Core Concepts
Automated benchmark suite for evaluating robots and modular assemblies in various environments.
Abstract
The content introduces CoBRA, a benchmark suite for robotics applications that focuses on evaluating robots and modular assemblies in different environments. It covers the importance of reproducibility in scientific research, existing benchmarks in robotics, motion planning challenges, and the need for a specialized benchmark suite. The paper details the implementation of robots, cost functions, tasks, and solutions within the CoBRA framework.
I. Introduction
Importance of reproducibility in scientific research.
Existing benchmarks like ImageNet and MS-COCO.
Lack of benchmarks in motion planning community.
II. Task Description and Problem Statement
Definition of a benchmark comprising robot modules, cost function, and task.
Hybrid motion planning problem formulation.
Constraints and goals definition.
III. Implementation
A. Robots
Description of modules, connectors, joints, and robot assembly.
B. Cost Functions
Atomic and compound cost functions used in robot optimization.
C. Tasks
Structure of a task including obstacles, constraints, and goals.
IV. Numerical Example
Comparison of solutions using different module sets and cost functions.
Summary table showing minimal costs for each robot type.
V. Conclusions
Proposal of CoBRA as a benchmark suite for industrial tasks.
Integration of motion planning with modular robot optimization.
Availability of executable robot models using Timor.
Stats
To evaluate automatic approaches to this combined optimization problem, we introduce a benchmark suite encompassing a unified format for robots... - ©2024 IEEE
Quotes
"To evaluate automatic approaches to this combined optimization problem..." - ©2024 IEEE
"An area in robotics where multiple benchmarks exist is grasping..." - ©2024 IEEE
"We provide the first benchmark suite to compare robots and modular robot assemblies..." - ©2024 IEEE