Jan Richling

Papers

Total Citations

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About

Jan Richling’s research centers on distributed systems, real-time computing, and robotics, with a particular emphasis on predictability and open architectures. His work bridges the gap between standard hardware/software platforms and the demanding requirements of distributed robotics and web services. Richling’s most notable contribution is the CERO (CE RObots) community, introduced in his 2005 paper (11 citations), where he pioneered an open, extendable distributed robotics system built from off-the-shelf components like Windows CE, XScale boards, and LEGO Mindstorms actuators. This approach democratized robotics research by lowering barriers to entry and fostering community-driven innovation. Earlier, in his 2003 work (4 citations), Richling tackled the challenge of making CORBA-based web services predictable—a critical step for real-time applications in open, distributed environments. While his citation counts reflect a focused, niche impact, his work has influenced practical, cost-effective solutions in robotics and distributed systems. Richling’s legacy lies in demonstrating that complex, predictable distributed systems can be built from accessible, standard technologies, inspiring both academic researchers and hobbyist communities.