US Patent 7921384 - Integrated circuits for nanorobotics
http://www.freepatentsonline.com/7921384.html
This patent discloses a reconfigurable computing architecture which is speculated to enable nanorobotic devices. Claim 1 reads:
1. A system for a nano-scale FPGA, comprising:
a series of rows of nano-scale gates that are arrayed on a silicon substrate and that are configured into logic array grids;
look up tables (LUTs) in memory components on the periphery of a nano-scale device: nano-scale connectors between gates;
wherein a routing of logic arrays is done by using nano-scale connectors between the gates;
wherein the gates are structured into grids of evolvable logic arrays; wherein the logic array grids access LUTs;
wherein the logic array grids access memory on the periphery of the device;
wherein the gates reconfigure to a different position when initiated;
wherein the device contains between 1,000 and 10,000 gates;
wherein the device reconfigures its gates in response to feedback from its environment;
wherein the environment is electronic, biological or chemical; and
wherein the environment provides feedback to the device.
This patent discloses a reconfigurable computing architecture which is speculated to enable nanorobotic devices. Claim 1 reads:
1. A system for a nano-scale FPGA, comprising:
a series of rows of nano-scale gates that are arrayed on a silicon substrate and that are configured into logic array grids;
look up tables (LUTs) in memory components on the periphery of a nano-scale device: nano-scale connectors between gates;
wherein a routing of logic arrays is done by using nano-scale connectors between the gates;
wherein the gates are structured into grids of evolvable logic arrays; wherein the logic array grids access LUTs;
wherein the logic array grids access memory on the periphery of the device;
wherein the gates reconfigure to a different position when initiated;
wherein the device contains between 1,000 and 10,000 gates;
wherein the device reconfigures its gates in response to feedback from its environment;
wherein the environment is electronic, biological or chemical; and
wherein the environment provides feedback to the device.
<< Home