IEEEAccess's profile picture. A multidisciplinary open access journal of the IEEE that has a high-quality, rigorous peer review process of 4 to 6 weeks.

IEEE Access

@IEEEAccess

A multidisciplinary open access journal of the IEEE that has a high-quality, rigorous peer review process of 4 to 6 weeks.

We are extremely proud to announce that IEEE Access has reached a major milestone of publishing 100,000 open access articles on IEEE Xplore! Thank you to our Authors, Reviewers, Editors, and Editorial Board members for making this possible! #IEEEAccess #openaccess @IEEEXplore

IEEEAccess's tweet image. We are extremely proud to announce that IEEE Access has reached a major milestone of publishing 100,000 open access articles on IEEE Xplore! 

Thank you to our Authors, Reviewers, Editors, and Editorial Board members for making this possible! #IEEEAccess #openaccess @IEEEXplore

In this featured article, researchers are balancing image quality and computational efficiency. The new BASS framework combines multi-objective neural architecture search with a hybrid optimization strategy to tackle this head-on: bit.ly/3JvDONK


Mattel’s latest collaboration with OpenAI promises to bring AI into toy boxes. Imagine a Barbie doll that learns, listens, remembers, and responds like a miniature conversational companion. See what you think: bit.ly/3HQEmgE


Smartphones today rely on 4×4 MIMO tech in the 3.3–5 GHz mid‑band to boost data speed. The next leap? 8×4 MIMO in the 6.425–8.4 GHz upper mid‑band for 6G. This featured IEEE Access article introduces the hybrid antenna design: ieeexplore.ieee.org/document/11015…

IEEEAccess's tweet image. Smartphones today rely on 4×4 MIMO tech in the 3.3–5 GHz mid‑band to boost data speed. The next leap? 8×4 MIMO in the 6.425–8.4 GHz upper mid‑band for 6G.

This featured IEEE Access article introduces the hybrid antenna design: ieeexplore.ieee.org/document/11015…

On October 7th we celebrated IEEE Day by honoring the spirit of innovation and community. IEEE Day unites members in local communities around the world, powered by the theme of “leveraging technology for a better tomorrow.” Let’s look forward to future breakthroughs together.

IEEEAccess's tweet image. On October 7th we celebrated IEEE Day by honoring the spirit of innovation and community. IEEE Day unites members in local communities around the world, powered by the theme of “leveraging technology for a better tomorrow.” 

Let’s look forward to future breakthroughs together.

IEEE Access さんがリポスト

🚨 Meet SearchSense — a game-changing wearable that guides rescuers to trapped victims using haptic feedback and cellphone signals. No special transmitters needed. 🤯 Read more about the breakthrough in wearable sensing in @IEEEAccess 🔗 loom.ly/ZtJyk0k #WearableTech


IEEE Access さんがリポスト

The future of #connectivity is here, and it’s faster, and more powerful than ever. Discover how #5G & #6G protocols are revolutionizing industries in our live webinar, Decode the Network: Essential 5G/6G Protocols for Real-World Impact, tomorrow, Tuesday, 7 October at 11 a.m. ET.


🏆 Meet Sydney West, winner of the 2025 IEEE Presidents’ Scholarship! Her ROV uses computer vision + sensors to help protect coral reefs—a vital step in preserving marine biodiversity. More inspiring student tech: spectrum.ieee.org/2025-ieee-pres…


At IEEE Access, we’re inspired by the spirit of inquiry. What big questions are you answering today? Discover the benefits of IEEE Access and become a published author in as little as 4 to 6 weeks: ieeeaccess.ieee.org/about/benefits…

IEEEAccess's tweet image. At IEEE Access, we’re inspired by the spirit of inquiry. 

