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  1. Today
  2. mqd90

    Data Podes

    Podes 2018 sudah ada, kalau ada yang butuh PM aja, untuk data CAT, hidrogeologi dan geologi indonesia tersedia di REST ESDM : http://geoportal.esdm.go.id/peng_umum/ (download via QGIS : Arcgisfeatureserver)
  3. Yesterday
  4. ArcGis excalibur is amazing tool thanks for share this topic, regards
  5. The importance of GIS in any organization regardless of its size or the industry can never be underestimated. There is a growing interest in awareness of the strategic value of GIS. What has catalyzed the interest is the more standards-based technology and greater awareness of the benefits demonstrated by GIS users. The demand for GIS enterprise solutions and IT strategies that include GIS is growing rapidly. Learn More.. Indepth Research Services welcomes you to attend our training courses on GIS Remote sensing and CAD, scheduled to take place in Nairobi, Kenya and Kigali, Rwanda. Join us by registering for these scheduled training courses. These training courses will also give you an opportunity to meet and network with other monitoring and evaluation professionals’ and project management officials from NGOs, public and private organizations’ from across the world. Click on the dates to view more details on the course and be able to register. GIS and Statistical Analysis for WASH Programmes Course (5 Days) There is need in improving access to water, increasing community capacity to manage and better use water resources, improving water supply infrastructure in arid and semi-arid areas, improving water sanitation and hygiene practices, as well as protecting watersheds. 22nd to 26th July 2019 Nairobi, Kenya 29th July to 2nd August 2019 Kigali, Rwanda 21st to 25th October 2019 Nairobi, Kenya 21st to 25th October 2019 Kigali, Rwanda GIS and Remote Sensing, Analysis, Mapping and Visualization with Quantum GIS Course (5 Days) This training workshop is aimed at helping our client understand how well they can apply GIS and RS in their day to day running of their organization. The course will be offered in a mixture of lectures, demonstrations and hands-on exercises in Quantum GIS (QGIS). 20th to 24th May 2019 Kigali, Rwanda 26th to 30th August 2019 Kigali, Rwanda 25th to 29th November 2019 Nairobi, Kenya 25th to 29th November 2019 Kigali, Rwanda Web-based GIS and Mapping Course (10 Days) There is increasing demand from multilateral agencies, funding bodies as well as boards of private companies for a strong demonstration that projects are being monitored and evaluated effectively. Effective project monitoring allows a project team to make appropriate decisions on a day-to-day basis and ensures that projects are carried out as planned and modified when necessary. 29th April to 10th May 2019 Mombasa, Kenya) 26th August to 06th September 2019 Mombasa, Kenya) 17th to 28th June 2019 Kigali, Rwanda 16th to 27th September 2019 Kigali, Rwanda GIS and Remote Sensing in Disaster Risk Management & Climate change (5 Days) This course is job oriented and aims to impact practical skills on how to use GIS and RS ,to overcome the major challenges faced in ,pre-disasters during disaster and post-disaster management such as during early warning, hazard, vulnerability and risk assessment, damage assessment, as well as in the design of risk reduction measures. 