


Tactiq were responsible for developing the GE Healthcare acquisition platform supporting a range of Nuclear Medicine systems and advanced scanning systems. Using LynxOS on x86 PCs as well as embedded SBCs and POSIX compliant UNIX with
a hard real-time kernel system formed the basis of the platform. A system integrating real-time data acquisition and motion control with a Motif/X libraries based GUI running on a standard PC meant lower costs and met all project targets including the upgrade benefits from future PC technology development.
Tactiq designed and co-developed a medical digital image acquisition and processing solution using the VxWorks real-time operating system running on an embedded PowerPC SBC. By implementing a common software infrastructure and build environment, we ensured that application software, debug and error logging tools were shared between the embedded and host system, significantly reducing development time and ongoing engineering maintenance costs.
We successfully developed a ground breaking digital active noise cancellation system for harsh environments where other leading organisations had failed. The system cancels both stochastic and predictable noise in real-time whilst improving voice intelligibility. Tactiq developed and implemented the algorithms working at both Assembler and C language level to optimise performance.
For a demanding Automotive safety critical application, we developed a significant part of the underlying software to run the complex algorithms. We also designed and developed a software testing environment to run thousands of test cases to assure system integrity.Skills
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