Indshine- Aerial Maps

1
Indshine

• Best Drones Software

2
Aerial Photogrammetry and Aerial Maps - Indshine

• Here is a brief prologue to Photogrammetry
  and Aerial Maps is presented for those who are
  unaware of the technology.
• Know About Aerial Photogrammetry
• Photogrammetry is the science of obtaining
  measurements from images and photos. The input to
  Photogrammetry is a photograph, and the product
  is ordinarily a map, a drawing, a measure, or a
  3D representation of a real-world article or
  view. Numerous maps that we utilize today crafted
  with the help of Photogrammetry and photographs
  taken with the help of an aircraft or drones

3
Photogrammetry types

• Photogrammetry can be divided in numerous ways,
  but one standard approach is to break the field
  depending on camera position at the time of
  photography. On this principle, we have
  Terrestrial (or Close-Range) Photogrammetry and
  Aerial Photogrammetry.
• Terrestrial or Close-range Photogrammetry
• The recording device, camera, is placed on the
  ground surface, and handheld using a tripod or
  pole mounted. Usually, this type of
  Photogrammetry is non-topographic. It means that
  the outcome is not topographic products say, for
  instance, terrain models or topographic maps, but
  rather 3D models, drawings, measurements, or
  point clouds. Regular cameras are employed to
  model and measure structures, engineering
  constructions, forensic and disaster scenes,
  stock-piles, mines, earth-works, archaeological
  commodities, film sets, so on. In the computer
  vision alliance, this type of Photogrammetry is
  also termed as Image-Based Modeling.

4
Aerial Photogrammetry

• It is a technique used to take photographs of the
  earth's surface with cameras attached to an
  aircraft or a flying object. It is used for both
  terrestrial features mapping as well as aerial
  photographs. Fixed-wing aircraft, helicopters,
  pigeons, blimps and dirigibles, rockets, kites,
  parachutes, poles, etc. are some of the platforms
  that can be used to take an aerial photograph.
  The field of Aerial Photogrammetry has seen an
  exponential progression with the application of
  the GIS software that can fulfill the specific
  needs of the user. Its compressed size and the
  easy-to-use feature is an added benefit that
  makes it the most suitable object to use for 3D
  representations and structural analysis of any
  particular area.

5
Know About Aerial Maps

• Reality 3D models, Lidar points clouds,
  superhigh-resolution aerial imagery, and
  artificial intelligence from aerial imagery.
  These are just a few of the products derived
  from Aerial Maps that the GIS sector takes for
  granted in 2019.
• Despite the plethora of high-resolution Earth
  observation satellites and the exponentially
  increasing impact of unmanned aerial vehicles
  (UAVs or 'drones') on the Aerial Maps sector,
  most large and medium-scale 'topographic' or GIS
  map data is still derived from manned aircraft,
  whether fixed-wing or rotary. But the multitude
  of systems and processes can make selecting the
  correct Aerial Maps technology a complicated and
  confusing process.
• So, we have covered the necessary insights about
  Aerial Photogrammetry and Aerial Maps.
• If you are looking for conventional methods
  of Aerial Maps and aerial Photogrammetry, reach
  us through the link here.

6
Thanks for Watching us

• For more information visit our online portal
  https//www.indshine.com
• Contact us on 7897185566