Digital-Analog Co-Design of the Harrow-Hassidim-Lloyd Algorithm

Optimal fast digital error correction method of pipelined analog to digital converter with DLMS algorithm

In this paper, convergence rate of digital error correction algorithm in correction of capacitor mismatch error and finite and nonlinear gain of Op-Amp has increased significantly by the use of DLMS, an evolutionary search algorithm. To this end, a 16-bit pipelined analog to digital converter was modeled. The obtained digital model is a FIR filter with 16 adjustable weights. To adjust weights o...

design of an analog fuzzy logic controller chip

fuzzy logic has been developed over the past three decades into a widely applied techinque in classification and control engineering. today fuzzy logic control is one of the most important applications of fuzzy set theory and specially fuzzy logic. there are two general approachs for using of fuzzy control, software and hardware. integrated circuits as a solution for hardware realization are us...

Analog-digital co-existence in 3D-IC

Ubiquitous mobile communication creates an increasing demand for high data rates, complex modulation schemes and low power design. The cost and performance benefits of conventional lithographic scaling are diminishing as process cost increases exponentially. 3D integration has the potential to keep driving performance forward while keeping cost down. The possibility to integrate separate dies w...

Cs294 a Toolkit for Algorithms 1.1 Problems and Open Questions

1. Explore applications of the recent ”Quantum Algorithm for Linear Systems of Equations” by Harrow, Hassidim and Lloyd [5]. This algorithm can solve a linear system of the form Ax = b, in time logarithmic in the dimensions of A, an exponential improvement over classical algorithms. However, the quantum algorithm cannot output the vector solution x explicitly, but only give an approximation to ...

34 Digital and Analog Electronic Design