What big questions are you answering today? Discover the benefits of IEEE Access and become a published author in as little as 4 to 6 weeks: ieeeaccess.ieee.org/about/benefits…

In this featured IEEE Access article, researchers have created a wireless network simulator that models thousands of devices in just seconds. This high-performance tool also supports real-time optimization tasks like antenna placement: ieeexplore.ieee.org/document/11091…


IEEE Access さんがリポスト

☀️ Smarter #SolarForecasting is here—with the power of Agentic #AI. A new study in @IEEEAccess proposes a novel framework using optimized sequential #AgenticAI-guided trainable hybrid activation functions to improve prediction accuracy. 🔗 loom.ly/6wPLOLE


Researchers at the University of Sharjah are pioneering AI‑driven digital twins, which are virtual replicas of energy systems like wind turbines and solar farms, to optimize the clean energy transition: sciencedaily.com/releases/2025/…


IEEE Access さんがリポスト

Across the globe, IEEE members volunteer locally and lead humanitarian efforts. From installing solar power to aiding disaster-hit communities, we’re building a better world. Check out the stories shaping the #IEEE Social Impact Report: bit.ly/3ViQYAo

IEEEorg's tweet image. Across the globe, IEEE members volunteer locally and lead humanitarian efforts. From installing solar power to aiding disaster-hit communities, we’re building a better world.

Check out the stories shaping the #IEEE Social Impact Report: bit.ly/3ViQYAo
IEEEorg's tweet image. Across the globe, IEEE members volunteer locally and lead humanitarian efforts. From installing solar power to aiding disaster-hit communities, we’re building a better world.

Check out the stories shaping the #IEEE Social Impact Report: bit.ly/3ViQYAo
IEEEorg's tweet image. Across the globe, IEEE members volunteer locally and lead humanitarian efforts. From installing solar power to aiding disaster-hit communities, we’re building a better world.

Check out the stories shaping the #IEEE Social Impact Report: bit.ly/3ViQYAo
IEEEorg's tweet image. Across the globe, IEEE members volunteer locally and lead humanitarian efforts. From installing solar power to aiding disaster-hit communities, we’re building a better world.

Check out the stories shaping the #IEEE Social Impact Report: bit.ly/3ViQYAo

At IEEE Access, we’re driven by passion, perseverance, and the spirit of giving our all, just like Kalpana Chawla, whose legacy continues to lift us toward the stars. Her words remind us that real innovation arises when someone dares to go “all out.”

IEEEAccess's tweet image. At IEEE Access, we’re driven by passion, perseverance, and the spirit of giving our all, just like Kalpana Chawla, whose legacy continues to lift us toward the stars. Her words remind us that real innovation arises when someone dares to go “all out.”

🕰️ Time travel without paradoxes? Scientists say it's possible! The key insight: events will always "recalibrate around you" to avoid inconsistencies. Try to stop COVID-19's patient zero? You'd somehow end up becoming patient zero yourself. Read more: bit.ly/3USBgvk


In this featured IEEE Access article, researchers developed a way to detect physical attacks on microchips using impedance monitoring. 🛡️When attackers try to access a chip, it changes the electrical signature—and catches them in the act: ieeexplore.ieee.org/document/11009…


IEEE Access さんがリポスト

A new #VisionTransformer for #VisualRecognition. A recent study in @IEEEAccess introduces an enhanced Vision Transformer architecture redefining #FacialExpressionRecognition — advancing tech for mental health, #HCI, and more. 🔗 loom.ly/hR42ckg #IEEE #IEEEXplore


In this featured IEEE Access article, new research delivers 3D object detection for small autonomous boats using only LiDAR—no cameras needed! This energy-efficient approach is perfect for compact unmanned surface vehicles where power matters: bit.ly/4103Azv


IEEE Access さんがリポスト

Cyclic Reformulation-Based System Identification for Periodically Time-Varying Systems @IEEEAccess ieeexplore.ieee.org/abstract/docum… 546 Full Text Views Simple, but powerful identification. Periodically time-varying cycling systems captured with precision.

control_eng_ch's tweet image. Cyclic Reformulation-Based System Identification for Periodically Time-Varying Systems @IEEEAccess  
ieeexplore.ieee.org/abstract/docum… 

546 Full Text Views

Simple, but powerful identification. Periodically time-varying cycling systems captured with precision.

IEEE Access さんがリポスト

🦾 Repeated lifting of heavy objects is responsible for numerous material handlers suffering injuries involving musculoskeletal strains, sprains, and tears. In the latest @IEEEAccess, read about wearable, #PoweredExoskeletons. 🔗 loom.ly/O7HhZk8 #IEEE #Robotics


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