仅供临床科研使用
BESA Research 7.1 了解更多
销售价格: N/A
商品编号: AS-CAA-230-0618
软件语言: 英文
器械分类: II
生产厂家: BESA GmbH
公司网址: https://www.besa.de/
认证信息: FDA
系统要求: Windows
交付方式: 下载安装
  • 软件概览
  • 推荐配置
  • 典型病例
  • 软件教程
  • 临床文献
  • 用户评价
  • 产品彩页

软件概览

image-content-top_besa-research-overview

BESA Research 7.1

Choose the best signal processing for your EEG and MEG data

BESA is the most widely used software for source analysis and dipole localization in EEG and MEG research. BESA Research has been developed on the basis of 30 years experience in human brain research by the team around Michael Scherg, University of Heidelberg, and Patrick Berg, University of Konstanz.

BESA Research is a highly versatile and user-friendly Windows® program with optimized tools and scripts to preprocess raw or averaged data for source analysis and connectivity analysis. All important aspects of source analysis and source imaging are displayed in one window for immediate selection of a wide range of tools. The same holds true for the source coherence / time-frequency module, and other analysis windows. BESA Research provides fast and easy hypothesis testing, a variety of source analysis algorithms including cortical imaging and volume imaging methods, integration with MRI and fMRI, age-appropriate template head models (FEM) as well as the possibility to import individual head models (BEM and / or FEM) generated by BESA MRI.

 

New features in BESA Research 7.1 are described here.

Connectivity analysis, a unique feature for viewing brain activity

BESA Research transforms surface signals into brain activity using source montages derived from multiple source models or beamformer imaging. This allows displaying ongoing EEG/MEG, single epochs, and averages with much higher spatial resolution.

The BESA Connectivity solution and the  Source Coherence Module provide an extremely fast and user-friendly implementation of time-frequency analysis based on wavelets and / or complex demodulation. Users can create event-related time-frequency displays of power, amplitude, or event-related (de)synchronization and several connectivity measures for the current montage using brain sources or surface channels. Induced and evoked activities can be separated. Source connectivity analysis reveals the functional connectivity between brain regions by reducing the volume conduction effects seen in surface coherence. Users can select a time-frequency window for (bilateral) beamformer and dynamic imaging of coherent sources (Gross et al., PNAS 2001).

More than just dipole source localization

BESA Research covers the whole range of signal processing and analysis from the acquired raw data to dynamic source images:


推荐配置

典型病例

软件教程

临床文献

用户评价

产品彩页

请完善个人信息

非常抱歉,您只有购买软件后才能查看完整软件教程!

看了此商品的会员还在看
测试版
版本号 软件大小 下载地址
正式版
版本号 软件大小 下载地址