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  • GRAPeS: advanced PS time series analysis for ground RADARS « ARESYS
    S catterers is the ARESYS Ground Interferometric Radar analysis software product GRAPeS is an high performances processing library that is capable of managing large stacks of Ground Radar images and it provides real time displacement analysis of the imaged scenario GRAPeS implements state of art space derived interferometric persistent scatteresrs processing techniques to provide a stable reliable displacement estimation tool for many monitoring applications GRAPeS is now integrated into the IBIS M system the RADAR solution by IDS company dedicated to open pit mines continuous monitoring and early warning More than 100 mine monitoring systems exploiting GRAPeS are currently installed and working worlwide GRAPeS Main features 8 years old successful operations worldwide with million radar frames processed Continuously updated and maintained with the latest algorithm evolution Accurate and reliable atmospheric contributions estimation and cancellation State of art Persistent Scatterers based algorithm for robust and reliable displacement time series analysis Innovative algorithm for the detection of a large range of displacement rates from few millimeters per year to some meters per day High performance software for soft Real Time processing and early warning Fully designed and developed in C Available for Linux and Windows OS Algorithms for seismic processing SAOCOM SAR

    Original URL path: http://www.aresys.it/portfolio/6388/# (2016-04-29)
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  • Non-contact vibration monitoring « ARESYS
    RADARS monitoring solutions Non contact vibration monitoring Non contact vibration monitoring in FMCW The application A RADAR sensor network can be effectively exploited to monitor vibrating targets such as industrial production machines engines rotors RADAR can prform several non contact measurements and combine them to derive the 3D vibration vector for each measurement point In the figure on the right the result of a msurement on an industrial production machine is presented The measured point was also instrumented with an accelerometer in order to test the reliability of the RADAR measure The two time frequency plots show an outstanding agreement RADAR accelerometer comparison Sample applications Non contact vibration monitoring Highly accurate non contact vibration monitoring solution capable of several simultaneous measurements of vibrating targets Sub millimeter deformation measurement Accurately measure deformation and tolerances sizes for in line quality control Railway bridge millimiter deformation Using RADAR sensor to accurately track infrastructures deformation SARFOC L0 processing and focusing Sub millimeter deformation measurement Search our website Our capabilities Satellite SAR Airborne SAR Ground based RADARS monitoring solutions Pipeline monitoring leak detection Seismic Geophysics Send a request Thank You Your message has been sent successfully Name Email Company Subject Spaceborne SAR Airborne SAR RADAR

    Original URL path: http://www.aresys.it/portfolio/non-contact-vibration-monitoring/ (2016-04-29)
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  • Sub-millimeter deformation measurement « ARESYS
    exploited for in line quality control during production In this example a set o 4 RADAR sensors are used to estimete the sizes and the possible deformation of a metal bar In the following figures the measured sample and the deformation measured by one of the installed RADARS is displayed In the picture on the right the sample steel target is depicted Two artificial deformations with different thickness 0 5 and 1 millimeters have been applied to one of its faces to test the system meaurement reliability The measure obtained by the RADAR facing the deformation The RADAR accuracy is much higher than the deformation magnitude Both the deformations are accurately tracked Blue and red lines represent two independent measures Sample applications Non contact vibration monitoring Highly accurate non contact vibration monitoring solution capable of several simultaneous measurements of vibrating targets Sub millimeter deformation measurement Accurately measure deformation and tolerances sizes for in line quality control Railway bridge millimiter deformation Using RADAR sensor to accurately track infrastructures deformation Non contact vibration monitoring Railway bridge millimiter deformation Search our website Our capabilities Satellite SAR Airborne SAR Ground based RADARS monitoring solutions Pipeline monitoring leak detection Seismic Geophysics Send a request Thank

    Original URL path: http://www.aresys.it/portfolio/sub-millimeter-deformation-measurement/ (2016-04-29)
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  • Railway bridge millimiter deformation « ARESYS
    The experiment A sensor network constituted by two synchronized RADAR sensors in order to resolve the vertical displavcement vector has been installed close to the first pillar of a railway bridge in North Italy The sensor system in such an installation is able to monitor several hundreds of bridge points simultaneously in a non contact fashon In the animation on the right the evolution of one of the measured points is displayed The peak point vertical deformation is around 2 centimeters Please note how the deformation caused by the engine coach is much bigger than the deformation caused by the following coaches 4 due to its higher mass Sample point measurement Sample applications Non contact vibration monitoring Highly accurate non contact vibration monitoring solution capable of several simultaneous measurements of vibrating targets Sub millimeter deformation measurement Accurately measure deformation and tolerances sizes for in line quality control Railway bridge millimiter deformation Using RADAR sensor to accurately track infrastructures deformation Sub millimeter deformation measurement Safe digging with S GPR Search our website Our capabilities Satellite SAR Airborne SAR Ground based RADARS monitoring solutions Pipeline monitoring leak detection Seismic Geophysics Send a request Thank You Your message has been sent successfully Name

