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鈥檚 team develops rugged sensors for the deep ocean, aiming to put the "lab-on-a-chip."听听听designs innovative RF/microwave circuits/systems and antennas for a variety of applications, including sensors.听听investigates electronic materials and composites for use in energy storage/conversion, electronic memory and for creating sensor arrays for machine olfaction, combining a wide range of synthesis and characterization techniques to design and create the next generation of devices that will impact energy utilization and technology.听Energy efficiency is a growing challenge in deploying AI systems, particularly for inference, which is critical in real-time applications such as fraud detection, personalized recommendations, and generative AI assistants.听Israat Haque听develops sustainable cloud and edge AI systems by combining system-level optimizations, e.g., dynamic resource management, with model-level strategies like parameter tuning and workload adaptation. Our approach balances energy consumption and performance, enabling the efficient and sustainable deployment of AI systems across diverse platforms.听Ghada Koleilat听develops nanomaterials that have applications in sensing as well as energy conversion.听Frank Rudzicz works primarily in natural language processing, AI in healthcare, and in combinations of these two. He also works in machine learning more generally, including in topics related to bias, privacy, transparency, and safety.听听leads听听that extensively focuses on making artificial intelligence sustainable apart from software engineering topics. The research lab conducts exploratory research (such as听听and听) and develops tools (such as听} and datasets (such as听) on sustainable AI topics. Saurabhsingh Rajput focuses on improving the energy efficiency of AI models and sustainable software development by developing tools and techniques involving low-level energy profiling of software systems.听