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Definition and purpose of the Accuracy Verification Tool (AVT).
Explanation of the atracConnect (aCn) board for signal configuration.
Definition of Application Programming Interface (API).
Definition of a fiducial as the basic detectable element in tracking.
Definition of Graphical User Interface (GUI).
Definition of Image-Guided Surgery (IGS).
Definition of JavaScript Object Notation (JSON) file format.
Safety warnings to avoid patient or operator injury.
Safety cautions for equipment handling and operation.
Explanation of safety signs and symbols used in the manual.
Details on information printed on the device label.
Legal disclaimers regarding the manual and device.
Contact details for Atracsys LLC for support and inquiries.
Information on how to obtain the latest manual versions.
Expected service life of the fusionTrack device based on usage.
Shelf life of the fusionTrack device and battery recharge.
Technical specifications of the fusionTrack 500 model.
Minimum PC requirements for using the fusionTrack system.
Overview of the fusionTrack device's operation and components.
Overview of the fusionTrack SDK for measurement retrieval and settings.
Restrictions on modifying the fusionTrack device or its SDK.
Accessing shock sensor status and error registers via software.
Required environmental conditions for optimal fusionTrack operation.
Information on least favorable working conditions for the fusionTrack.
Environmental conditions for safe transportation and storage of the device.
Guidelines and methods for securely mounting the fusionTrack device.
Instructions for connecting the fusionTrack to an IT network.
Procedures for connecting power to the fusionTrack device.
Step-by-step guide for installing the fusionTrack SDK on Windows.
Instructions for installing the fusionTrack SDK using a tarball on Linux.
How the fusionTrack communicates with a host PC via Ethernet.
Description of the fusionTrack's coordinate system and tracking volume.
Details on data and information retrieved from the fusionTrack per frame.
Methods for detecting fiducials and tracking markers with fusionTrack.
How temperature compensation algorithms improve measurement accuracy.
Requirements and handling for surgery markers used with fusionTrack.
How to register and use custom marker geometry files.
Explanation of parameters tuning marker tracking performance.
Explanation of phantom fiducials created by triangulation.
Handling and implications of stray fiducials in tracking data.
Overview of available options for configuring the fusionTrack system.
Guide to using the demo application for showcasing SDK capabilities.
Overview of command-line samples demonstrating SDK usage.
Understanding and measuring the fusionTrack system latency.
Using the Python wrapper for fusionTrack C++ API functionalities.
Using the Matlab wrapper for fusionTrack C++ API functionalities.
Steps to establish a connection using the atnet command-line tool.
Procedure for updating the main firmware of the fusionTrack device.
Procedure for updating the shock detection unit firmware.
Updating firmware for wireless markers via the fusionTrack.
How to obtain and submit shock reports for device diagnostics.
Methods for verifying the correct operation of the fusionTrack system.
Monitoring marker registration and epipolar errors for data integrity.
Importance of monitoring fusionTrack temperature for accurate measurements.
Handling and maintenance of optical elements and IR illumination.
Ensuring proper environmental conditions for fusionTrack operation.
Key considerations for integrators regarding software compatibility and performance.
Principle of the zeroing method for checking device and marker calibration.
How to integrate and run the zeroing procedure in the workflow.
Principle of AVT for verifying measurement accuracy across the working volume.
Procedure for performing accuracy verification by trained technicians.
Information on Atracsys' optional rigid body and software for AVT.
Impact of electromagnetic immunity tests on essential performances.
Specifications for Ethernet RJ-45 port and PoE+ cables.
Procedure for changing the fusionTrack device's IP address using atnet.
Forcing the local UDP port for communication with the fusionTrack device.
Connecting to multiple fusionTrack devices using the ftkInitExt function.
Overview of the device authentication mechanism to prevent tampering.
Procedure for uploading the 128-bit encryption key to the fusionTrack device.
Verifying the fusionTrack device configuration using SDK options.
Instructions for cleaning and disinfecting the fusionTrack device.
Ensuring markers are not deformed after sterilization.
Potential effects of multiple cleanings on fusionTrack optics and accuracy.
Guidelines for environmentally responsible disposal of decommissioned equipment.
Troubleshooting common issues encountered with the fusionTrack system.
License terms for using the Atracsys fusionTrack SDK.
License terms for the hashing code used in the SDK.
License terms for the JsonCpp library.
Information on Qt licensing options for development.
Information on the FreeGLUT open-source library.
Information on the Coin3D open-source graphics toolkit.
License terms for the Base 64 encoding utility.
License terms for the FLTK library used in AVT software.
Explanation of homogeneous coordinates for 3D transformations.
Accessing and interpreting marker orientation and translation data.
Method for inverting marker pose transformations using homogeneous coordinates.
General| Brand | Atracsys |
|---|---|
| Model | fusionTrack 500 |
| Category | Measuring Instruments |
| Language | English |
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