Korina Digalaki
MIT EECS | Nutanix Undergraduate Research and Innovation Scholar
Boolean Functions Lacking Sparse High-Order Fourier Representations
2019–2020
Electrical Engineering and Computer Science
- Theory of Computation
Ryan Williams
In this SuperUROP project, I plan to investigate the problem of representing Boolean functions as real linear combinations of polynomials over the field {0,1} of degree 2 or higher. In particular, the aim of the project will be to find explicit functions that lack sparse (i.e., of polynomial size) representations in this setting, as well as to improve the currently known lower bounds for functions such as the AND function.
I decided to participate in SuperUROP to gain research experience and explore new research paths in my major. As a double major in Mathematics and EECS, this project will allow me to combine my interests in Analysis and TCS and build on my current exposure on Fourier analysis through courses I’ve taken on measure theory and functional analysis.