Systems and methods for tracking aircraft
View Patent ↗A system and method to monitor for one or more different signals from and/or associated with an aircraft. In an embodiment, the system may include a concealable package, one or more signal receivers in the concealable package to scan for signals, and one or more signal processors to monitor, classify, store, and transmit any detected signals.
1 . A surveillance system comprising:
a portable, deployable system package comprising:
a plurality of signal receivers configured to scan for a plurality of electronic signature signals from proximate aircraft, the electronic signature signals comprising a range of signal frequencies and communications protocols specific to electronics commonly associated with selected aircraft, vehicles, or personal electronics;
wherein each of the signal receivers are configured to scan for a selected type of electronic signature signal;
one or more signal processors in signal communication with the signal receivers;
a power source connected to the one or more signal processors and configured to provide power to each of the signal receivers, the one or more signal processors, and a communications circuitry; and
wherein the one or more signal processors are positioned within the package, and configured to execute instructions from memory to:
place the one or more signal processors in a sleep state prior to detection of the electronic signature signals;
monitor the signal receivers for one or more detected electronic signature signals indicative of a signal frequency or communications protocol associated with the selected aircraft, vehicles or personal electronics collected from scans performed by each of the signal receivers;
place the one or more signal processors in a powered on state upon detection of one or more electronic signature signals by one or more signal receivers of the plurality of signal receivers;
classify the detected electronic signature signals to determine a likelihood of a presence of an identifiable aircraft, vehicle, person or personal electronic device within a range of operation of the surveillance system; and
store the detected electronic signature signals in memory with an associated location.
2 . The system of claim 1 , wherein the plurality of signal receivers comprise at least two different signal receivers including one or more of a Bluetooth-based radio; a radio receiver; RFID reader; WiFi radio receiver; spectrum analyzer; narrow-band radio transmission detection apparatus; GPS; or a combination thereof.
3 . The system of claim 1 , wherein the communications circuitry is configured to transmit the detected electronic signature signals to one or more monitoring stations.
4 . The system of claim 1 , wherein when the one or more signal processors are in the sleep state, the power source is configured to continue to provide a power sufficient to enable the signal receivers to scan for the electronic signature signals from proximate aircraft.
5 . The system of claim 1 , wherein, the power source is configured to provide a sufficient amount of power to transition the one or more signal processors to the powered on state from the sleep state, and maintain the powered on state of the one or more signal processors.
6 . The system of claim 1 , wherein the power source comprises a solar power source external to the package and electrically coupled to an internal power source within the package to provide power to the internal power source.
7 . The system of claim 1 , wherein each of the signal receivers are configured to scan for the selected types of electronic signature signals continuously or intermittently.
8 . A method of detecting an aircraft or a person associated with the aircraft, comprising:
scanning, via a plurality of signal receivers, for a plurality of selected types of electronic signature signals, the electronic signature signals including a range of signal frequencies and communications protocols for electronics most commonly associated with the aircraft and one or more personal electronic devices within a proximity to the aircraft;
if one or more electronic signals are not detected during a selected time period, placing one or more signal processors in a sleep state prior to detection of the electronic signature signals;
wherein each of the signal receivers remain in a powered on state sufficient to continue to scan for the electronic signature signals while the one or more signal processors are in the sleep state;
in response to detection of a set of electronic signature signals emitted from the aircraft or one or more personal electronic devices within a proximity to the aircraft by one or more of the signal receivers of the plurality of signal receivers:
placing the one or more signal processors in a powered on state;
classifying, via the one or more signal processors, the set of electronic signature signals received from one or more signal receivers of the plurality of signal receivers and forming associated data records;
storing, via the one or more signal processors, the set of electronic signature signals and associated data records in memory; and
transitioning the one or more signal processors back to the sleep state.
9 . The method of claim 8 , further comprising transmitting, via communications circuitry, the set of electronic signature signals and associated data to an operations center.
10 . The method of claim 8 , wherein the scanning occurs continuously or intermittent.
