On the unitary representation theory of contraction groups

- Carter, Max

Identifying circulating currents and zero-sequence voltages for reduction in stored capacitor energy in modular multilevel converters

- Townsend, Christopher D., Goodwin, Graham Clifford, Konstantinou, Georgios, Petranovic, Nikola, Mirzaeva, Galina, Farivar, Ghias, Pou, Josep

Current ripple reduction for cascaded H-bridge converter with phase-shifted carrier PWM

- Sun, Kevin, Summers, Terry, Coates, Colin

Projection algorithms for non-separable wavelets and Clifford Fourier analysis

- Franklin, David John

The relationship between classical and MPC horizon 1 based current regulators

- Mirzaeva, Galina, Goodwin, Graham C., McGrath, Brendan

Fourier and wavelet analysis of Clifford-valued functions

- Morris, Andrew Joel

Advanced noise shaping and filter design with feedback quantizer PWM

- Mirzaeva, Galina, Goodwin, Graham

Control of a high-speed nanopositioner for lissajous-scan video-rate AFM

- Yong, Yuen Kuan, Bazaei, Ali, Moheimani, S. O. Reza

Multistep direct model predictive control for power electronics - part 2: analysis

- Geyer, Tobias, Quevedo, Daniel E.

Noise shaping modulation and dynamic current control of NPC inverters for low switching frequency applications

- Mirzaeva, Galina, Goodwin, Graham, Diaz, Manuel, Silva, Cesar

Introducing feedback quantizer - a novel pulse-width modulation strategy for voltage source inverters

- Mirzaeva, Galina, Goodwin, Graham

Non-uniform capacitor voltage ripple in a cascaded H-bridge StatCom

- Townsend, C. D., Vodden, J., Watson, A. J., Summers, T. J., Betz, R. E., Clare, J. C.

Comparison of modulation strategies for a cascaded H-bridge StatCom: Part 1: theoretical background

- Townsend, C., Summers, T. J., Betz, R. E.

Comparison of modulation strategies for a cascaded H-bridge StatCom: Part 2: application of the analysis

- Townsend, C., Summers, T. J., Betz, R. E.

Comparison of three harmonic extraction techniques for active filters

- Betz, R. E., Summers, T. J., Mirzaeva, G.