Company Filing History:
Years Active: 2003-2004
Title: Innovator Spotlight: Colin Michael Dancer
Introduction
Colin Michael Dancer, an accomplished inventor based in Enfield, Great Britain, has made significant contributions to the field of fault-tolerant computer systems. With a total of two patents to his name, his innovations showcase a keen understanding of complex software processes and their resilience in the face of failure.
Latest Patents
Colin's most recent patents include:
1. **Replicated control block handles for fault-tolerant computer systems**
This invention addresses the challenges faced in fault-tolerant systems that utilize software fault-tolerance techniques. It enhances the existing methods by introducing replicated handles that mitigate the need for resynchronization after failover, while also reducing performance impacts associated with prior art methods.
2. **Automatic reconnection of partner software processes in a fault-tolerant computer system**
This patent focuses on the automatic reconnection of partner processes following a failure within a heterogeneous distributed system. The innovation allows for seamless reconnection without requiring each process to know about the redundancy strategies of their partners, thereby simplifying fault recovery processes.
Career Highlights
Throughout his career, Colin has worked at Data Connection Limited, where he applied his expertise in software systems. His contributions have helped enhance the reliability and efficiency of complex software architectures.
Collaborations
Colin has collaborated with other talented individuals in the field, including Adam Paul Shepherd and Benjamin Mark Simon Kenneth Miller. Their combined efforts have undoubtedly contributed to advancing the technology surrounding fault-tolerant systems.
Conclusion
Colin Michael Dancer's innovative patents and collaborative spirit underscore his dedication to improving fault-tolerant computer systems. His work not only highlights his technical expertise but also his commitment to enhancing the resilience of software processes in today's ever-evolving technological landscape.