Environment Simulation

Place transmitters and receivers in 3D space. Signal delay and Doppler shift are computed from geometry and velocity.

Length (s):

Speed Of Propagation (m/s):

Path Loss Exponent:

Platform:

Latitude (deg):

Longitude (deg):

Altitude (m):

Self Interference Cancelation: True False

Element:

Data Type: IQ Spectrogram

Format: Raw Float32 Raw Float64 WAV SigMF MATLAB VITA49

Format: Raw Float PNG

Fft Size:

Overlap:

Window: Hann Hamming Kaiser

Fft Size:

Overlap:

Window: Hann Hamming Kaiser

Noise (dBFS):

Sample Rate (Hz):

Signal: Tone PSK Iridium OOK ASK FSK DPSK QAM OFDM GMSK AIS DSSS PAM AM FM Chirp LoRa ADS-B APSK MSK GFSK CPFSK Bluetooth LE APRS FHSS WiFi (802.11a)

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Duration (s):

Phase (rad):

Count:

Power (dBFS):

Center Frequency (Hz):

Samples Per Symbol:

Pulse Shape: Rectangle Raised Cosine Root Raised Cosine Gaussian

Pulse Shape Span:

Pulse Shape Rolloff:

Transmitter Start Time (s):

Modulation Order: 2 4 8 16

Baud (sym/s):

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Slot Index: 0 1 2 3 4 5 6 7

Samples Per Symbol:

Pulse Shape: Rectangle Raised Cosine Root Raised Cosine Gaussian

Pulse Shape Span:

Pulse Shape Rolloff:

Transmitter Start Time (s):

Duration (s):

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Samples Per Symbol:

Pulse Shape: Rectangle Raised Cosine Root Raised Cosine Gaussian

Pulse Shape Span:

Pulse Shape Rolloff:

Transmitter Start Time (s):

Baud (sym/s):

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Samples Per Symbol:

Pulse Shape: Rectangle Raised Cosine Root Raised Cosine Gaussian

Pulse Shape Span:

Pulse Shape Rolloff:

Transmitter Start Time (s):

Modulation Order: 2 4 8

Baud (sym/s):

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Modulation Order: 2 4 8 16

Baud (sym/s):

Samples Per Symbol:

Freq Sep (Hz):

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Samples Per Symbol:

Pulse Shape: Rectangle Raised Cosine Root Raised Cosine Gaussian

Pulse Shape Span:

Pulse Shape Rolloff:

Transmitter Start Time (s):

Baud (sym/s):

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Samples Per Symbol:

Pulse Shape: Rectangle Raised Cosine Root Raised Cosine Gaussian

Pulse Shape Span:

Pulse Shape Rolloff:

Transmitter Start Time (s):

Modulation Order: 4 16 64 256

Baud (sym/s):

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Num Subcarriers:

Fft Size:

Cyclic Prefix Length:

Baud (sym/s):

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Baud (sym/s):

Samples Per Symbol:

BT:

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Baud (sym/s):

Samples Per Symbol:

BT:

Transmitter Start Time (s):

Message Type: Msg1 Position Report Msg2 Assigned Position Report Msg3 Special Position Report Msg4 Base Station Report Msg9 Sar Aircraft Position Msg14 Safety Broadcast Msg18 Position Report Class B Msg21 Aid To Navigation Msg24 Static Data Msg27 Long Range Broadcast Msg28 Aid To Navigation Single Slot

MMSI:

Lat (deg):

Lon (deg):

Speed (knots):

Course (deg):

Heading (deg):

Status:

MMSI:

Lat (deg):

Lon (deg):

Speed (knots):

Course (deg):

Heading (deg):

Status:

MMSI:

Lat (deg):

Lon (deg):

Speed (knots):

Course (deg):

Heading (deg):

Status:

MMSI:

Lat (deg):

Lon (deg):

MMSI:

Lat (deg):

Lon (deg):

Alt (m):

Speed (knots):

Course (deg):

MMSI:

Text:

MMSI:

Lat (deg):

Lon (deg):

Speed (knots):

Course (deg):

Heading (deg):

MMSI:

Name:

Lat (deg):

Lon (deg):

Aid Type:

Repeat:

Accuracy:

To Bow (m):

To Stern (m):

To Port (m):

To Starboard (m):

Epfd:

Second:

Off Position:

Reserved 1:

Raim:

Virtual Aid:

Assigned:

Name Ext:

MMSI:

Shipname:

Callsign:

Ship Type:

MMSI:

Lat (deg):

Lon (deg):

Speed (knots):

Course (deg):

Status:

MMSI:

Lat (deg):

Lon (deg):

Aid Type:

Station Type:

Repeat:

Second:

Restricted:

Iala Mrn:

Dimension:

Dimensions A (m):

Dimensions B (m):

Dimension Additional Data:

Charted Status:

Station Status:

Status Bits:

Auth:

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Baud (sym/s):

Sequence: Barker 2 Barker 3 Barker 4 Barker 5 Barker 7 Barker 11 Barker 13 Mseq 7 Mseq 15 Mseq 31 Mseq 63 Mseq 127

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Samples Per Symbol:

Pulse Shape: Rectangle Raised Cosine Root Raised Cosine Gaussian

Pulse Shape Span:

Pulse Shape Rolloff:

Transmitter Start Time (s):

Modulation Order: 2 4 8 16

Baud (sym/s):

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Duration (s):

Mode: Dsb Dsb Sc Usb Lsb

Modulation Index:

Message Bandwidth (Hz):

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Duration (s):

Deviation (Hz):

Message Bandwidth (Hz):

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Duration (s):

Bandwidth (Hz):

Direction: Up Down

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Spreading Factor: 7 8 9 10 11 12

Bandwidth (Hz):

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Format: Extended Short

Count:

Power (dBFS):

Center Frequency (Hz):

Samples Per Symbol:

Pulse Shape: Rectangle Raised Cosine Root Raised Cosine Gaussian

Pulse Shape Span:

Pulse Shape Rolloff:

Transmitter Start Time (s):

Modulation Order: 16 32

Baud (sym/s):

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Baud (sym/s):

Samples Per Symbol:

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Baud (sym/s):

Samples Per Symbol:

BT:

Modulation Index:

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Modulation Order: 2 4 8

Baud (sym/s):

Samples Per Symbol:

Modulation Index:

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Baud (sym/s):

Samples Per Symbol:

BT:

Modulation Index:

Transmitter Start Time (s):

Payload Bytes:

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Source:

Info:

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Baud (sym/s):

Samples Per Symbol:

Freq Sep (Hz):

Num Channels:

Channel Spacing (Hz):

Hop Rate (hops/s):

Data Generator:

N Bits:

Bits:

Input File:

Count:

Power (dBFS):

Center Frequency (Hz):

Transmitter Start Time (s):

Modulation Order: 2 4 16 64

Num Symbols:

Count:

RX TX Both