor operably communicating with the switch controller and the memory device, the processor configured to generate a signal to induce the memory device to send first data corresponding to a first three-dimensional antenna configuration to the switch controller,
wherein the switch controller configured to close selected ones of the plurality of switching elements to obtain the first three-dimensional antenna configuration in the configurable three-dimensional antenna grid in response to the first data, the first three-dimensional antenna configuration being one of the plurality of antenna configurations wherein at least a portion of the plurality of antenna elements are electrically coupled together.
6. The communication system of claim 5 , wherein the switch controller is further configured to close selected ones of the plurality of switching elements to obtain a two-dimensional antenna configuration in the configurable three-dimensional antenna grid, the two-dimensional antenna configuration having at least a portion of the plurality of antenna elements electrically coupled together.
7. The communication system of claim 5 , wherein the switch controller is configured to close the selected ones of the plurality of switching elements in the configurable three-dimensional antenna grid, based on desired antenna operational characteristics.
8. A method for configuring a communication system, the communication system having an antenna system with a plurality of discrete antenna elements spaced apart from one another and fixedly arranged to form a three-dimensional antenna grid and a plurality of switching elements, each switching element configured to selectively electrically interconnect and disconnect an associated pair of said antenna elements, said method comprising the steps of:
selecting a first three-dimensional antenna configuration associated with the configurable three-dimensional antenna grid from a plurality of antenna configurations;
controlling a memory device to output first data corresponding to the first three-dimensional antenna configuration; and
closing selected ones of the plurality of switching elements to obtain the first three-dimensional antenna configuration in the configurable three-dimensional antenna grid in response to the first data, the first three-dimensional antenna configuration being one of the plurality of antenna configurations wherein at least a portion of the plurality of antenna elements are electrically coupled together.
9. The method of claim 8 , further comprising:
selecting a two-dimensional antenna configuration associated with the configurable three-dimensional antenna grid from the plurality of antenna configurations;
controlling the memory device to output second data corresponding to the two-dimensional antenna configuration; and
closing selected ones of the plurality of switching elements to obtain the two-dimensional antenna configuration in the configurable three-dimensional antenna grid in response to the second data, the two-dimensional antenna configuration being one of the plurality of antenna configurations wherein at least a portion of the plurality of antenna elements are electrically coupled together.