_where-to-place-a-gnss-antenna-to-get-the-best-signal-and-data.jpg "Where to place a GNSS antenna to get the best signal and data from gnss antenna Video Screenshot Preview")
GalleryPlay Video:
(Note: The default playback of the video is HD VERSION. If your browser is buffering the video slowly, please play the REGULAR MP4 VERSION or Open The Video below for better experience. Thank you!)
⏲ Duration: 81 sec
✓ Published: 14-Jul-2021
✓ Published: 14-Jul-2021
Description:
Placement of the GPS antenna is crucial to the quality of the data recorded. Any metal close to a GPS antenna can disturb the signal in an unpredictable way due to interference from reflections of weak GPS signals.nnFor the best results, use the antenna in the centre of a metal roof away from any roof bars or radio antennas. Do not mount the antenna close to the edge of the roof as reflections from the ground may interfere with the signals. Avoid the edges as reflections from the A-pillars will
Placement of the GPS antenna is crucial to the quality of the data recorded. Any metal close to a GPS antenna can disturb the signal in an unpredictable way due to interference from reflections of weak GPS signals.nnFor the best results, use the antenna in the centre of a metal roof away from any roof bars or radio antennas. Do not mount the antenna close to the edge of the roof as reflections from the ground may interfere with the signals. Avoid the edges as reflections from the A-pillars will
Share with your friends:
Whatsapp | Viber | Telegram | Line | SMS
Email | Twitter | Reddit | Tumblr | Pinterest
_gnss-spoofing-detection-through-spatial-processing.webp "In this webinar, we present an algorithmic framework for signal-geometry-based approaches of GNSS spoofing detection. We formulate a simple vs. simple hypothesis test independent of nuisance parameters that results in significantly reduced missed detection probability compared to prior approaches. It is highly tractable such that it can be computed online by the receiver. We employ a hypothesis iteration framework that finds spoofed subsets of satellites efficiently and accounts for the presence")
_lidar-remote-sensing-payload-instrument-resepi.webp "A cost-effective solution for extremely accurate remote sensing applications - RESEPI utilises a high-performance Inertial Labs GPS-Aided Interial Navigation System (INS) with Novatel RTK/PPK single or dual antenna GNSS receiver, integrated with a Linux-based processing platform.The platform features a WiFi interface, embedded cellular modem to support RTCM corrections, datalogging software and gigabit eternet.RESEPI can be sued with the commercially available LiDAR, including Ouster")
_michael-braasch-characterization-and-mitigation-of-multipath-in-gnss.webp "Multipath is the phenomenon whereby a transmitted signal arrives at a receiver via multiple paths due to reflection and diffraction. These non-direct-path signals distort the received signal and cause errors in GNSS pseudorange and carrier-phase measurements. Differential techniques do not eliminate multipath and thus multipath is a critical error source in high precision applications. The physical surroundings around the user’s antenna dictate the multipath environment and thus cause signific")
_introduction-stonex-s800-rtk-gnss-smart-antenna-geodirect-nl.webp "Stonex heeft vandaag de nieuwe S800 geïntroduceerd, de meest geavanceerde compacte GNSS ontvanger ter wereld. De S800 is uitgerust met een geavanceerde RTK engine met 555 kanalen voor de ontvangst van alle beschikbare satelliet constellaties, inclusief GPS, GLONASS, BEIDOU en GALILEO. De ideale oplossing voor positiebepaling bij al uw veldwerkzaamheden. Lees verder op onze website: https://www.geodirect.nl/introductie-stonex-s800-gnss-ontvanger/.")
_5-2-lesson-5-section-2-mms.webp "This second section of Lesson 5 do in the deep details of the MMS technolgoy.nIn particular:n- Examples of 3D mapping are detailed and also some examples of Engineering surveying with MMS are introducedn- Some information about BIM ROAD are detailedn- It is described how is made a MMS instrument and in particular which are the sensors that composed a MMSn- GNSS - IMU - DMI are the sensors used for solve the NAVIGATION problems of the MMS systemsn- GNSS working in RTK and in relative position to")
_webinar-on-mod-sbri-call-for-gnss-antenna.webp "Webinar on MOD SBRI call for GNSS Antenna from gnss antenna")
_satlab-slc-under-trees-on-internall-gnss-antenna-cm-accuracy.webp "SatLab SLC under trees on Internall GNSS antenna - cm accuracy from gnss antenna")
_anywaves-test-cap-for-the-gnss-all-bands-antenna.webp "ANYWAVES’ Test Cap for GNSS All bands Antennas is the essential tool for testing the our GNSS All- Bands Antenna at the satellite level. Its single-part design makes it easy to use.nThis Ground Segment Equipment will revolutionize your testing abilities by enabling reproducible measurements of the antenna and GNSS receiver on the platform. You will perform better end-to-end tests, securing your GNSS positioning performance and saving time and money by avoiding complex tests in anechoic chamber")
_gnss-spoofing-detection-through-spatial-processing.jpg)
_lidar-remote-sensing-payload-instrument-resepi.jpg)
_michael-braasch-characterization-and-mitigation-of-multipath-in-gnss.jpg)
_introduction-stonex-s800-rtk-gnss-smart-antenna-geodirect-nl.jpg)
_5-2-lesson-5-section-2-mms.jpg)
_webinar-on-mod-sbri-call-for-gnss-antenna.jpg)
_satlab-slc-under-trees-on-internall-gnss-antenna-cm-accuracy.jpg)
_anywaves-test-cap-for-the-gnss-all-bands-antenna.jpg)
![[+]](/images/menu.gif){kind=small}