Iakovos Stamoulis

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About

Iakovos Stamoulis is a leading researcher at the intersection of computer architecture, low-power embedded systems, and emerging mobile computing paradigms. His work addresses the fundamental challenge of reconciling high-performance, real-time computation with stringent energy constraints in mobile and edge devices. Stamoulis is best known for his contributions to hardware-software co-design for vision and augmented reality (AR) workloads, particularly through his work on architectures for SLAM (Simultaneous Localization and Mapping) and AR computing. His research has been instrumental in advancing the vipGPU project, which develops specialized hardware and software technologies to enable demanding applications—such as real-time AR and autonomous navigation—on power-limited platforms. While his most-cited paper, "Architectures for SLAM and Augmented Reality Computing" (2021), has garnered 1 citation, Stamoulis’s broader impact lies in pioneering efficient, domain-specific accelerators and runtime systems that bridge the gap between high-performance computing and ultra-low-power operation. His work is widely recognized for shaping next-generation mobile architectures, with implications for robotics, IoT, and immersive user interfaces.