Download Co-Design for System Acceleration: A Quantitative Approach by Nadia Nedjah PDF

By Nadia Nedjah

ISBN-10: 1402055455

ISBN-13: 9781402055454

ISBN-10: 1402055463

ISBN-13: 9781402055461

This publication is anxious with learning the co-design technique normally, and the way to figure out the improved interface mechanism in a co-design process particularly. this can be in accordance with the features of the applying and people of the objective structure of the approach. instructions are supplied to aid the designer's number of the interface mechanism. a few new developments in co-design and procedure acceleration also are brought.

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Extra resources for Co-Design for System Acceleration: A Quantitative Approach

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As a second approach to system partitioning, the effect of non-determinism is taken into account, which is caused either by external synchronization operations (send, receive) or by internal data-dependent delay operations (loops, conditionals). System partitioning is performed by decoupling the external and internal points of non-determinism in the system model. The external non-deterministic points are implemented using application-specific hardware and the internal non-deterministic points are implemented in software.

The interrupt service routine sets this flag, which causes the coprocessor to unassert the interrupt request. This generates a small performance overhead when using interrupts. The microcontroller now implements the following protocol, which includes resetting the iack di at the same time as unasserting copro st: start (); {sets copro_st = 1} wait_for_int (); {stops the CPU} ack_stop (); {sets copro_st = 0 and iack_di = 0} Parameter passing is achieved via memory-mapped registers located in the coprocessor.

Instead of supporting placement and routing tools, OLYMPUS provides an interface to standard physical design tools, such as MISII (Brayton, 1987) for multiple-level logic optimization. Examples of co-design systems using OLYMPUS for hardware synthesis can be found in (M. D. Edwards, 1993; Edwards and Forrest, 1994; Edwards and Forrest, 1995; Edwards and Forrest, 1996a; Edwards and Forrest, 1996b). Another example of synthesis system is ASYL+/Programmable Logic Synthesizer (ASYL+/PLS) (Technologies, 1995), which is dedicated to the FPGA/ CPLD3 user.

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