11 . The method of claim 8 , wherein the one or more signal processors are in communication with a power source.
12 . The method of claim 11 , wherein the one or more signal processors and the plurality of signal receivers are housed within a portable deployable package, and wherein the power source comprises an internal power source within the portable deployable package and connected to the one or more signal processors and each of the signal receivers.
13 . The method of claim 11 , wherein the power source comprises one or more of an external power source, a battery, or a capacitor based power source.
14 . The method of claim 8 , wherein the one or more personal electronic devices comprise one or more of electrical on-board aircraft equipment, an aircraft beacon, or personal computing devices separate from the electrical on-board aircraft equipment and on-board the aircraft.
15 . The method of claim 14 , wherein the one or more personal computing devices comprise a cellular phone, a smartphone, a laptop computer, a desktop computer, an e-reader, a tablet computer, wearable Bluetooth devices, wearable smart devices; handheld electronic entertainment systems, or any other personal electronic devices.
16 . The method of claim 8 , wherein the one or more signal processors, the plurality of signal receivers, and communications circuitry are included in a concealable or covert surveillance system package; and further comprising deploying the package in proximity to an airport or landing field.
17 . The method of claim 8 , wherein each of the associated data records comprises one or more of a location, proximity to one or more of the signal receivers, a time and date an electronic signature signal is detected, manufacturer identification, device type, known associations, or other data elements.
18 . The method of claim 8 , wherein the signal receivers are configured to scan for electronic signature signals external to the aircraft.
19 . The method of claim 8 , wherein the electronic signature signals external to the aircraft include electronic signature signals from one or more of other transportation vehicles or electronic devices associated with the other transportation vehicles.
20 . A signal collection and identification assembly deployable to an airfield or other location comprising:
a plurality of signal receivers configured to scan for a plurality of electronic signature signals from proximate aircraft;
wherein each of the signal receivers of the plurality of signal receivers is configured to scan for a selected type of electronic signature signal; and
wherein the electronic signature signals comprise a range of signal frequencies, communications protocols, or combinations thereof, specific to electronics commonly associated with selected aircraft, vehicles, or personal electronics;
one or more signal processors in signal communication with the signal receivers; and
wherein the one or more signal processors configured to execute instructions from memory to:
place the one or more signal processors in a sleep state prior to detection of the electronic signature signals while the signal receivers remain in a powered on state sufficient to continue to scan for the electronic signature signals;
monitor the signal receivers for one or more detected electronic signature signals indicative of one or more signal frequencies, communications protocols, or combinations thereof, associated with the selected aircraft, vehicles or personal electronics collected from the scans performed by the signal receivers;
place the one or more signal processors in a powered on state upon detection of one or more electronic signature signals;
classify the detected electronic signature signals to determine a likelihood of a presence of an identifiable aircraft, vehicle, person or personal electronic device within a range of operation of the signal collection and identification assembly; and
store the detected electronic signature signals in memory with an associated location.
21 . The signal collection and identification assembly of claim 20 , wherein the signal collection and identification assembly comprises a portable and deployable package.
22 . The signal collection and identification assembly of claim 21 , wherein the portable and deployable package includes a camouflaged covering based on a surrounding environment.
23 . The signal collection and identification assembly of claim 22 , wherein the camouflaged covering is configured to resemble one or more of a natural element, trash, or a common item.
24 . The signal collection and identification assembly of claim 20 , further comprising a communications circuitry configure to transmit the detected electronic signature signals to an operations center.
25 . The signal collection and identification assembly of claim 21 , further comprising a power source.
26 . The signal collection and identification assembly of claim 25 , wherein the power source comprises at least two replaceable batteries or energy storage devices.
27 . The signal collection and identification assembly of claim 26 , wherein one of the two replaceable batteries or energy storage devices received within the portable and deployable package.
28 . The system of claim 5 , wherein the one or more signal processors are configured to execute instructions from memory to place the one or more signal processors in the sleep state after a period of time sufficient to execute the instructions.