Signal Processing Microelectronics

These projects consider the latest algorithms, as well as the development of test hardware, for future generation communication technologies.

→ MIMO Communications Testbed
→ LDPC Codes

These projects address aspects of control theory, as well as practical applications of the latest control algorithms. We consider not only the algorithms, but also the real-world practicalities of deploying them.

→ Model Predictive Control
→ QPC - Quadratic Programming in C
→ Nonlinear Systems Analysis and Design

Our microelectronics projects involve investigating the feasibility of deploying cutting edge signal processing algorithms into FPGA and ASIC devices. As part of this, we're developing software tools to assist with the algorithm-to-chip process.

→ c4Hardware - limited precision modelling in C++
→ c4HDL - C++ for bit-accurate modelling of HDL
→ SBAM - SPM Bit Accurate Modelling

Our work in signal processing includes topics in system identification, non-linear filtering and smoothing. This involves theoretical analysis, in combination with supporting software packages which are available for download.

→ System Identification Toolbox
→ MCMC System Identification
→ Filtering and Smoothing