Emil Hjalmarson

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In this paper, we discuss an optimization-based approach for design space exploration of analog circuits, i.e., how some design parameters affect the circuit performance and cost. By this exploration the designer is guided to make judicious trade-offs among the design parameters. For the design space exploration, which is expensive in terms of computation(More)
In this paper, we discuss an optimization-based approach for design space exploration to find limitations and possible trade-offs between performance metrics in analog circuits. The exploration guides the designer when making design decisions. For the design space exploration , which is expensive in terms of computation time, we use an optimization-based(More)
– In this paper, we discuss an optimization-based approach for design space exploration of analog circuits, i.e., how some design parameters affect the circuit performance and cost. By this exploration the designer is guided to make judicious trade-offs among the remaining design parameters. For the design space exploration, which is expensive in terms of(More)
– An efficient approach to optimize the performance of integrated analog circuits is described. The main objectives are to speed up the design process and obtain better, possibly optimal, performance compared to manual simulation-based device sizing schemes. The automatic generation of the cost function requires only a circuit netlist, a performance(More)
An efficient approach and an associated tool to optimize the performance of integrated analog circuits is described. The main objectives with the approach are to significantly speed up the design process and to obtain better overall, possibly optimal, circuit performance compared to a manual, simulation-based, approach. In order to achieve good agreement(More)
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