# Documentation

## Skaha-Irrigation

- [Page](https://skaha-labs.gitbook.io/documentation/skaha-irrigation/page.md)

## Land-Surface Model

- [Page](https://skaha-labs.gitbook.io/documentation/land-surface-model/page.md): Test Test Test

## Skaha-Drone

- [Introduction: Digital L-Band (1.4 GHz) Polarimeter for UAVs](https://skaha-labs.gitbook.io/documentation/readme.md): Skaha's L-Band polarimeter measures fractional polarization values and polarization angles, setting it apart from conventional dual-polarized radiometers.
- [Radio Wave Polarization](https://skaha-labs.gitbook.io/documentation/microwave-polarimetry/page-1.md): Here is a simplified explanation of polarization and Stokes parameters.
- [Mounting Options](https://skaha-labs.gitbook.io/documentation/technical-description/mounting-options.md): Discussion of mounting options.
- [Antenna](https://skaha-labs.gitbook.io/documentation/technical-description/antenna.md): Description of antenna performance.
- [Control Unit](https://skaha-labs.gitbook.io/documentation/technical-description/powering-the-sensor.md): What the control unit does, and why it is important.
- [RF Signal Chain](https://skaha-labs.gitbook.io/documentation/technical-description/rf-signal-chain.md): The following is a description of the chain consisting of the RF amplifier and filter.
- [A/D Converter and Digital Correlator](https://skaha-labs.gitbook.io/documentation/technical-description/digital-correlator.md): Below is a description of the digital section of the receiver.
- [Receiver Noise Temperature](https://skaha-labs.gitbook.io/documentation/technical-description/receiver-noise-temperature.md): The following is a calculation and measurement of the noise temperature of the receiver.
- [Internal Calibration](https://skaha-labs.gitbook.io/documentation/technical-description/internal-calibration.md): The process of using a reference load for internal calibration is explained.
- [Radio Interference Filter](https://skaha-labs.gitbook.io/documentation/technical-description/radio-interference-filter.md): Options for interference mitigation.
- [Ground Station](https://skaha-labs.gitbook.io/documentation/ground-station-and-user-interface/ground-station.md): General description of the ground station.
- [Labels and Tags](https://skaha-labs.gitbook.io/documentation/ground-station-and-user-interface/labels-and-tags.md): What the data tag and labels are used for.
- [Status](https://skaha-labs.gitbook.io/documentation/ground-station-and-user-interface/page.md): The status page of the user interface.
- [Settings](https://skaha-labs.gitbook.io/documentation/ground-station-and-user-interface/settings.md): The settings page of the user interface.
- [Rawdata](https://skaha-labs.gitbook.io/documentation/ground-station-and-user-interface/rawdata.md): Display of raw data spectra.
- [Map](https://skaha-labs.gitbook.io/documentation/ground-station-and-user-interface/map.md): Display of raw data as a map.
- [Internal](https://skaha-labs.gitbook.io/documentation/ground-station-and-user-interface/internal.md): The Internal tab shows information related to the ground station.
- [Introduction](https://skaha-labs.gitbook.io/documentation/online-processing/page-4.md): Sensor raw data can be processed automatically by the processing chain running on Skaha's cloud server.
- [Sanity Check and Filtering](https://skaha-labs.gitbook.io/documentation/online-processing/sanity-check-and-filtering.md): First step of the data processing chain.
- [Gain Calibration](https://skaha-labs.gitbook.io/documentation/online-processing/gain-calibration.md): Second step of the data processing chain.
- [Conversion to Volumetric Water Content](https://skaha-labs.gitbook.io/documentation/online-processing/conversion-to-volumetric-water-content.md): Third step of the data processing chain.
- [Data Storage in Google Drive](https://skaha-labs.gitbook.io/documentation/online-processing/data-storage-in-google-drive.md): Final step in the processing chain.
- [HDF5 File Structure](https://skaha-labs.gitbook.io/documentation/working-with-the-sensor-and-data/hdf5-file-structure.md): Sensor raw data are stored in HDF5 files.
- [Python Scripts](https://skaha-labs.gitbook.io/documentation/working-with-the-sensor-and-data/python-scripts.md): Example Python script to load an HDF5 file.
- [Test Observations](https://skaha-labs.gitbook.io/documentation/working-with-the-sensor-and-data/page-5.md): Tests we periodically perform to analyze sensor performance.

## Skaha-Survey

- [Sensor Mount](https://skaha-labs.gitbook.io/documentation/skaha-survey/sensor-mount.md)