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mmVu® Solver
Overview
mmVu®
Solver is a real-time GNSS deformation monitoring software that processes
single-frequency baseline data from single-
or dual-frequency GNSS
receivers. It is equipped with the GNT‘s unique, proprietary
dual-processing engines (TDD and DDC filters) and utilizes GNT's parallel
processing technology.
The mmVu®
Solver is highly scalable and can easily configure a project with a number
of monitored stations. It is specifically designed for budget-sensitive
projects. GNT’s dual-processing engines can be easily tuned-up so that the
mmVu®
Solver can deliver mm-level accuracy in real-time even at a high data
rate.
Applied Technologies
The
mmVu® Solver connects
single-
or dual-frequency GNSS stations and processing engines through the
Ethernet TCP/IP and UDP communications. A unique data streaming wrapper application,
which feeds many instances of core processing functions and multicasts
raw data to each single-frequency GNSS baseline processor, handles the increased complexity of GNSS
monitoring applications with up to hundreds of baselines and provides
scalable monitoring solutions from small to large projects.
Main Features
The mmVu®
Solver uses redundant processing modules to ensure the integrity of its
results. Customized processing modules are available for unique
applications. It features:
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Provides TDD and DDC solutions with adjustable and
selectable filters
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Detects sudden displacements as well as long-term stability
trends
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Designed to overcome GNSS challenges (e.g., multipath,
ionospheric and tropospheric errors)
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Delivers up to mm level accuracy
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Suitable for budget-sensitive projects with up to 10 km
baseline length
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Supports multiple input data formats from single-frequency
GNSS receivers
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Processes up to 100 baselines
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Archives solutions, observations, and server activity
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Supports structure specific coordinate system
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Automatic system start-up
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Built-in system integrity monitoring services
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Simple to configure and easy to use
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