17th to 21st June 2019 Kigali, Rwanda 16th to 20th September 2019 Kigali, Rwanda 28th October to 1st November 2019 Nairobi, Kenya 9th to 13th December 2019 Kigali, Rwanda Other Popular M & E and Project Management Courses GIS and Remote Sensing for Epidemiology and Public Health Course GIS and Remote Sensing in Environmental Management, EIA and Audit Course GIS and Remote Sensing in Multi Hazard Early Warning Systems Course GIS and Remote Sensing in Agriculture, Food Security and Climate Change Course GIS and Remote Sensing in Land Cover, Land Change Analysis Course GIS for Monitoring and Evaluation Course GIS for Disease Surveillance Monitoring Course View our 2019 Course Calendar for Kenya View our 2019 Course Calendar for Rwanda Check out Our Services International Research Support and Advisory Market Research Center Social Research Institute GIS and Environment IT Services Buy software Study Tours Do you have a large team or department you would like to up skill? Our learning advisory team will assist in tailor-making your learning pathway and monitor the progress of the team as well as provide you with regular feedback. Learn more If you are also interested in learning this course for free, why don’t you find out more about our new referral program. For any enquiries, feel free to engage us at [email protected] or contact us on (+254) 715 077 817 or +250 789 621 067 Best Regards Indepth Research Services.
  6. Last week
  7. premium web application for ArcGIS Enterprise 10.7 that provides users with tools and capabilities in a project-based environment that streamlines image analysis and structure observation management. Interested in working with imagery in a modern, web-based experience? Here’s a look at some of the features ArcGIS Excalibur 1.0 has to offer: Search for Imagery ArcGIS Excalibur makes it easy to search and discover imagery available to you within your organization through a number of experiences. You can connect directly to an imagery layer, an image service URL, or even through the imagery catalog search. The imagery catalog search allows you to quickly search for imagery layers over areas of interest to discover and queue images for further use. Work with imagery Once you have located the imagery of interest, you can easily connect to the imagery exploitation canvas where you can utilize a wide variety of tools to begin working with your imagery. The imagery exploitation canvas allows you to view your imagery on top of a default basemap where the imagery is automatically orthorectified and aligned with the map. The exploitation canvas also enables you to simultaneously view the same image in a more focused manner as it was captured in its native perspective. Display Tools Optimizing imagery to get the most value out of each image pixel is a breeze with ArcGIS Excalibur display tools. The image display tools include image renderers, filters, the ability to change band combinations, and even apply settings like DRA and gamma. Settings to change image transparency and compression are also included. Exploitation Tools Ever need to highlight key areas of interest through mark up, labeling, and measurement? Through the mark-up tools, you can create simple graphics on top of your imagery using text and shape elements to call attention to areas of interest through outline, fill, transparency, and much more. The measurements tool allows you to measure horizontal and vertical distances, areas, and feature locations on an image. Export Tools The exploitation results saved in an image project can be easily shared using the export tools. The create presentation tool exports your current view directly to a Microsoft PowerPoint presentation, along with the metadata of the imagery. Introducing an Imagery Project ArcGIS Excalibur also introduces the concept of an imagery project to help streamline imagery workflows by leveraging the ArcGIS platform. An ArcGIS Excalibur imagery project is a dynamic way to organize resources, tools, and workflows required to complete an image-based task. An imagery project can contain geospatial reference layers and a set of tools for a focused image analysis and structured observation management workflows. Content created within imagery projects can be shared and made available to your organization to leverage in downstream analysis and shared information products.
  8. Check my latest fixes (updated 15th April 2019) - http://www.mediafire.com/file/61joa3j8u4e51ii/list.txt

