Summary
The objective of the proposed experiment is twofold: first to
develop a low-power co-design methodology for safety critical
applications and a supporting design environment and second to
develop, using the proposed methodology and design environment, a
low power Application Specific Instruction set Processor (ASIP)
that realises the control unit of a portable infusion pump
system, used in regulated continuous infusion of medicines in
patient. The ASIP will lead to improved features demanded by the
market and at the same time it will reduce the overall power
consumption of the infusion pump system (including the motor
consumption).
The proposed methodology aims mainly at a) the analysis of
safety standards requirements and the determination of the safety
mechanisms that will be implemented, b) the development of
strategies for implementation of safety mechanisms, c) the
introduction of power optimisation techniques for both hardware
and software implementation of safety critical tasks and d) the
development of strategies for power-efficient assignment of
safety-critical mechanisms to hardware or software components of
heterogeneous architectures.
The COSAFE co-design methodology will be exploited in the
development of both the ASIP and the application software, aiming
at the minimisation of the overall system power consumption and
therefore enhancing the features of next-generation infusion
pumps.
Objectives
- The determination of safety mechanisms and their
hardware/software implementation
- The development of strategies for power efficient
assignment of safety critical mechanisms to hardware or
software
- The establishment of a co-design environment for low-power
safety-critical designs
- The design and implementation of a low-power,
safety-critical ASIP which realises the control unit of a
portable infusion pump system
Participants
Micrel Ltd. (GR), University Patras
(GR)
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