Farhad Goodarzy

Publication Activity (10 Years)

Years Active: 2011-2022
Publications (10 Years): 7

Top Topics

Fully Integrated

Medical Devices

Top Venues

Publications

Kevin Meng, Euiyoung Kim, Simon J. Vogrin, Mark J. Cook, Farhad Goodarzy, David B. Grayden, Chun Kee Chung
Implementation of a closed-loop BCI system for real-time speech synthesis under clinical constraints. BCI (2022)
Kevin Meng, Seo-Hyun Lee, Farhad Goodarzy, Simon J. Vogrin, Mark J. Cook, Seong-Whan Lee, David B. Grayden
Evidence of Onset and Sustained Neural Responses to Isolated Phonemes from Intracranial Recordings in a Voice-based Cursor Control Task. INTERSPEECH (2022)
Andy Partovi, Seyed Mehrshad Hosseini, Milad Soleymani, Kiana Liaghat, Soroush Ziaee, Erfan Habibi Panah Fard, Sahand Sadeghpour Vajdi, Farhad Goodarzy
A Deep Learning Algorithm for Classifying Grasp Motions using Multi-session EEG Recordings. BCI (2021)
Ramtin Alami, Andi Partovi, Farhad Goodarzy
Exploring a Deeper Convolutional Neural Network Architecture with high dropout for Motor Imagery BCI Decoding. BCI (2021)
Kevin Meng, David B. Grayden, Mark J. Cook, Simon J. Vogrin, Farhad Goodarzy
Identification of discriminative features for decoding overt and imagined speech using stereotactic electroencephalography. BCI (2021)
Andi Partovi, Farhad Goodarzy, Ewan S. Nurse, Philippa J. Karoly, Dean Freeston, Mark J. Cook, Anthony N. Burkitt, David B. Grayden
. BCI (2020)
Milad Faizollah, Farhad Goodarzy, David J. Garrett, David B. Grayden
Silver-diamond antenna for implantable mm-size bio-devices. BioCAS (2016)
Farhad Goodarzy, Efstratios Skafidas
A fully integrated 200 µW, 40pJ/b wireless transmitter for implanted medical devices and neural prostheses. EMBC (2013)
Farhad Goodarzy, Behnam Sedighi, Efstratios Skafidas
Micro-watt inductorless gm-boost LNA for biomedical implants. ISCAS (2013)
Bahram Ghafari, Leila Koushaeian, Farhad Goodarzy
An ultra low power and small size PLL for wearable and implantable medical sensors. CCNC (2012)
Farhad Goodarzy, Efstratios Skafidas
A 20 pJ/b (10 µW) digital receiver based on a new modulation (SAS) for retinal prosthesis application. DDECS (2011)