    1. Arhanghelul

      Arhanghelul

      i can't acces your list......

    2. dexgeo
    3. dexgeo

      dexgeo

      Pix4dmapper v4.3.33 stable (v4.4.10 preview)

      Novatel Inertial Explorer (x64) v8.80.2305
      Novatel GrafNav (x64) v8.80.2305

      Leica Infinity v3.2.0.3293
      Leica CloudWorx for AutoCAD v6.4.2
      Leica CloudWorx for Revit v2.2.3
      Leica JetStream Enterprise v1.5.1

      Inpho (Trimble Photogrammetry) v9.1.2.56348 (SGM enabled)
      UASMaster v9.1.2.56348

      Trimble Realworks v11.1.1.442

      nFrames SURE v3.2.0

      ArcGIS Pro v2.3
      ArcGIS Desktop v10.7 (includes x64 Background Geoprocessing)

      Hexagon ERDAS Imagine 2018 Update 2 + plugins
      Hexagon Geomedia Desktop Update 2 2018 + plugins
      Hexagon ImageStation 2018 Update 2
      ERDAS Extensions 2018 for ArcGIS v10.6.1

      LAStools 190404 (fully licensed)

      3DIEMME RealGuide 5

      -------------------------------------------------------------

      Pix4dmapper v4.3.33 stable (v4.4.10 preview)

      Orbit GT v2018 3DM (all apps)

      FARO Scene v2019

      FARO As-Built for AutoCAD v2018
      FARO As-Built for Revit v2018
      FARO VirtuSurv v2018

      Inpho (Trimble Photogrammetry) v9.1.2.56348 (SGM enabled)
      UASMaster v9.1.2.56348
      Scop++ v5.6.1

      Summit Evolution v7.5

      Applanix POSPac MMS v8.3 SP3

      Novatel Inertial Explorer v8.80.2305
      Novatel GrafNav v8.80.2305

      ENVI v5.5 (includes IDL v8.7 and ENVILiDAR v5.5)

      ArcGIS Desktop v10.7 (includes x64 Background Geoprocessing)
      ArcGIS Pro v2.3
      CityEngine v2018.1

      PointCab v3.8 R4

      3DReshaper v2018 MR1
      Virtual Surveyor v3.5.1.0
      3DSurvey v2.6.2
      OneButton Professional v4.2
      Imagine UAV v1.4 for ERDAS Imagine 2016 SP1
      Menci APS v8.2.0
      Menci StereoCAD v2.5.4
      nFrames SURE v3.2.0
      Eos Photomodeler v2017 (Modeler, Scanner, Motion)

      QT Modeler v8.1

      Leica Cyclone v9.3.2.6304
      Leica Infinity v3.2.0.3293
      Leica Cyclone Register 360 v1.5.1
      Leica CloudWorx for AutoCAD v6.4.2
      Leica CloudWorx for Revit v2.2.3
      Leica JetStream v1.5.1
      Leica Cyclone II TOPO v2.0.3
      Leica XPro v6.4.0.40407
      Leica HxMap v2.0.0
      Leica IPAS Freebird v3.2
      Leica MissionPro v11.6

      Trimble Realworks v11.1.1.442
      Trimble MX9 Trident v7.4.2
      Trimble Business Center v5.00
      Trimble Business Center HCE v4.10
      Trimble eCognition v9.2.0.3062
      Trimble eCognition Essentials v1.3.3062
      Trimble eCognition Oil Palm Application v1.0
      Trimble Vico Office v5

      Hexagon ERDAS Imagine 2018 Update 2 + plugins
      Hexagon Geomedia Desktop Update 2 2018 + plugins
      Hexagon ImageStation 2018 Update 2
      Hexagon GeoMedia Smart Client 2018
      Hexagon ERDAS APOLLO 2018
      Hexagon GeoCompressor 2018
      ERDAS Extensions 2018 for ArcGIS v10.6.1
      ERDAS Extensions for ArcGIS 2011 SP7

      Microsoft Ultramap v4.4.2
      Z/I Imaging v7.0
      FuzeGo v2.2

      Socet GXP v4.2.0
      GXP InMotion v4.2
      Socet Set v5.6
      GXP Explorer v2.1

      LAStools 190404 (fully licensed)

      LP360 v2018.2.59
      LP360 for ArcGIS v2018.2.59

      LiForest v2.1
      LiMapper v1.4.5
      LiDAR360 v2.2

      Arena4D for Rhino 6

      Supermap iDesktop 8C v8.1.1
      Pythagoras v15.03

      Caris HIPS/SIPS v11.1

      Skyline TerraBuilder v6.6.1
      Skyline CityBuilder v6.6.1
      Skyline TerraExplorer v6.6.1
      Skyline TerraGate v6.6.1
      Skyline Photomesh v7.4.1

      MapTiler Pro v9.1
      Icaros IPS v4.1
      Sidwell Parcel Administrator v4.3

      Euclideon Geoverse MDM v1.3.3.12
      Euclideon Geoverse Convert v1.3.0.52
      Holistic Imaging UnlimitedOrtho v1.0

