Reduction of large set data transmission using algorithmically corrected model-based techniques for bandwidth efficiency 

Discrete optimization for supply demand matching in smart grids 

Robustness of gradient methods for data-driven decision making 

Optimizing statistical decisions by adding noise 

Upvoting the news: breaking news aggregation, crowd collaboration, and algorithm-driven attention on reddit.com 

Addressing uncertainty in Stackelberg games for security: models and algorithms 

Too many needles in this haystack: algorithms for the analysis of next generation sequence data 

Imposing classical symmetries on quantum operators with applications to optimization 

Search, synthesis, and analysis for semiconductor device design 

Intelligent building skins: Parametric-based algorithm for kinetic facades design and daylighting performance integration [program] 

User-centric smart sensing for non-intrusive electricity consumption disaggregation in buildings 

Variational techniques for cardiac image analysis: algorithms and applications 

New methods for asymmetric error classification and robust Bayesian inference 

Architecture design and algorithmic optimizations for accelerating graph analytics on FPGA 

Andrew J. Viterbi, "The LOG-MAP Algorithm Simplified: Theory and Implementation." 

A radio frequency based indoor localization framework for supporting building emergency response operations 

On the interplay between stochastic programming, non-parametric statistics, and nonconvex optimization 

Disparity estimation from multi-view images and video: graph models and algorithms 

Robert J. McEliece, "Learning to Teach Viterbi's Algorithm," March 22, 2007. 

Andrew J. Viterbi, "The Viterbi Algorithm: Evolution and Applications." 

Auction and negotiation algorithms for cooperative task allocation 

Rajesh K. Pankaj and Andrew J. Viterbi, "Two Multi Access Algorithms for Channels with Multiple Reception Capacity." 

Modeling customer choice in assortment and transportation applications 

Speeding up path planning on state lattices and grid graphs by exploiting freespace structure 

Floating-point unit design using Taylor-series expansion algorithms