OxTS Software is the fastest and easiest way to collect, analyse and post-process your data. However, different environments, workflow setups and data collection methods mean that our software is not the only thing Engineers will be working with.
By collaborating with integrators, there is flexibility for users on how you can obtain data from our leading GNSS/INS RT devices. No matter your application, there should be an integration that works for you.
The new OxTS device plugin is able to acquire their data over Ethernet into Dewesoft. The module supports the NCOM format which is the default data format used by Oxford devices.
An OxTS device can either be used as a clock master or slave when synchronized with Dewesoft instruments. And multiple devices can be connected and monitored simultaneously.
With the Dewesoft-OxTS plugin, acquire data from your OxTS device over Ethernet.
The plugin module supports the NCOM format which is the default data format used by OxTS devices, which can be used either as a clock master or slave when synchronised with Dewesoft instruments.
You will also be able to monitor multiple OxTS devices at the same time.
Vector create tools to support and simplify the development and analysis of embedded systems, of which OxTS is often a part.
With the OxTS plugin you can use Vector’s CANape software, for interfacing with our units to optimise calibration of an ecosystem of ECUs.
OxTS devices can interface with radio-location technology, LocataTech, from Locata Corporation. This integration can be used to achieve precise positioning in GNSS-deprived environments.
A network of terrestrially-based LocataLite transceivers form a positioning network, LocataNet, that operates independent of GNSS. The transceivers that make up the LocataNet are synchronized with picosecond precision.
Locata receivers, placed on the vehicle, pass regular position updates to the OxTS device, which uses this information in the same way that it uses GNSS signals, to output accurate and reliable position, orientation and dynamics vehicle measurements. These data are logged by the OxTS device and can be output via Ethernet and CAN for use by driving robots and other equipment.
Click here to find out how Insurance Institute for Highway Safety (IIHS) have leveraged this integration.
NAVsuite includes several features for setting up and monitoring your INS for use with ADAS and track testing equipment such as driving robots, guided ADAS platforms, and autonomous proving ground control systems.
With NAVconfig you can configure “Output Smoothing” for use with control systems and steering robots, which eliminates any sudden jumps in position to ensure a smooth path. NAVdisplay allows you to monitor critical outputs like position accuracy, velocity, and yaw rate in real-time.
Our output formats are compatible with most popular driving robot systems including AB Dynamics, Humanetics, and others.