      Spaceyes3D Builder v6.1.3

      tridicon CityDiscoverer v15.10

      Faro BuildIT Construction 2018

      FARO CAM2Measure v10.7.5

      FARO HD v2.2.0.14
      FARO Reality v1.1.1602.18
      FARO Blitz v1.0.0.10

      Elysium InifiPoints v3.1

      Gexcel JRC 3D Reconstructor v4.0.0.569
      Gexcel Point R3 v1.0.0.98

      LMI FlexScan v3.3.5
      Viametris PPiMMS v2.2.2

      Undet for AutoCAD v2.3.1.228

      LFM Server v4.4.0.12
      LFM Modeller v3.97

      ClearEdge Edgewise v5.0.1

      Scan to BIM for Revit 2017

      Riegl Terrestrial Laser Scanning (RiSCAN Pro, RiSOLVE, RiPROFILE, RiMINING, RiMTA)
      Riegl Airborne and Mobile Scanning (RiACQUIRE, RiANALYZE, RiWORLD, RiPROCESS, RiMTA, RiPRECISION, RiPRECISION UAV)

      Topcon ScanMaster v3.0.6

      OnPOZ EZSurv v2.97

      SNIP NTRIP Caster v1.8.1

      Aplitop MDT Professional v7.5

      Istram Ispol v.12.09.09.12

      Amberg Tunnel 2.8.0.1

      CUR3D v1.2.0.1

      Stata MP v15.0

      ZondRes3d v5.0 (and other Zond apps)