    Original URL path: http://www.aresys.it/portfolio/railway-bridge-millimiter-deformation/ (2016-04-29)
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  • Ground interferometric RADAR sensor networks « ARESYS
    sensor networks Ground interferometric RADAR sensor networks in FMCW An innovative alternative for sub millimeter measurements ARAMIS the Advanced RAdar for Microwave Interferometric Surveys is the FMCW RADAR prototype developed by ARELECS under ARESYS design You can find a detailed description of the system features at the dedicated product page on ARELECS web site We design your taylored radar application The compact and high resolution ARAMIS FMCW sensor networks are particularly suited for innovative medium range 1000m indoor and outdoor sub millimeter applications Thanks to the flexibility and scalability of our sensor networks we can easily design taylored monitoring and control solutions with moderate Non Recurring Engineering costs Sample applications Non contact vibration monitoring Highly accurate non contact vibration monitoring solution capable of several simultaneous measurements of vibrating targets Sub millimeter deformation measurement Accurately measure deformation and tolerances sizes for in line quality control Railway bridge millimiter deformation Using RADAR sensor to accurately track infrastructures deformation SAOCOM SAR processing facility Support to ESA s Sentinel 1 Search our website Our capabilities Satellite SAR Airborne SAR Ground based RADARS monitoring solutions Pipeline monitoring leak detection Seismic Geophysics Send a request Thank You Your message has been sent successfully Name Email Company

    Original URL path: http://www.aresys.it/portfolio/6379/# (2016-04-29)
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  • RADAR passive calibration devices « ARESYS
    Contacts Home FMCW RADARS monitoring solutions RADAR passive calibration devices RADAR passive calibration devices ARESYS s corner reflectors are the ideal solution for verification and outdoor test of RADAR instruments Simple and easy to assemble our corner reflectrors can be used to calibrate systems with central frequencies going from L Band to K Band The corners main features are Modularity the corners are modular and can be built with different sizes Easy assembly and shipping the corners can be quickly assembled with screws Lightweight and resistance to wind thanks to honeycomb faces Corner clamping and orientation system can be customized according to user s needs Tested in harsh outdoor conditions ARESYS provides design and customization of the corner according to user s request Upon request we provide corner s elevation and azimuth radiation pattern measurements through dedicated RADAR acquisition AWG 4k Real Time signal generator for SAR systems GSS the end to end SAR simulator Search our website Our capabilities Satellite SAR Airborne SAR Ground based RADARS monitoring solutions Pipeline monitoring leak detection Seismic Geophysics Send a request Thank You Your message has been sent successfully Name Email Company Subject Spaceborne SAR Airborne SAR RADAR FMCW Pipeline leak detection Geophysic

    Original URL path: http://www.aresys.it/portfolio/radar-passive-calibration-devices/# (2016-04-29)
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  • GPR « Project Categories « ARESYS
    Portfolio Archives Safe digging with S GPR GPR 20140712141121 ARESYS and SIRTI SPA developed S GPR an advanced GPR processing solution for real time utility mapping View Project Search our website Our capabilities Satellite SAR Airborne SAR Ground based RADARS monitoring solutions Pipeline monitoring leak detection Seismic Geophysics Send a request Thank You Your message has been sent successfully Name Email Company Subject Spaceborne SAR Airborne SAR RADAR FMCW Pipeline

    Original URL path: http://www.aresys.it/pt-sort-categ/gpr/ (2016-04-29)
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  • Safe digging with S-GPR « ARESYS
    to find a GPR Ground Penetrating Radar apparatus that matched the features required for its low impact mini trenching technology ARESYS contribution ARESYS developed a fully automated GPR processing software that operates on a multi polarization 16 antenna array 3D GPR specifically built by IDS ARESYS strong know how in algorithm design for exploration geophysics along with its experience in high performance computing allowed to implement a subsoil mapping tool sGpr that can process radar data and locate buried utilities in real time on a consumer laptop and without the need of skilled operators as described in ITU recommendation L 84 A friendly graphical interface allows to analyze buried utilities in 3D maps at a glance while acquiring Moreover sGpr suite can be used to generate accurate reports of the acquisition campaign enriched by georeferenced CAD maps for improved productivity S GPR one pass real time solution has few practical advantages in respect to delayed data processing there is no need of highly skilled operators it correctly locates both in position and depth and let the user easily mark detected ducts directly in field without depending on external positioning systems Planned trenching path and any path modification re planned in

    Original URL path: http://www.aresys.it/portfolio/safe-digging-with-s-gpr/# (2016-04-29)
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