Today we introduce the Azimuth Angle Selection feature for SAR satellite tasking! This powerful new tool gives you greater control over your imaging strategy by allowing you to choose the direction from which the satellite captures images. Whether you're looking under a bridge, down a valley, or even inside an aircraft hangar, this feature will help you get the exact view you need. The shaded area of the "pizza" visualization on our platform illustrates the angle from which the satellite will be approaching. This helps you select the right azimuth angle to capture the specific features or avoid shadowing effects in complex terrains. The feature is under the advanced feature settings when you go to task a Umbra SAR image. Try it out and let us know your feedback! https://lnkd.in/g7bCuCCQ
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New user-selectable azimuth angles for SAR (Synthetic Aperture Radar) satellite tasking through Umbra. This feature offers much more control over SAR imaging. Our "pizza slice" tool shows you where the satellite will look from. Think of it like a flashlight shining on your target. Moving the slice lets you choose the best angle to see what you need, whether inside a building or in a deep valley. Check it out here: https://lnkd.in/gbiXBBR3 Also, explore SkyFi's PRO feature with Tasking Pass selection. It is available for individuals ($20/month) and organizations ($500/month). Key Benefits for azimuth angles: -Enhanced Flexibility: Choose satellite viewing angles to capture specific features and avoid shadowing. -Strategic Viewing: This technique is ideal for peering into hangars, under bridges, or down valleys. Our pizza-shaped selector visualizes the satellite's perspective. -Consistent Large-Area Imagery: Simplify mosaicking for seamless large-scale maps. -Improved Change Detection: Make temporal comparisons more accurate with consistent angles. -Industry-Specific Solutions: Customize imaging for unique sector requirements. -Geographical Challenge Navigation: Optimize data quality in complex terrains. #SARImaging #EarthObservation #SatelliteTechnology SkyFi
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MUD® Solves SAR Data Gaps: Part 1 Radar SAR Interferometry is a well-established method used to measure movement and deformation on the Earth’s surface. By duplicating the orbital path, the precise time and geometry, successive radar signals are captured and analyzed for their differences. It is possible to detect movement or change, between captured images, as small as 2 mm. MUD® adds critical subsurface and underwater intelligence to traditional models and monitoring. #SAR #satellite #monitoring #technology #tailings #ThePowerOfMUD
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Taking a magnetometery airborne survey with MagArrow (Geometrics) sensor. This sensor provides us with the ability to collect magnetic data continuously, with the optimal speed and resolution in geomagnetic surveys. (Of course, to make the video more exciting, I mixed the video recorded by the drone camera with a music😉)
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TOPIC : AIRFIELD SURFACE MOVEMENT RADAR(ASMR) ASMR is limited in range to only a few miles, due to the high operating frequency of the system. It is highly vulnerable to precipiation interference, but offers sharp beamwidth from a small aerial. Specifications for ASMR typically resemble the following: wavelength = 3 cm PRI = 65 microseconds pulse width = 0.5 microseconds beamwidth = 0.5° aerial rotation = 75 RPM
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I learned something! Linked is a concise and complete overview of sonar systems, in plain language! Great post!
Calling all smooth operators.. scan your eyes on this. 👀 Sonar is one of the most important technologies for the exploration and understanding of marine environments yet can be VERY confusing. To ease the pain, we’ve pulled together our sonar experts to create this article explaining some of the most common categories of sonar devices including echosounder sonars, imaging sonars, and acoustic positioning/velocity sonars. We’ve also added some captivating illustrations for good measure. 😉 Dive on in! https://lnkd.in/daGrfYx5 📽 : SAS Flying Manta (sped up version featuring the Ping360) #ping360 #sonar #sonarguide #bluerobotics #marinerobotics #subsea
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New Publication https://lnkd.in/eezu9yND Comprehensive analysis of the influence of the number of blades of a helicopter rotor on the vibrations that are caused by the helicopter main rotor as well as the active reduction of these vibrations via individual blade control. To this end fundamental geometric relation within the helciopter rotor are evaluated resulting in the analysis of different types of vibration depending on the assumptions of each analysis. The investigation of vibrations resulting from random differences of the individual blades of the rotor leads to the generalized concept for in-flight tracking control using an individual blade control system which takes into account the practical challenges found in literature for this kind of control concept.
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Dwell Fine is a first-in-the-world capability that delivers high-fidelity and high-resolution imagery, unique 25-second #SAR videos to analyze movements, and Color Sub-Aperture Images (CSI) which allow for an immediate indication of human-made objects and infrastructure. This — combined with the ability of ICEYE satellites to observe any location on Earth every few hours, day or night, and in any weather — enables a level of change detection that's never been possible before. Learn more: https://lnkd.in/dGPzNQsm.
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To set up a Real-Time Kinematic (RTK) system, you'll need a base station and a rover. The base station receives satellite signals and calculates corrections. The rover receives these corrections from the base station to improve its positioning accuracy. Remember, I'm not an expert, so it's always a good idea to consult a professional for detailed guidance. 😊🌐When carrying out a topographic survey, using a Real-Time Kinematic (RTK) system can provide precise positioning data. It helps in accurately mapping the terrain and capturing detailed topographic features. 🗺️📐
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Stay tuned, Rayference is further exploring this subject!
Our paper on surface reflectance measurement from UAV-based measurements is now published! In this study, we used the #Eradiate radiative transfer model to assess the impact of several assumptions on the measurement of surface reflectance at the bottom of the atmosphere (typically using a drone) and identified the conditions in which the recorded data approximate best the desired reflectance quantity. https://lnkd.in/eBzFJ4QQ
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Developer at Skyfi
2wThis is a powerful addition to the other options we have. You really can get the image that you want with Skyfi