      Deswik Suite v2017.1

      Intempora RTMaps v4.5.1

      n4ce v4.10c

      Mirauge3D v1.0

      Leica Geomos Now v7.3.0.197

      3DIEMME RealGuide 5
       

  9. wiedzie

    Data Podes

    Ada update pemilik data PODES, saya juga mau barter brangkali ada yang punya data jenis Tanah dan Cekungan air Tanah dengan data hidrogeologi dan geologi
  10. Earlier
  11. the real black hole actually on the center of the picture and its black, we cannot see it, those ring is materials that fall into the black hole
  12. nice share, really we have a idea of black hole but really pics is very difficult and almost impossible to get..thanks.
  13. The picture like above are not actual picture of Black Hole (it is a wallpaper 😁 ). Early Wednesday (April 10, 2019) morning, a huge collaboration of scientists are expected to release the first images of the event horizon of a black hole, constructed from data gathered by observatories all over the globe. Combined, the telescopes created a virtual telescope as big as the Earth itself that’s powerful enough to capture enough data from the supermassive black hole at the center of our galaxy. Tomorrow, we may finally see all of that data pieced together. Black holes, by their nature, are impossible to see with the naked eye since they are so dense that no light can escape them. Instead, any images that will be released will be the silhouette of a black hole, an outline against all of the super bright, hot gas that is thought to surround these weird celestial objects. It will be as close as we can get to a picture of a black hole’s infamous “event horizon,” the boundary of a black hole where the gravitational pull is so great that there is no escape. The Event Horizon Telescope actually observed two black holes during one week in April 2017: Sagittarius A*, the supermassive black hole at the center of our Milky Way galaxy, and M87, which is thought to be in the center of a nearby galaxy called Virgo. Both of these objects are thought to be incredibly dense. Sagittarius A*, or SgrA*, is thought to be 4 million times more massive than our Sun and 30 times larger than the star. But because it is so far away — a distance of about 26,000 light-years — the black hole appears to telescopes on Earth as though it is about the size of small ball on the surface of the Moon, according to the collaboration. To focus in on the massive but distant objects, the Event Horizon team employed telescopes in Chile, Hawaii, Arizona, the South Pole, and other locations around the globe. Each telescope measured the radiation coming from the large swaths of gas and dust that are thought to surround black holes. These clouds of gas heat up to billions of degrees, and because the material is so hot, they emit lots of radiation, which the team could then observe from Earth. All of that data was then combined in a supercomputer to make an image that looked as if it came from a single, giant telescope. “This is a picture you would have seen if you had eyes as big as the Earth and were observing in radio,” Psaltis says. Getting all of this data isn’t easy. In fact, the reason it’s taken so long to mount a project of this scale is that the telescopes gather so much information — about one petabyte, or a million gigabytes — of data each night of observing. It’s the largest amount of recording of any other experiment in physics or astronomy, says Psaltis. The team had to wait for hard drive technology to evolve so that it could hold the sheer amount of data that the team was collecting. “Five years ago, you couldn’t buy enough hard drives to have a terabyte of data on a telescope,” says Psaltis. What that enormous amount of data shows could change our understanding of black holes. These objects are so dense that it’s thought that they actually leave an imprint on the surrounding space-time, warping gravity and creating strange effects on their surroundings, which scientists are still trying to understand. A picture of a black hole could tell us more about these odd happenings at the event horizon. - the Verge UPDATE - This is an actual Black Hole ! At the announcement at Washington’s National Press Club. “We now have visual evidence. We know that a black hole sits at the center of the M87 galaxy.” How they took the image First-ever picture of a black hole unveiled
  14. I suggest this topic: https://www.researchgate.net/post/How_does_one_calculate_the_percent_vegetation_cover_using_NDVI_method
  15. Hello, Does anyone know how to obtain vegetation percentage map from NDVI image? Thank you in advance.
  16. Opps ! Couldn't find free data for Bangladesh. Update: ok, I find few for 2005. Not bad...
  17. Since the fractions represent the daily average rates of GPP for an 8-day period, do I multiply the sum of 8-day composite fractions of GPP by 8?
