Engineers Ireland’s Post

Discover how Satellite #InSAR data can help you remotely monitor #groundmovement across entire #rail networks and thousands of rail assets. Check out our quick reference guide for InSAR use cases, comparison with in-situ monitoring techniques and role of corner reflectors in rail network monitoring. #InSARdata #satellitemonitoring #railinfrastructure #railindustry #assetmonitoring #assetmanagement

Dense urban environments pose significant challenges for GNSS receivers. Trees, buildings, and other structures can reflect satellite signals and create multipath effects that ultimately affect their accuracy. Fortunately, with the u-blox F10 platform, you can significantly enhance positioning accuracy even in urban canyons by leveraging advanced multipath mitigation technology. Key features include: ☑️ Combines L1 and L5 bands for enhanced multipath resistance ☑️ Achieves meter-level accuracy in challenging urban environments ☑️ Detects and mitigates jamming and spoofing attacks with sophisticated algorithms Discover the F10 Family now: https://ow.ly/Viw250SEZz0 #GNSS #MultipathMitigation #UrbanMobility

Take control of your network, whatever the weather. TEMPESTAS uses AI-techniques to enable satellite operators to pro-actively manage both simple two-station diversity gateways and more complex Smart Gateway Diversity (SGD) arrangements by: 🛰️ Predicting outages 6 hours ahead 🛰️ Analysing weather predictions at available diversity gateways 🛰️ Automatically transferring traffic to alternate gateways before outages occur. Why not see for yourself and request an evaluation licence? https://lnkd.in/easxHhhM

NACOE Research: Real-Time Determination of Spare Capacity of Routes for Enhanced Management of Congested Road Networks Spare capacity is the difference between a road's design or operational capacity and the realised flow. Real-time determination of spare capacity of routes is essential for enhanced management of congested road networks. Knowing the spare capacity in real-time can lead to enhanced traffic management strategies, such as providing more accurate traveller information and optimising traffic signal control. NACOE completed a project to develop a prototype for real-time determination of spare capacity using available traffic data. The calibration of the prototype involved determining threshold capacity values for each traffic lane. These values were determined through visual inspection of volume-occupancy plots from departure, arrival detectors, and network performance indicator data. The capacity thresholds were then validated against CCTV footage to accurately reflect the ground truth. The modified prototype could continuously forecast saturated traffic conditions for a significant portion of the day at a few sites, even with data limitations. It also identified periods of saturated traffic conditions during peak hours with no identification during off-peak hours, as expected. This suggests that the prototype is reasonably accurate in establishing saturated traffic conditions in real-time. This research is a valuable contribution to developing real-time traffic management strategies that can help reduce congestion and improve traffic flow. Learn more: https://lnkd.in/gExd4S8x #NACOE #queensland #realtimetrafficmanagement #congestionmanagement #transport #brisbane

Featured Product: GNSSource-1000✨ The GNSSource-1000 is a low-cost, high performance GPS/GNSS primary reference source. It integrates a GPS/GNSS disciplinable low-noise GXClock-500 function, using SmarTiming+R technology with an auto-adaptive loop time constant from 100 to 10,000 seconds, depending on the GPS/GNSS signal quality, at cutting-edge 1ns resolution. The Safran GNSSource-1000 is specifically designed for cross-industry applications, where high stability and timekeeping features are required. #ResilientPNT #PNT #Timing

When the Geode GNS3 is activated with RTK functionality, it can be used on the user’s choice of RTK network(s). Collect real-time GNSS data with sub-meter, sub-foot, decimeter, and centimeter accuracy options. Find out what networks are available in your area on our Geode GNS3 product page. https://buff.ly/3SsidIB #RTK #GNS3Reciever #GPSReciever

When the Geode GNS3 is activated with RTK functionality, it can be used on the user’s choice of RTK network(s). Collect real-time GNSS data with sub-meter, sub-foot, decimeter, and centimeter accuracy options. Find out what networks are available in your area on our Geode GNS3 product page. https://buff.ly/3SsidIB #RTK #GNS3Reciever #GPSReciever

In the realm of precision surveying and geospatial data collection, staying connected to a reliable CORS (Continuously Operating Reference Station) network via NTRIP (Networked Transport of RTCM via Internet Protocol) requires a stable internet service provider whenever the geospatial professional is using the GNSS rover in the field for data acquisition. However, achieving uninterrupted connectivity in remote locations with limited internet access can be a challenge. For users of GNSS receivers with NTRIP capabilities, the process of maintaining a stable connection often involves switching between different SIM cards to find a network provider with coverage in remote locations—an inconvenient and time-consuming task. But what if there was a way to eliminate the need for multiple SIM cards and ensure seamless connectivity no matter where you are? Read the full blog post : https://lnkd.in/exWQgPdn #sacredion #weconnect #globalconnectivity #NTRIP #GNSS #tersusgnss #geospatialprofessional Weconnect mobile Russell Beadle

🚢 Stay Safer with #TPS! Sercel’s innovative low-frequency broadband marine source simplifies your operations, enabling safer deployment, retrieval, and prevention of auto-fires. 👉 Watch the video to learn more about the operational benefits of our Tuned Pulse Source technology. https://lnkd.in/eiVymtrJ #MarineSeismicSources #StaySafer #OffshoreOperationalExcellence

successfully presented and published conference proceedings on title Geographic Routing for Rest Scheduling in Duty-Cycled Mobile Sensor Networks