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betmgm online live casino APS derives location information from ordinary communications signals transmitted from low-Earth-orbit (LEO) satellites. These signals-of-opportunity (SoOP) are not special position/navigation signals and are not subject to GPS/GNSS jamming or spoofing. For dismount applications, SoOP technology can be combined with IMU and barometric sensor inputs. In addition, APS is provided as a plug-in to the Android Team Awareness Kit (ATAK) residing on a user smartphone.
What is Assured Positioning, Navigation and Timing (PNT)?
Assured positioning, navigation and timing is a broad phrase that implies GPS is unreliable and uses other technologies to provide position, navigation and timing data.
PNT: Positioned For Accuracy
- Independent backup and/or complement to GPS/GNSS
- Unaffected by GPS/GNSS jamming and spoofing
- Leverages Non-GPS/GNSS satellite signals of opportunity
- Military and commercial applications
- Dismount, mounted, guidance
- betmgm live casinoHosted application for ER310 SDR; our multi-mission handheld software defined radio
Integrated Sensing From Multiple Inputs
Non-GNSS Satellite Communications Signals
- LEO commercial satellite communications transmissions
Terrestrial Signals of Opportunity (SoOP)
- Commercial broadcasting
- Mobile networks
- Sources are unaffected by GPS/GNSS jamming & spoofing
NavWeather
- Provides spectrum sensing and alarms on interference or jamming
IMU & Barometric Sensors
From Our Experts: How Assured Positioning System Could Help Avoid Threats to GPS Receivers
Where Can APS Be Deployed?
Peanut Software-Defined Radio
Our low-SWaP-C, Peanut SDR combines high performance, compact size, and low-cost in a versatile package to support a variety of complex RF applications. BetMGM Casino loginPeanut provides a cost-effective, efficient platform whose use cases can extend from body-wearable solutions to small-UAS applications, alternative PNT (Positioning, Navigation, and Time) and expendable mission support devices. Peanut is available as an OEM single-board circuit card or in an IP67-rated enclosure and is designed to support both DoD and commercial use models.
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Peanut’s architecture dramatically minimizes the development cycle of even the most complex signal processing algorithms by reducing FPGA programming requirements and relying instead on accelerated general purpose multi-core ARM processors.
Peanut provides the processing power and I/O support required for complex RF tasks such as the following:
- Alternate PNT (non-GPS/GNSS)
- RF situational awareness
- RF emitter geolocation/tracking
- Tactical edge applications
- Passive communications receiver
- Precision timing backup for electrical grids, financial and comms networks, etc.
ER310 Software-Defined Radio
BetMGM Casino loginIn addition, APS can be implemented on ER310. ER310 is our flexible, high-performance, handheld platform designed to host and execute challenging RF applications with demanding real-time processing and communications requirements. ER310 supports a wide scope of missions, including assured PNT (Positioning, Navigation and Timing).
![Non-GNSS](/wp-content/uploads/2022/03/Assured-PNT.png)
*Parsons complies with all applicable Trade Compliance regulations. Some of Parsons products may require an authorization from the U.S. Government before they are exported.
Related Products
WISP ↗
The Wireless Instrumented Streaming Platform (WISP) is a portable, remotely controlled wideband RF data capture and analysis tool.
TEMS ↗
Tactical Edge Electro-Magnetic Sensor (TEMS) is a real time, situational awareness plugin for Android Team Awareness Kit (ATAK).
DYSE ↗
The Dynamic Spectrum Environment Emulator (DYSE) is a test asset that emulates realistic RF environments.