  18. Hi all, I am a remote sensing beginner and was hoping to find an answer to my question here. I am trying to use MODIS GPP product 8-day composite for yearly calculation. I need this specific product to figure out the GPP of an area in an annual time series but not sure how to use the 8-day composite as yearly. Please help. Thank you.
  19. As part of ArcGIS Enterprise 10.7, we (ESRI) are thrilled to release a new capability that unlocks versatile data science tools and the limitless potential of Python in your Web GIS deployment. ArcGIS Notebooks provide users with a Jupyter notebook environment, hosted in your ArcGIS Enterprise portal and powered by the new ArcGIS Notebook Server. ArcGIS Notebooks are built to run big data analysis, deep learning models, and dynamic visualization tools. Notebooks are implemented using Docker containers – a virtualized operating system that provides an isolated “sandbox” style environment for each notebook author. The computational resources for each container can be configured by the organization – allowing the flexibility for notebook authors to get the computing resources they need, when they need it. Seamless integration with the portal ArcGIS Notebook Server is a new licensing role for ArcGIS Server. Because it works with the Docker container allocation technology to deliver a separate container for each notebook author, it requires specific installation steps to get up and running. Take a look at the ArcGIS Notebook Server install guide to see how it works. Once you’ve installed ArcGIS Notebook Server and configured it with your portal, you can create custom roles to grant notebook privileges to the members of your organization so that they can create and edit notebooks. Put Python to work for you At the core of the ArcGIS Notebook experience are Esri’s powerful Python resources: ArcPy and the ArcGIS API for Python. Alongside these are hundreds of popular Python libraries, such as TensorFlow, scikit-learn, and fast.ai. It all comes together to give you a complete Python workstation for spatial analysis, data science, deep learning, and content management. The Standard license of ArcGIS Notebook Server, which comes at no additional cost for ArcGIS Enterprise customers, bundles the Python API and nearly 300 other third-party Python libraries built-in. The Jupyter notebook environment has long been an essential medium for Python API users; with ArcGIS Notebooks, that environment is now available directly in the ArcGIS Enterprise portal. Turn analysis into action Location is the common thread that runs through almost any problem. What you buy, who your customers are, the impact that your business has on the natural world, and that the natural world has on your business are all problems of location. Traditional data science has many powerful tools and algorithms for solving problems. Spatial data science – GeoAI – also brings in spatial data, methods, and tools. GeoAI can help you create more effective models that more closely resemble problems you want to solve. Because of this, spatial data science models are better suited to model the impact of the solution you create. . Installation and getting started Esri Jupyter Notebook And those who wants their own free jupyter notebook # install miniconda and hit conda install -y jupyter 😁
  20. News release April 1, 2019, Saint-Hubert, Quebec – The Canadian Space Agency and the Canada Centre for Mapping and Earth Observation are making RADARSAT-1 synthetic aperture radar images of Earth available to researchers, industry and the public at no cost. The 36,500 images are available through the Government of Canada's Earth Observation Data Management System. The RADARSAT-1 dataset is valuable for testing and developing techniques to reveal patterns, trends and associations that researchers may have missed when RADARSAT-1 was in operation. Access to these images will allow Canadians to make comparisons over time, for example, of sea ice cover, forest growth or deforestation, seasonal changes and the effects of climate change, particularly in Canada's North. This image release initiative is part of Canada's Open Government efforts to encourage novel Big Data Analytic and Data Mining activities by users. Canada's new Space Strategy places priority on acquiring and using space-based data to support science excellence, innovation and economic growth. Quick facts The RADARSAT Constellation Mission, scheduled for launch in May 2019, builds on the legacy of RADARSAT-1 and RADARSAT-2, and on Canada's expertise and leadership in Earth observation from space. RADARSAT-1 launched in November 1995. It operated for 17 years, well over its five-year life expectancy, during which it orbited Earth 90,828 times, travelling over 2 billion kilometres. It was Canada's first Earth observation satellite. RADARSAT-1 images supported relief operations in 244 disaster events. RADARSAT-2 launched in December 2007 and is still operational today. This project represents a