Permits data acquisition, processing, and visualization. Open Ephys allows to run and monitor extracellular electrophysiology experiments. It offers a Plugin Generator that allows developers to walk through the process of plugin creation and configuration with a user-friendly visual interface. The tool encourages scientists to look ‘under the hood’ and understand the details of its implementation. It provides an acquisition board compatible with many types of headstages. The software is built around processor modules that can be swapped in and out independently.
Enables users to code psychology experiments. PyEPL intends to make easier the recording of vocal responses and the creation of desktop-based virtual reality experiments. The software provides tools for synchronizing behavioral and electrophysiological data. In addition, it also supplies screen-refresh synchronization, an automated logging of experimental events and management of participant data hierarchies.
Provides general purpose data acquisition. Ephus is an open-source, flexible software package that includes functionality for a wide variety of applications ranging from traditional in vitro electrophysiology to highly customized circuit mapping and in vivo behavioral protocols. It offers a collection of both application-specific tools, such as those for electrophysiology, scanning and mapping, video imaging, as well as common (shared) tools for data binding, configuration switching, and experimental timing.
Allows arbitrary stimulation patterns, low-latency data servers for accessing data streams. NeuroRighter permits to make high-quality multichannel recordings and all-channel stimulation protocols. It facilitates user manipulation of hardware settings, online filter settings, data visualization windows or stimulation tools. The tool can perform closed-loop experiments that restore the sensory-motor loop by interfacing living neural networks with artificial bodies.
Provides a data acquisition (DAQ) system. MANTA can acquire data from both analog and digital headstages. It facilitates and encourages the addition of new hardware and analysis tools. The tool supports natural visualization of arbitrary 1D, 2D and 3D electrode array geometries, integrates filtering, spike-sorting and denoising for online display, synchronization and communication with a control unit. It allows two modes of acquisition: locally controlled and remotely triggered.
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