2 software found

Artinis Medical Systems B.V. software

Artinis - NIRS Data Acquisition and Analysis Software

OxySoft 4 is a specialized software developed by Artinis Medical Systems to facilitate the acquisition, storage, and analysis of NIRS (Near-Infrared Spectroscopy) and fNIRS data. Designed for compatibility with the Brite Family devices, PortaMon, PortaLite, OctaMon, OxyMon, and other Artinis devices, the software excels in real-time and posthoc data processing. It supports multiple device synchronization, allowing comprehensive monitoring, and features a user-friendly interface to streamline workflow. Key functionalities include real-time calculation of hemoglobin concentration changes and tissue saturation index (TSI), application of standard analysis techniques, data export in multiple formats (like .csv, .txt, .xls, and .snirf), and seamless integration with MATLAB and Python via Lab Streaming Layer (LSL). OxySoft 4 integrates advanced features such as device event mapping, Bluetooth connection recovery tools, and intuitive signal quality assessment. Ideal for technical users in neuroscience and biomedical research, OxySoft 4 enables sophisticated 3D brain activity visualization and supports import of data from other digitizing devices, enhancing the scope of functional NIRS analytics.

Artinis - Brite Connect Software for fNIRS Data Acquisition

Brite Connect is designed to streamline the recording of functional near-infrared spectroscopy (fNIRS) data, both in real-time and offline. The software offers features for easy performance of online and offline measurements, supporting single, dual, and hyperscanning modes. Users can place event markers using a keyboard, PortaSync, or the device event button. The recorded data can be reviewed channel-by-channel, with options to adjust event keys. Compatible with all Brite family devices, Brite Connect ensures high data quality through its Signal Quality Index (SQI) and provides hints to improve signal quality. Data can be exported in the standardized .snirf format, facilitating analysis with fNIRS toolboxes like Homer and MNE Python. In the event of data loss due to Bluetooth issues, the built-in repair function can help retrieve missing data, ensuring accurate and reliable readings.