Dallas Kasaboski’s Post

The European Union Agency for the Space Programme #EUSPA has just released the latest User Needs & Requirements report for the rail sector based on the discussions and evaluations of the User Consultation Platform (UCP) 2023 in Sevilla. It provides a comprehensive analysis of how the EU Space market is evolving and addresses the specific needs of the rail sector by covering market trends, key technological drivers, and the integration of GNSS, Earth Observation, and and secure Satellite Communication (SatCom) data in railway systems. #EUSPA #EUSpace #RailSector #UserNeeds #GNSS #EarthObservation #SatCom #UCP2023

By carefully configuring these settings, you can ensure that your GNSS control static observation is set up correctly for optimal data quality and reliability. 1.Receiver Type: Select the appropriate model, such as "Trimble R10." 2.Antenna Type: Choose the correct antenna, like "Trimble Zephyr 2." 3.Antenna Height: Enter the precise height above the survey mark, e.g., "2.0 m." 4.Recording Interval: Set to "5 seconds" for regular data capture. 5.Elevation Mask: Configure to "15°" to exclude low-angle satellites. 6.PDOP Mask: Set the value to "3" for accurate data filtering. 7.Static Mode: Ensure the receiver is in "Static Mode." 8.Cut-off Angle: Match the elevation mask, typically "15°." 9.File Format: Choose "RINEX" for instance for data storage. 10.Survey Start: Begin the survey by selecting "Start Logging." 11.Verify Logging: Check that data is being recorded correctly. 12.Survey End: Conclude by selecting "Stop Logging."

Identify GPS signal multipath An international GPS service provider: reducing the time required to analyze datasets affected by multipath propagation, shortening the analysis duration. Goal 1: Optimize tracking of multipath probability Goal 2: Optimize the signal as it passes through the atmosphere. The information is transmitted via satellites at a speed of 1200 bit/second at a cost of $250-500 per bit/second Goal 3: Identify the positioning engine that is precise at the required time and continues in space. Budget: 360K $ Result: 1. Built unsupervised identification models with 80% accuracy.  Savings of 10-20% on data processing. 2. Developed an improved signal optimization and modeling mechanism with an accuracy of up to 90%. Data transfer savings of $50 per second. 3. Created a GNSS mechanism optimized and adapted to the client’s needs. Savings for the company 1M $ per year.

Identify GPS signal multipath An international GPS service provider: reducing the time required to analyze datasets affected by multipath propagation, shortening the analysis duration. Goal 1: Optimize tracking of multipath probability Goal 2: Optimize the signal as it passes through the atmosphere. The information is transmitted via satellites at a speed of 1200 bit/second at a cost of $250-500 per bit/second Goal 3: Identify the positioning engine that is precise at the required time and continues in space. Budget: 360K $ Result: 1. Built unsupervised identification models with 80% accuracy.  Savings of 10-20% on data processing. 2. Developed an improved signal optimization and modeling mechanism with an accuracy of up to 90%. Data transfer savings of $50 per second. 3. Created a GNSS mechanism optimized and adapted to the client’s needs. Savings for the company 1M $ per year.

How to Navigate the L1, L2, L5, E5a, E5b, and G2 Alphabet Soup of GNSS Constellations and Signals. The GNSS ecosystem has become more complex in recent years. More bands and more constellations are enabling use cases previously out of reach of civilians. But in the process, all of these additional options are making it even more complicated when developing a positioning application. Let’s break this down. Read more via Taoglas: https://lnkd.in/dh5Bc3JF

On Monday the sun’s latest geomagnetic barrage hit the Earth, once again downing radio and GPS operations (over North America), and once again showing the vulnerability of systems that are over reliant on GNSS. At Hoptroff we’ve been aware of the problems presented by GNSS-reliant systems for a long time, and have developed time technology that doesn’t rely on GNSS, making Hoptroff Smart Timing one of the most resilient time synchronisation solutions in the world.  The sun is currently in a period of increased activity, meaning these ‘geostorms’ are going to hit more frequently and pack more of a punch. So what will the impact on GNSS systems be? And what do we need to do to stabilise the systems that rely on them? Our Chief Time Officer, Richard Hoptroff, has some of the answers. https://lnkd.in/etMGmxdd

🚀 Ever wondered how modern systems like spacecraft, healthcare devices, or applications keep running smoothly in real time? The secret lies in observability! In my latest blog, "Introduction to Observability: Understanding Telemetry, Metrics, Logs, and Traces — Part 1", I explore: ✅ How telemetry empowers remote monitoring in industries like space exploration and healthcare. ✅ The fundamentals of observability in software systems. ✅ The role of metrics, logs, and traces in OpenTelemetry. 🔗 Dive into the details here: https://lnkd.in/dUB-QfRz 💬 I’d love to hear your thoughts! How are you using telemetry and observability in your projects? #Observability #Telemetry #OpenTelemetry #Metrics #SoftwareEngineering

Automate SpaceGPS Satellite pullback signals in NinjaTrader 8's Strategy Builder - Step-by-Step ➡ https://lnkd.in/gPQ39yGf

🌍 Exploring Earth from Space with Synthetic Aperture Radar (SAR)! SAR is a type of powerful radar technology that can capture detailed images of the Earth's surface, even through clouds or at night. It's incredibly useful for keeping an eye on natural disasters, monitoring environmental changes, and much more. 🔍 Want to learn more about how SAR works and its applications? Check out this detailed blog: https://hubs.la/Q02vvRCs0 🌐 Discover how our geospatial solutions leverage this technology: https://hubs.la/Q02vvQWy0 #SyntheticApertureRadar #GeospatialTech #EnvironmentalMonitoring #NewLightTechnologies