Sinha Namrata Ieee Access [hot] Jun 2026

: An updated copy of your manuscript with all individual and grammatical changes highlighted (ideally using a yellow highlight tool in the PDF).

You can access the official paper via the IEEE Xplore Digital Library.

It welcomes submissions that don't fit into a single, narrow IEEE transaction, making it the perfect home for holistic systems like AI-driven IoT or smart grid security.

IEEE Access stands as an authoritative, open-access journal covering research across all of IEEE's fields of interest. The journal maintains a highly selective evaluation process, featuring an average . Key traits of the platform include: sinha namrata ieee access

Dynamically controls the surface currents flowing to the main rectangular patch radiator without requiring physical mechanical rotation.

Another profile points to a Namrata Sinha serving as the Chief Technology Officer (CTO) of Teleglobal International in Pune, India. Her profile emphasizes a strong academic background in computer technology, reflecting a career path focused on leadership in tech infrastructure and global operations.

The author proposes a framework based on Long Short-Term Memory (LSTM) networks. LSTM is a type of Recurrent Neural Network (RNN) specifically designed to handle sequence data and long-term dependencies, which is crucial for understanding text. : An updated copy of your manuscript with

Dr. Namrata’s ongoing work includes supervising Ph.D. scholars and mentoring students in cutting-edge areas of electrical engineering. Future research directions likely include:

This is the second major challenge in academic searching: (e.g., "Namrata Sinha" vs. "K. Namrata").

: The underlying research extensively bench-tests performance across multiple competitive machine learning paradigms, comparing Random Forest (RF), K-Nearest Neighbors (KNN), and Gradient Boosting (XGBoost) variants to deliver maximum F1 scores and clinical reliability. IEEE Access stands as an authoritative, open-access journal

) antennas using inverted resonators, targeting the 5G frequency spectrum.

A notable contribution highlighted in the documentation of IEEE Access manuscript tracks is the method used to manipulate current vectors. By adjusting within twin inverted resonators, designers can systematically steer the internal current paths. This mechanical-to-electrical mapping allows precise control over whether the dominant radiated field leans +45° or -45°, providing a blueprint for polarization-agile hardware. Key Technical Challenges Addressed

Optimizing data transmission and energy efficiency.