Despite significant advances in wireless communication, disparities in access to reliable infrastructure remain severe. Rural and remote communities, Indigenous populations, and economically underserved areas continue to encounter substantial barriers to digital inclusion. This persistent digital divide restricts access to education, healthcare, economic opportunities, and essential …
The convergence of nanotechnology and bio-electromagnetics has opened a promising frontier in intra-body wireless communication. Among emerging modalities, the terahertz (THz) frequency band—spanning 0.1 to 10 THz—stands out for its unique potential to bridge the gap between traditional radiofrequency and optical systems. Terahertz waves are …
The rapid growth of IoT devices has transformed various industries by enabling real-time data collection and communication. However, these devices often lack sufficient resources for timely processing, especially in critical scenarios like disaster management. Relying solely on cloud computing introduces latency and bandwidth issues. To …
Author : Saba Zargham
High-speed interconnects are the physical links and protocols that enable rapid data transfer between chips, devices, or systems. They include standards like PCI Express (PCIe), Ethernet, InfiniBand, and proprietary links such as NVIDIA NVLink. These interconnects provide high bandwidth—often hundreds of gigabytes …
The Centre for Intelligent Manufacturing (CIM), which works with industry partners to overcome manufacturing difficulties, is led by Dr. Carolyn Moorlag. In order to improve product design and production, CIM focuses on advanced analytics, robots, artificial intelligence (AI), and 3D printing. Small and medium-sized businesses …
5G technology promises to revolutionize communications with high-speed connectivity and innovation. Open-source 5G projects leverage collaborative efforts to drive advancements. Key open-source 5G projects include Aether, OpenAirInterface, Open5gs, Free5gc, Open5gCore, and Magma, each contributing uniquely to this technological evolution. These projects have revolutionized the telecom …
By. Hina Tabassum
The next generation of wireless networks is anticipated to be more complex and heterogeneous due to higher transmission frequencies, massive antenna arrays, ultra-dense deployments, mobility of transceivers, and static/dynamic link blockages. These features lead to faster variations in the propagation channel. Subsequently, the …
Quantum computing technology, both hardware and software, has witnessed significant growth recently because of research breakthroughs and industry developments. The swift pace of progress in quantum computing is due to a higher relative potential compared to its classical computing counterpart. Quantum computing has various advantages, …
In the ever-evolving landscape of research, the fusion of disparate fields under the banner of multidisciplinary research has become a driving force behind transformative discoveries. This article explores the profound impact of collaborative approaches across diverse disciplines, shedding light on the synergies that emerge when …
