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Olcay Cirit

Olcay Cirit

Senior Staff Research Scientist and Tech Lead at Uber AI

San Francisco, CA

Summary

Olcay Cirit is a highly skilled computer scientist with over 15 years of experience in applied machine learning, focusing on large-scale ML systems and deep learning. He currently serves as a Senior Staff Research Scientist and Tech Lead at Uber AI, driving innovation and development of cutting-edge technologies. His expertise includes leading multiple internal projects at Uber AI Labs such as PyML, X-Ray Information-theoretic Data Mining, Weakly Supervised Fraud Detection, Coresets for Rare Event Modeling, and DeepETA. weekday+3
He has made significant contributions to Uber's technological infrastructure, developing systems to interpret noisy smartphone sensor data for events like turning and braking, walking and biking. He also developed scalable signal processing and ML solutions for fraud detection using sensor data and created the algorithms and Android code for BatSense, Uber's ultrasonic modem technology for seamlessly matching riders and drivers. weekday
Cirit has a strong background in academic research, co-authoring a paper on "Consumer Profiling Using Fuzzy Query and Social Network Techniques" during his time at the University of California, Berkeley. His work has also led to several patents, including those related to facilitating direct rider-driver pairing and systems for monitoring and evaluating individual performance. springer+1

Work

Education

Writing

DeepETA: How Uber Predicts Arrival Times Using Deep Learning

February 10, 2022

Describes Uber's low-latency deep neural network architecture for global ETA prediction, improving accuracy over traditional routing engines by refining ETA predictions using ML models and historical data with real-time signals.

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Optimal Feature Discovery: Better, Leaner Machine Learning Models Through Information Theory

May 6, 2021

Details an approach to optimize feature evaluation and selection in Uber's feature store using information theory to find compact and diverse subsets of relevant features, addressing issues of feature sprawl and redundancy.

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Michelangelo PyML: Introducing Uber's Platform for Rapid Python ML Model Development

October 23, 2018

Introduces Michelangelo PyML, a platform at Uber that enables rapid Python ML model development by providing flexibility for data scientists to prototype and validate models, extending the capabilities of Uber's main Michelangelo platform.

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Consumer Profiling Using Fuzzy Query and Social Network Techniques

January 1, 2005

Proposes a method for consumer profiling based on social network theory and the BISC Decision Support System, exploring the use of social connectivity information for targeted advertisements.

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Facilitating direct rider-driver pairing

A patent related to methods for facilitating direct rider-driver pairing, particularly relevant for transportation network systems.

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Systems and methods for monitoring and evaluating individual performance

A patent related to systems and methods designed for the monitoring and evaluation of individual performance.

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