I will present an approach for the design and analysis of an electronic voting machine based on a novel combination of formal verification and systematic testing by humans. The system was designed specifically to enable verification and testing.
It has been shown several times that the speech recognition accuracy improves if the direct measurement of speech articulation is used in addition to the speech acoustics from the talker.
Invariants play a key role in verifying properties of imperative programs. Inductive reasoning is essential to verifying properties of recursive programs.
Compressed sensing is a novel paradigm for signal acquisition, proposed recently by Candes et al, Donoho. As the dust around the initial rapid developments settles, a more simple and unified structure emerges, which is surprisingly linear.
Entanglement is one of the most striking features of quantum mechanics. The EPR paradox and Bell's inequality are some of the famous examples where it manifests itself.
We consider a system of linear constraints over any finite abelian group $G$ of the following form: $\\ell_i(x_1,\\ldots,x_n) \\equiv \\ell_{i,1}x_1+\\cdots+\\ell_{i,n}x_n \\in A_i$ for $i=1,\\ldots,t$ and each $A_i \\subset G$, $\\ell_{i,j}$ is a
