New publication shows the high sensitivity of encevis spike detection

Our newest spike detection is described in this publication together with a study performed with independent data from the Danish Epilepsy Centre in Dianalund. An artificial intelligence-based EEG algorithm for detection of epileptiform EEG discharges: Validation against the diagnostic gold standard. With a sensitivity of 89%, the new encevis spike detection performs better than any previously published algorithm. If you want to try it on your own data, just contact us!

Meet us at the AES meeting 2019 in Baltimore December 7th-9th!

You will find us at booth #252. Come and check out our newest developments!  Thanks to the newest artificial intelligence methods, our spike detection made a great leap in terms of sensitivity and speed. We will also be happy to tell you more about our latest developments for the neonatology! Come and see artifacts disappear and find out how you can save a lot of your time by using our trending! And take a free trial home.

Meet us in our home town Vienna at the ECE 2018 August 26th-29th!

Come and visit us in our home town! At the 13th European Congress on Epileptology. You will find us at booth #29. Check out the newest version of encevis, our software package for computer assisted EEG review and take a free trial version home. Try out the automatic spike and seizure detection and see how easy it is to review the results. See artifacts disappear with our artifact reduction and find out how you can save a lot of your time by using our trending!

encevis 1.7 released

The new encevis 1.7 has been released with an even more sensitive seizure detection! Detected seizures can now also be seen in the encevis EEG trending which enables you to observe how the seizure evolves. The new seizure detection differentiates between different types of seizures which makes your EEG review even more efficient. Another new feature in 1.7 is the spectrogram, that shows you the distribution of power into frequency components for any time intervall of your choice.