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Discover Robotics

Springer Nature · Singapore

eISSN3059-3204

✓ DOAJ✓ Open Access

/ 100

High Risk

Score Breakdown

✓ DOAJ Verified+15

Total15

Aims & Scope✦ Inferred from recent articles

This journal focuses on the development, control, and application of autonomous robotic systems. It covers topics such as advanced control strategies for unmanned aerial vehicles and mobile robots, human-robot interaction through emotion recognition and natural language processing, and the integration of artificial intelligence and machine learning for tasks like gesture recognition, predictive control, and data analysis in various domains including agriculture and prosthetics. The journal also explores the design and optimization of robotic components and systems, including soft actuators and exoskeletons, and addresses challenges in areas like localization, mapping, and digital twin validation.

AI-summarised from recent articles · verify on publisher page →

General Information

Country / RegionSingapore

Primary LanguageEnglish

1st Year Published—

StatusActive

Total Publications—

Visit Journal Website

Submission Info

Peer ReviewAnonymous peer review

Review Time—

Acceptance Rate—

OA LicenseCC BY, CC BY-NC-ND

OA Rate—

Ethics & Quality

COPE Member✗ No

OASPA Member✗ No

Not on Predatory Lists✓ Yes

Think.Check.Submit Compliance

thinkchecksubmit.org

8/12 · 67%

✅

Do you know the journal / publisher?

Springer Nature

✅

Does the journal have a website?

✓ Linked

✅

Is the ISSN verified?

3059-3204

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Indexed in a trusted database?

DOAJ

✅

Peer review process documented?

Anonymous peer review

❌

Follows ethical publishing standards (COPE)?

N/A

❌

APC fees clearly disclosed?

N/A

✅

Not on predatory/blacklists?

✓ Clean

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Long-term digital preservation?

N/A

❌

Plagiarism detection in place?

N/A

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Listed in DOAJ (verified OA)?

DOAJ verified

✅

Primary language documented?

English

Based on the Think.Check.Submit framework by DOAJ, COPE & OASPA. All data from verified open sources.

Subject Classification

Research Topics (OpenAlex)

Adaptive Control of Nonlinear SystemsRobot Manipulation and LearningSocial Robot Interaction and HRIAdvanced Sensor and Energy Harvesting MaterialsMuscle activation and electromyography studiesRobotics and Sensor-Based LocalizationRobotic Path Planning AlgorithmsProsthetics and Rehabilitation RoboticsReinforcement Learning in RoboticsRobotic Mechanisms and Dynamics