A Simple Discreminative Learning Algorithm for Context
Stanley Bileschi, Lior Wolf and Tomaso Poggio

Investigation Shape Representation in Intermediate Areas of Visual Cortex with the Standard Model of Object Recognition
Charles Cadieu, Minjoon Kouh, Maximilian Riesenhuber and Tomaso Poggio

Risk Bounds and Model Selection for Regularized Least Squares
Andrea Caponnetto

Learning to Trade Using Superior Information
Sanmay Das

Two-sided Bandit Problems
Sanmay Das (with Emir Kamenica)

3D Videorealistic Facial Animation
Tony Ezzat (with Tomaso Poggio and V. Blanz)

Audio Morphing
Tony Ezzat and Jim Glass (with Tomaso Poggio)

Artificial Financial Markets with Adaptive Trading Agents
Adlar Kim, Sanmay Das, Tomaso Poggio and Andrew Lo

Investigating Nonlinearities in the Standard Model of Object Recognition
Minjoon Kouh, Ulf Knoblich and Tomaso Poggio

Biophysical Models of Neural Computation: MAX and Normalization
Ulf Knoblich and Tomaso Poggio

Gene Expression Control
Gabriel Kreiman

Read-out of Visual Information from Inferior Temporal Cortex for Object Recognition
Gabriel Kreiman, Chou Hung, Rodrigo Quiroga, James DiCarlo, Christof Koch and Tomaso Poggio

Local Confidence Interval Estimation
Marta Neve, Andrea Caponnetto and Alexander Rakhlin, with Tomaso Poggio

A New Biologically Motivated Framework for Robust Object Recognition
Thomas Serre, Lior Wolfand Tomaso Poggio

Prediction of Tissue-specific Alternatively Spliced Exons
Neha Soni, Tomaso Poggio, Christopher Burge and Gene Yeo

Cellular Mechanisms in Visual Input Deprivation: Different Pathways for Different Models
Daniela Tropea, A. Lyckman, Gabriel Kreiman, Sayan Mukherjee and Mriganka Sur

Regularization through Feature Knock Out
Lior Wolf and Ian Martin

Predictive Identification of Alternative Exons Conserved in Human and Mouse
Gene Yeo, Christopher Burge and Tomaso Poggio

Object Tracking and Recognition using Background Estimation
Masayuki Yokoyama and Tomaso Poggio

Object Recognition in Clutter: Selectivity and Invariance Properties in Monkey Inferotemporal Cortex
Davide Zoccolan and James DiCarlo