Background Integrated sensing and communication (ISAC) has been envisioned to benefit various emerging applications in the future, with enhanced spectral, energy, and hardware efficiency. One potential scenario is the use of radio frequency identification (RFID) for inventory management in warehouses or retail stores, where low-cost passive RFID tags...

Background Deep neural networks (DNNs) are an important tool in enhancing deep learning capabilities, but they have substantial computational and memory requirements. Quantization is one of the important model compression approaches to address the mismatch between resource-hungry DNNs and resource-constrained devices, by converting the full-precision...

Background Deep neural networks (DNNs) are an important tool in enhancing deep learning capabilities, but they have substantial computational and memory requirements. Quantization is one of the important model compression approaches to address the mismatch between resource-hungry DNNs and resource-constrained devices, by converting the full-precision...

Background Private transportation is currently the most common form of transportation in the United States. Cars are an essential commodity, with each household in America typically having at least one car. However, finding an open parking space can be a daunting task, especially with the surge in the number of city vehicles. Navigating through a...

The ability to create nano- and meso-scopic structures with precise geometry is of immense interest and value in nanotechnology. Self-assembly with building blocks that encode the details of the structure is highly promising, but difficult to realize because of kinetic traps and unwanted byproducts. Although possible, it often requires painstaking trial-and-error...

Nanotechnology needs organization and precise control, which is why DNA self-assembly into nanostructures has been a remarkable breakthrough. The challenges in creating nanostructures and also the opportunities lie in how to achieve self-sustained replication. This allows for the system to amplify itself in unlimited cycles, which is not enabled in...

Self-assembling nucleic acid molecules have been utilized extensively for constructing unique nanoscale structures, and designing increasingly complex structures is a top nanotechnology challenge. Current methods to create NDA nanostructures are restricted to discrete domains of parallel lines as a result of the double crossover based unit motif, which...

Despite decades of research, cancer remains one of today’s most pressing health concerns. Traditional treatment approaches such as radiation therapy and chemotherapy can cause systemic toxicity and become ineffective when resistant tumors emerge. Recently, anticancer strategies have focused on drugs which specifically target tumor-related biological...

Despite decades of research effort, cancer remains one of today’s most pressing health concerns. Present day treatment methods tend to include debilitating side effects mainly due to low specificity of the treatments. Recently, some attempts have been made to augment tumor immunity by using bi-specific, hybrid antibodies that direct immune cells...

­Quantifying protein interaction kinetics is important in many biotechnology applications including biosensor development, biomarker discovery, drug screening and basic research. Current label-free techniques for quantifying protein-protein interactions often require separating the protein samples from complex media using magnetic nanoparticles....