unique collaboration between government and industry. MDA, a Maxar company, owns and operates the satellite and ground segment. The Canadian Space Agency helped to fund the construction and launch of the satellite. It recovers this investment through the supply of RADARSAT-2 data to the Government of Canada during the lifetime of the mission. Users can download these images through the Earth Observation Data Management System of the Canada Centre for Mapping and Earth Observation, a division of Natural Resources Canada (NRCan). NRCan is responsible for the long-term archiving and distribution of the images as well as downlinking of satellite data at its ground stations. source: https://www.canada.ca/en/space-agency/news/2019/03/open-data-over-36000-historical-radarsat-1-satellite-images-of-the-earth-now-available-to-the-public.html
  21. The U.S. Air Force’s second new GPS III satellite, bringing higher-power, more accurate and harder-to-jam signals to the GPS constellation, has arrived in Florida for launch. On March 18, Lockheed Martin shipped the Air Force’s second GPS III space vehicle (GPS III SV02) to Cape Canaveral for an expected July launch. Designed and built at Lockheed Martin’s GPS III Processing Facility near Denver, the satellite traveled from Buckley Air Force Base, Colorado, to the Cape on a massive Air Force C-17 aircraft. The Air Force nicknamed the GPS III SV02 “Magellan” after Portuguese explorer Ferdinand Magellan. GPS III is the most powerful and resilient GPS satellite ever put on orbit. Developed with an entirely new design, for U.S. and allied forces, it will have three times greater accuracy and up to eight times improved anti-jamming capabilities over the previous GPS II satellite design block, which makes up today’s GPS constellation. GPS III also will be the first GPS satellite to broadcast the new L1C civil signal. Shared by other international global navigation satellite systems, like Galileo, the L1C signal will improve future connectivity worldwide for commercial and civilian users. The Air Force began modernizing the GPS constellation with new technology and capabilities with the December 23, 2018 launch of its first GPS III satellite. GPS III SV01 is now receiving and responding to commands from Lockheed Martin’s Launch and Checkout Center at the company’s Denver facility. Lockheed Martin shipped the U.S. Air Force’s first GPS III to Cape Canaveral, Florida ahead of its expected July launch. (Photo: Lockheed Martin} “After orbit raising and antenna deployments, we switched on GPS III SV01’s powerful signal-generating navigation payload and on Jan. 8 began broadcasting signals,” Johnathon Caldwell, Lockheed Martin’s Vice President for Navigation Systems. “Our on orbit testing continues, but the navigation payload’s capabilities have exceeded expectations and the satellite is operating completely healthy.” GPS III SV02 is the second of ten new GPS III satellites under contract and in full production at Lockheed Martin. GPS III SV03-08 are now in various stages of assembly and test. The Air Force declared the second GPS III “Available for Launch” in August and, in November, called GPS III SV02 up for its 2019 launch. In September 2018, the Air Force selected Lockheed Martin for the GPS III Follow On (GPS IIIF) program, an estimated $7.2 billion opportunity to build up to 22 additional GPS IIIF satellites with additional capabilities. GPS IIIF builds off Lockheed Martin’s existing modular GPS III, which was designed to evolve with new technology and changing mission needs. On September 26, the Air Force awarded Lockheed Martin a $1.4 billion contract for support to start up the program and to contract the 11th and 12th GPS III satellite. Once declared operational, GPS III SV01 and SV02 are expected to take their place in today’s 31 satellite strong GPS constellation, which provides positioning, navigation and timing services to more than four billion civil, commercial and military users. source: https://www.satellitetoday.com/launch/2019/03/26/lockheed-martin-ships-second-gps-iii-satellite/
  22. TAU-0707 series GNSS module. (Photo: Allystar) Allystar Technology Co. Ltd. has launched its smallest multi-band multi-GNSS module, the TAU-0707 series. Within its 7.6 x 7.6 millimeter size, the TAU-0707 series module supports major GNSS constellations (GPS / Galileo / GLONASS / BeiDou / QZSS / IRNSS) and all civil bands (L1, L2, L5, L6). As the latest addition to Allystar’s GNSS portfolio, the TAU-0707 series module is a concurrent multi-band multi-GNSS receiver embedded with a cynosure III single-die standalone positioning chipset, which offers multi-frequency measurements to improve positioning accuracy and simplifies integration for third-party applications, said Shi Xian Yang, Allystar marketing manager. Moreover, Allystar also provides the built-in low-noise amplifier in the TAU-1010 series module, which offers