All You Need To Know About Self-Driving

Full-Day Tutorial

CVPR 2024 | Seattle Convention Center, Room TBD

Available to registered CVPR tutorial attendees

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Overview

A full day tutorial covering all aspects of autonomous driving. This tutorial will provide the necessary background for understanding the different tasks and associated challenges, the different sensors and data sources one can use and how to exploit them, as well as how to formulate the relevant algorithmic problems such that efficient learning and inference is possible. We will first introduce the self-driving problem setting and a broad range of existing solutions, both top-down from a high-level perspective, as well as bottom-up from technological and algorithmic points of view. We will then extrapolate from the state of the art and discuss where the challenges and open problems are, and where we need to head towards to provide a scalable, safe and affordable self-driving solution for the future.

CVPR24 Tutorial Schedule

Session

Presenter

Time

Description

Video

Introduction to Self-Driving

Raquel Urtasun

9:00 AM – 9:30 AM

In this section we will give a general introduction of self-driving and review the content of this tutorial.

Hardware and Sensors

Andrei Bârsan

9:30 AM – 10:00 AM

Learn about different sensor setups (LiDAR, RADAR, Camera), trade-offs between different kinds of sensors, as well as how to put the sensors together and how to design the associated compute unit.

☕️ Short break

10:00 AM – 10:10 AM

Perception

10:10 AM – 10:40 AM

In this session we will discuss how to build a robust 3d perception system by exploiting information from different sources, with different sensor fusion strategies. We will also talk about different output representations that have been used for perception and introduce challenges when we deploy the perception system in the real world, such as unknown object recognition, and take into account the system latency.

Motion Forecasting

Sergio Casas

10:40 AM – 11:40 AM

Learn about how and why the future state of the world is forecasted in autonomous driving. We will look into the challenges of this task, different input and output representations, as well as different architectures to tackle this problem.

Motion Planning and Control

Abbas Sadat

11:40 AM – 12:25 PM

In this session, we will discuss various learnable motion planning pipelines, important aspects of the planning problem, and main approaches to control.

🍔 Lunch break

1:00 PM – 1:45 PM

Vehicle-to-Vehicle (V2V) Communication

Siva Manivasagam

1:45 PM – 2:05 PM

In this session, we will discuss how to make self-driving vehicles even safer and better through intelligent communication between connected vehicles as well as infrastructure. We will review existing approaches to V2V communication, their different tradeoffs, and datasets.

Mapping

Andrei Bârsan

2:05 PM – 2:35 PM

In this session you will learn how and why maps are used in autonomous driving. We will cover the different kinds of map representations that are used by tasks like motion forecasting, motion planning, simulation and explain their trade-offs. We also cover online mapping together with its benefits and challenges.

Localization

Andrei Bârsan

2:35 PM – 3:05 PM

This session will help you understand how self-driving vehicles robustly establish their precise position within HD maps in order to leverage them for safe and efficient autonomous driving. We will cover the broad range of approaches to localization, covering topics as diverse as place recognition, map matching, point cloud registration, as well as the nascent field of neural SLAM.

🥐 Afternoon break

3:05 PM – 3:20 PM

Data & Evaluation

Raquel Urtasun

3:20 PM – 3:50 PM

In this section, we’ll take a step back from machine learning models and provide a broader overview of the ML development cycle, focusing on the importance of data for training and evaluation. In particular, we’ll cover recent trends in self-driving datasets, techniques for dataset curation, and provide a high-level overview of approaches for evaluating self-driving models.

Simulation

Siva Manivasagam and Kelvin Wong

3:50 PM -5:20 PM

In this session, we’ll explain the different components required to build a comprehensive simulator for autonomy testing and development. We’ll explain different approaches and recent trends for building virtual worlds, simulating their dynamics, and modelling the vehicle platform interacting within the simulator.

System Safety Validation and Verification

Abbas Sadat

5:20 PM – 5:40 PM

In this session we introduce the concepts and steps in order to turn a self-driving system into a safe self-driving product. This will be a broad overview of expectations and process around engineering culture, product development, and creation of a safety arguement for an autonmous system.

Conclusion

Raquel Urtasun

5:40PM – 5:55PM

In this section we will give concluding remarks about the tutorial.