Digital Mapping by Terrestrial Techniques
Geodetic Networks
At MipMap we specialize in the development and deployment of software solutions tailored to the management of geodetic control stations. Our software complies with both local standards and global mandates.
The development of a country's geodetic reference system is the responsibility of national surveying authorities. Accurately determining the positions, heights and gravitational aspects of the various elements of the Earth is a critical task. This essential spatial referencing is achieved through geodetic control stations, which act as anchor points.
The components of our products have specialized functionalities that facilitate the accurate representation, systematic maintenance, timely updates, and precise rendering of geodetic control station coordinates.
The components of our products have specialized functionalities that facilitate the accurate representation, systematic maintenance, timely updates, and precise rendering of geodetic control station coordinates.
Reference Project:
TUBITAK, Turkey - National CORS Establishment under the Project Coordination of Prof. Dr. Kamil Eren Consisting of 150 sites and one Control Centre, providing RTK and post-processing services to users throughout Turkey (2006-2008).
Datum Transformation & Coordinate Conversion
A geographic datum transformation is a calculation used to convert between two geographic coordinate systems to ensure that data is properly aligned within a map.
Depending on where and how much of the world geography you are mapping, the best geographic coordinate system to use will vary.
As MipMap technologies, we provide services to develop projects according to the most accurate coordinate system and convert your existing coordinate systems with our expert team.
CORS Establishment, Adjustment & Maintenance
As part of some specific projects, there may be a need to reinforce the existing ground control network in the project area for aerial mapping and terrestrial surveys. Tasks may include;
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- Establishment of GNSS base stations with RTK capability
- Establishment of ground control points
- Establishment of leveling reference points
Firstly, it is necessary to monitor the condition of the existing National Geodetic Reference Points and Benchmarks (BMs), the condition of the existing Continuously Operating Reference Stations (CORS) and the suitable locations for the new GCPs to be established in the project area.
These GCPs will be used for all-terrain control, aerial survey work and for the establishment of control/base stations.
The establishment of the base station will be done according to the NOAA Guidelines for new and existing CORS. The implementation of these guidelines aims to minimize GNSS signal distortion and maximize the quality of calculated positions to achieve centimeter accuracy.
As the NPP sites are far away and outside the geographical coverage of both CORS network stations, we propose to establish a classical RTK service in the vicinity of the sites.
As the NPP sites are far away and outside the geographical coverage of both CORS network stations, we propose to establish a classical RTK service in the vicinity of the sites.
Topographic Surveys
We harness the potential of satellite GPS and GIS data to produce comprehensive maps and routes. In the modern context, our interconnected roadways owe their existence to land surveying - the very foundation that links them together.
It unravels the intricacies of how the landscape interacts with our architectural aspirations. Some of the key questions we consider are:
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- Is the drainage optimal?
- Does the land need leveling?
- Can accessibility be optimized?
These key questions are answered through rigorous land surveying, providing essential insight into the creation of a robust site.
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Our skilled professionals and cutting-edge software work together to provide comprehensive answers, underpinning our surveys with expertise and precision.
When you need authoritative guidance in this area, our services extend to provide in-depth insights and actionable data to support your decision-making process.
When you need authoritative guidance in this area, our services extend to provide in-depth insights and actionable data to support your decision making process.
Digital Mapping by Terrestrial Techniques
Terrestrial laser scanning is a complementary technology to conventional surveying. The sensor continuously emits and receives a laser beam and calculates the distance of the object. The beam is directed by rotating or oscillating mirrors.
The main difference is that the sensor does not move, but is mounted on a tripod or other structure. Therefore, no positioning solution is required, although newer scanners can be connected directly to GNSS receivers to obtain the position of the scanner station.
Cadastral Surveys & Registration
Provides numerous reporting functions to create overviews, including spatial, and alphanumeric results.
We can query building from 3D realistic city model:
- The creation of a 3D model of each individual unit in a block
- Provides visual representations of buildings
- Establishes the relationship between buildings and their legal information certificate
Using the latest GNSS-based surveying methods to deliver impeccably accurate 3D coordinates. Our arsenal includes terrestrial laser scanning and airborne laser altimetry, both of which provide exceptional elevation data results.
The registration of property rights is a fundamental element in the development of land, property, and real estate markets.
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With deep expertise and cutting-edge technology,
we are leading the way to a future where cities fulfill their true potential
With deep expertise and cutting-edge technology,
we are leading the way to a future where cities fulfill their true potential