J. Miranda

Papers

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About

J. Miranda’s research career is anchored in the foundational challenges of robotic perception and control, with a particular focus on real-time vision and embedded systems. In their seminal 1988 work, “Robot vision tracking system,” Miranda introduced a novel tracking theory that leveraged the fundamental frequency of the Fourier transform to determine an object’s position within a scene, even during entry or exit. This paper, which has garnered 20 citations, also detailed the design of a servo system for camera movement, laying early groundwork for dynamic visual tracking. Complementing this, Miranda’s “Microcontroller-based architecture for control of a six joint robot arm” (1988, 12 citations) pioneered a dual-emphasis controller that balanced high performance with flexibility. By incorporating a general-purpose host interface and support for up to two floating-point signal processors, this architecture enabled a six-joint arm to respond to high-level commands—a significant step toward accessible, intelligent robotics. Though modest in citation count, these contributions reflect a prescient understanding of the integration between vision and control, marking Miranda as an early architect of systems that would later become central to industrial and service robotics.