Keysight PTS2354NB SimSENSOR
MEMS sensor modeling
- Simulate up to four concurrent data streams from accelerometers, gyroscopes, magnetometers, compasses, and barometers
Comprehensive simulation
- Generate sensor outputs consistent with any simulated trajectory
- Access a built-in library of pedestrian trajectories with common 'gestures'
- Introduce noise and errors on an individual axis basis
- Support a range of MEMS noise profiles
Sensor error and noise models
- Apply deterministic and stochastic error models
- Configure MEMS sensor Allan variance noise profiles
- Model magnetometer, barometric, and digital compass behavior independently
Full flexibility
- Meet specific commercial device R&D requirements
- Build on existing Keysight GSS7000 / GSS9000 simulators
Ease of use
- Deliver data as a UDP stream over Ethernet
- Choose alternative delivery mechanisms (e.g., I2C, smartphone OS integration)
- Control sensor parameters, noise, bias, and drift through a full GUI
SimSENSOR enables sensor fusion algorithm testing in the lab by presenting Multi-GNSS and simulated MEMS sensor outputs to the bench environment. This approach gives you full lab control over every stimulus to the navigation algorithms - including GNSS pseudorange measurements from the receiver under test and emulated inertial outputs such as linear delta velocity and angular delta-theta. All inputs are precisely repeatable across test runs.
SimSENSOR enables sensor fusion algorithm testing in the lab by presenting Multi-GNSS and simulated MEMS sensor outputs to the bench environment. This approach gives you full lab control over every stimulus to the navigation algorithms - including GNSS pseudorange measurements from the receiver under test and emulated inertial outputs such as linear delta velocity and angular delta-theta. All inputs are precisely repeatable across test runs.