picksmop.blogg.se - Orbitron satellite software

#ORBITRON SATELLITE SOFTWARE UPDATE#
#ORBITRON SATELLITE SOFTWARE DRIVER#
#ORBITRON SATELLITE SOFTWARE MANUAL#
#ORBITRON SATELLITE SOFTWARE SOFTWARE#

At first glance the tutorial may seem more complicated than the old method, but in the end it is a much faster and more efficient way at decoding LRPT images. To help users get set up with this new method, Happysat has again come forth with another tutorial which can be downloaded here (. Meteor M1 is now at 137.1 MHz and can be received using the same steps as in this tutorial, though please note that images from Meteor M1 are not perfect since the satellite is tumbling. Meteor M1 is gone again. NOTE: Meteor M1 has come alive again, so the frequency of Meteor M2 was changed from 137.1 MHz to 137.9 MHz. This is similar to the already existing DDE plugins, but now also comes with a scheduler which allows users to automatically schedule recordings of Meteor-M2 and NOAA satellite passings. The plugin can be downloaded on the same page as the QPSK plugin. The demodulator also offers the advantage of faster and longer signal locking, and also works much better with weak signals compared to the old method.Īt the same time Vasili has also released another plugin called DDE Tracker which allows a satellite tracking program such as Orbitron to interface with and control SDR#. Now Vasili, a SDR# plugins programmer, and Oleg who is the coder of Lrptdecoder have combined ideas to create a new QPSK demodulator plugin for SDR# that allows the real time reception and decoding of Meteor-M2 LRPT images (in Russian use Google translate).

#ORBITRON SATELLITE SOFTWARE MANUAL#

The tutorial required several offline manual processing steps to be performed and therefore could not decode the image in real time. Happysats tutorial will work for Meteor M-N2-1 and Meteor M-N2-2.īack in September last year we posted a tutorial written by reader Happysat which showed how to receive and decode high resolution Meteor-M2 LRPT satellite images.

#ORBITRON SATELLITE SOFTWARE UPDATE#

Update 02 August 2019: Please use Happysats tutorial which is available here. RTL-SDR Tutorial: Decoding Meteor-M2 Weather Satellite Images in Real-Time with an RTL-SDR

ExtIO with Decimation & Tuner Bandwidth Controls.

#ORBITRON SATELLITE SOFTWARE DRIVER#

Manual gain controls and decimation driver.

Measuring Traffic Volumes with Passive Radar.

SignalsEverywhere Direction Finding Tutorial.

Measuring Filter Characteristics & VSWR.

Performing Replay Attacks with RTL-SDR and RpiTX.

QRP (FT8, JT9, WSPR etc) Monitoring Station.

Decoding 433 MHz ISM Band Weather Stations.

GOES 16/17 and GK-2A Weather Satellite Tutorial.

Day and night background images from NASA.

Displays the names, categories, position and orbital parameters in a table.

Simulates deployments of one satellite from another and changes their TLEs according to their mass, the deployment speed and direction.

The time and date can be changed, speed up forward, backwards and paused.

It can show the South Atlantic Anomaly (SAA).

The satellites' coverage can be added or removed.

The TLE data of the displayed satellites can be saved into a new txt file.

The user can open any TLE data from a txt file.

The following are some of the key features of Pypredict: More information about this at the bottom of this file. There are also all the simulations for a research paper submitted at Remote Sensing with the name: "A femto-satellite localization method based on TDOA and AOA using two CubeSats". It is inspired by Gpredict and Orbitron.Īdditionally, there is a class defined in AOAwithTDOA.py which replicates the method of the research paper called "A simple and accurate TDOA-AOA localization method using two stations". It can also simulate satellite deployments of one satellite from another with different velocities, considering the mass of the satellites. It displays any satellite's position and orbital parameters in real time.

#ORBITRON SATELLITE SOFTWARE SOFTWARE#

This software is a real-time satellite tracker and orbit propagator.