the module with improved RF sensitivity and exceptional acquisition and tracking performance even in weak signal areas. With more and more satellites supporting L1/L5 signals, Allystar offers two modules to fully support all civil signals on the L5 band for the standalone market. The TAU1206-0707 and TAU1205-1010 are expected to be better in multipath mitigation mainly due to the higher chipping rate of L5 signals relative to L1 C/A code. L1/L5 band module for standalone market. For professional applications, module TAU1303-0707 comes with built-in support for standard RTCM protocol (MSM), supporting multi-band multi-system high-precision raw data output, including pseudorange, phase range, Doppler, SNR for any kind of third-party integration and application. Module with Raw data output for professional market. Allystar TAU series module offers superior accuracy thanks to the onboard 26-MHz temperature compensated crystal oscillator and a reduced time to first fix relying on its dedicated 32-KHz real-time clock oscillator. Based on 40-nm manufacturing processes of the Cynosure III GNSS chipset, it comes with very low power consumption at less than 40 mA. According to the company, engineering samples and a reference design of the Allystar TAU-0707 and TAU-1010 series module will be available in April. source: http://www.allystar.com/en/index.php?g=&m=news&a=newsinfo&id=32
  23. realy sad news WorldWind team would like to inform you that starting April 5, 2019, NASA WorldWind project will be suspended. All the WorldWind servers providing elevation and imagery will be unavailable. While you can still download the SDKs from GitHub, there will be no technical support. If you have questions and/or concerns, please feel free to email at: [email protected] Update on March 21, 2019 - Answers to common questions about the suspension are available in the NASA WorldWind Project Suspension FAQ. source : https://worldwind.arc.nasa.gov/news/2019-03-08-suspension-notice/
  24. Pencitraan satelit Lembaga Penerbangan dan Antariksa Nasional (LAPAN) sedang gencar digunakan oleh pemerintahan. Beberapa kementerian dan lembaga (K/L) pun telah menggunakannya untuk beragam kepentingan. Salah satunya adalah Kementerian Keuangan (Kemenkeu) yang telah menggunakan hasil data penginderaan jarak jauh LAPAN dalam melakukan pemantauan objek pajak di daerah yang sulit terjangkau. Bahkan, Kepala LAPAN Thomas Djamaluddin menyatakan, Direktorat Jenderal Pajak Kemenkeu telah menggunakan fasilitas yang disediakan pihaknya ini sejak beberapa tahun terakhir. Dengan data-data yang didapatkan penginderaan jarak jauh LAPAN, sejumlah objek pajak di daerah-daerah dapat terdeteksi dengan mudah. Dengan memanfaatkan citra satelit LAPAN menurut Thomas, pihaknya pun turut membantu peningkatan penerimaan pajak negara. "Ini kan sudah berjalan beberapa tahun dan kami dapat laporan kenaikan pendapatan pajak dengan mengidentifikasi objek-objek pajak baru berbasis citra satelit," kata Thomas. Thomas mengatakan pihaknya telah melakukan kerja sama citra penginderaan jarak jauh ini ke banyak Kementerian dan Lembaga (K/L). Menurutnya, kerja sama ini tertuang dalam Inpres 6 tahun 2012 yang memusatkan penyedia citra satelit kepada LAPAN. "Kebijakan mensinergikan satelit telah dimulai dari Inpres 6 tahun 2012 yang menyatakan penyedia citra satelit itu LAPAN. Dengan kebijakan citra satelit maka efisiensi penyediaan citra satelit semakin mudah dan bisa dilakukan penghematan yang luar biasa," ungkap Thomas. Yang paling baru adalah kerja sama antara LAPAN dengan pihak Kemenko Perekonomian, salah satunya untuk membantu pengembangan kebijakan One Map Policy alias kebijakan satu peta. Kemenko Perekonomian menggandeng LAPAN untuk mendapatkan citra satelit, sehingga mereka bisa melihat lahan mana yang tumpang tindih. sumber : https://finance.detik.com/berita-ekonomi-bisnis/d-4474483/objek-pajak-bisa-diintip-pakai-satelit-lapan jadi teringat skripsi gw dulu terkait obyek pajak wkwkwkwkwk
  25. Permisi para suhu, mau tanya dong terkait REST ditjen tata ruang (http://gistaru.atrbpn.go.id:6080/arcgis/rest/services/) yang pakai service proxy yang kalau ga punya credentialnya ga bisa konek ke data yang ke hidden kayak gini : http://gistaru.atrbpn.go.id/rtronline/proxy/proxy.ashx?http://gistaru.atrbpn.go.id:6080/arcgis/rest/services/, ada cara buat bypass ga ya? Mohon pencerahan
  26. Khalid_Niazi

    Khalid_Niazi

  27. Hi, I'm looking for a method to perform urban analysis with remote sensing, specifically I need to know how to use certain bands to see the viability of roofs susceptible to be waterproofed by their spectral behavior, for this I have Ikonos images like this https://drive.google.com/file/d/1LV_OVJhZ4f9ZqgQdnyv5At075jzH06iw/view?usp=sharing On the other hand, I would need this analysis to be done with some free remote sensing software Thanks a lot!
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