View Proposal

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Proposer

Rob Stewart

Title

Compressing neural networks for FPGA based hardware accelerators

Goal

Explore the performance tradeoffs of compressing neural networks for programmable hardware

Description

For executing deep learning algorithms based on neural networks, there is a shift expensive (finance and energy) centralised GPUs to Edge Computing devices such as embedded CPUs and programmable hardware (Field Programmable Gate Arrays, FPGAs). Trained neural networks require hundred of Megabytes or memory, and high computation resources. Emerging compression techniques are able to reduce those resource costs significantly. However, this also affects the accuracy of neural networks. This project will explore industry driven frameworks e.g. Xilinx's Python FINN framework and Intel's Distiller framework, to assess the speed, accuracy and resource use performance metrics for across a set of neural network models. The outcomes of the project will inform users of neural networks and of embedded processors on how best to construct and refine deep learning models for application domains such as remote image processing smart cameras, autonomous robot, and driverless vehicles.

Resources

Background

Url

Difficulty Level

Challenging

Ethical Approval

None

Number Of Students

1

Supervisor

Rob Stewart

Keywords

Degrees

Bachelor of Science in Computer Science
Bachelor of Science in Computer Systems
Master of Engineering in Software Engineering
Master of Science in Artificial Intelligence
Master of Science in Artificial Intelligence with SMI
Master of Science in Computing (2 Years)
Master of Science in Data Science
Master of Science in Network Security
Master of Science in Robotics
Master of Science in Software Engineering
Bachelor of Science in Computing Science
Bachelor of Engineering in Robotics
Bachelor of Science in Computer Science (Cyber Security)
MSc Applied Cyber Security