Collaborative Spaces
Our Collaborative Spaces are designed to foster teamwork, facilitate brainstorming, and enable seamless hybrid collaboration, supporting the interdisciplinary nature of human-machine teaming research.
Brainstorming Pods
Glass-walled separated, tech-enabled spaces for small group discussions and collaborative problem-solving. These pods provide an ideal environment for researchers to exchange ideas, plan experiments, and analyze results in an intimate, focused setting.
Interactive Presentation Room
This room is equipped with state-of-the-art technology to support seamless hybrid meetings and presentations, enabling effective collaboration between on-site and remote team members.| 1. |
Meeting Owl (1 unit)
The Meeting Owl is an advanced all-in-one video conferencing device that revolutionizes hybrid meetings. Its 360° camera with 1080p resolution captures the entire room, while the 360° microphone ensures clear audio pickup within an 18-foot range. The built-in speaker delivers high-quality audio output. The device's smart focusing feature automatically highlights active speakers, creating a more engaging and natural remote participation experience. This technology is crucial for collaborative research efforts, enabling seamless communication between on-site and remote team members during human-machine teaming experiments and discussions. |
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Computing Resources
At the heart of our Human-Machine Teaming Laboratory lies a robust array of computing resources that power our cutting-edge research. These high-performance systems are the backbone of our computational needs, enabling us to tackle complex challenges in artificial intelligence, data analysis, and simulation. From processing vast datasets collected during human-robot interaction studies to rendering immersive virtual environments for training experiments, our computing infrastructure is designed to meet the diverse and demanding requirements of modern human-machine teaming research.
Our computing resources include powerful workstations (Dell XPS 9530 Desktops (3 units)), versatile desktops (Alienware Desktops (3 units)), and mobile computing solutions, each carefully selected to support different aspects of our work. Whether we're developing advanced machine learning algorithms, simulating complex scenarios, or analyzing intricate patterns of human-machine collaboration, these systems provide the processing power, graphics capabilities, and storage capacity necessary to push the boundaries of what's possible in our field. By maintaining a state-of-the-art computing environment, we ensure that our researchers have the tools they need to innovate, explore, and make groundbreaking discoveries in the realm of human-machine teaming.