Haytham

Artificial Intelligence, Machine Learning, & Deep Learning Researcher.
Vice-Chancellor PhD Candidate, RMIT University.
Ex-Intern Oculus / Facebook, & WorleyParsons. Ex-Engineer AGI.
About | Resume | Twitter | LinkedIn | Github.




Updates

Dec 2017: At NIPS’17, Long Beach.
Nov 2017: New paper: MatDL: A lightweight deep learning library in MATLAB in JOSS.
Nov 2017: At World Youth Forum (WYF’17), Sharm El Sheikh.
Oct 2017: Paper presentation at AES’17, New York on HRTF Personalization.
Sep 2017: Talk at Swinburne University, Melbourne on Will Deep Learning Lead to AI?.
Aug 2017: Talk at the ML / AI Melbourne Meetup on Will Deep Learning Lead to AI?.
Aug 2017: At ICML’17, Sydney and IJCAI’17, Melbourne.




Research

My research interests are in Artificial Intelligence and Machine Learning.
Publications | Presentations | Google Scholar | ORCID

Selected Research:


Haytham

On Data-Driven Approaches to Head-Related Transfer Function Personalization.
Haytham M. Fayek, Laurens van der Maaten, Griffin D. Romigh, Ravish Mehra.
Audio Engineering Society Convention 143, New York, USA, Oct 2017.

We study the head-related transfer function personalization problem, establish strong baselines, and demonstrate the weaknesses of prior methods compared to the established baselines.

Abstract⇕ [ url ] [ bib ]


Haytham

Evaluating deep learning architectures for Speech Emotion Recognition.
Haytham M. Fayek, Margaret Lech, and Lawrence Cavedon.
Neural Networks, vol. 92, pp. 60-68, Aug 2017.

A real-time frame-based formulation to speech emotion recognition that relies on minimal speech processing and end-to-end deep learning. We use the proposed system to study various deep learning architectures and report state-of-the-art results on a popular dataset.

Abstract⇕ [ url ] [ bib ]


Haytham

On the correlation and transferability of features between automatic speech recognition and speech emotion recognition.
Haytham M. Fayek, Margaret Lech, and Lawrence Cavedon.
Interspeech, San Francisco, USA, Sep 2016, pp. 3618-3622.

We investigate the inter-task information propagation and layer-wise features relevance in deep networks.

Abstract⇕ [ pdf ] [ url ] [ slides ] [ bib ]


Haytham

A controller based on optimal type-2 fuzzy logic: Systematic design, optimization and real-time implementation.
Haytham M. Fayek, Irraivan Elamvazuthi, N. Perumal, and Bala Venkatesh.
ISA Transactions, vol. 53(5), pp. 1583-1591, Sep 2014.

We develop a robust controller using Type-2 Fuzzy Logic optimally designed via Particle Swarm Optimization (PSO) and Genetic Algorithm (GA) and demonstrate its efficacy on a robotic arm.

Abstract⇕ [ url ] [ bib ]