CHANG,J.AND PEDRAM, M. 1996. Module assignment for low power. In Proceedings of the EURODesign Automation Conference (Geneva, Switzerland). 376--381.  Home/Search   Document Details and Download   Summary   Related Articles   Check

....the number of resources means that the number of cliques cannot exceed the number of resources of each type. To solve this problem, we formulate it as a multi commodity network flow problem. A max cost flow through this multi commodity network represents a valid maximally 29 weighted clique cover [40, 41]. We note that Chang et al. 40] use the same formulation for module allocation but their objective is to minimize power consumption. 6.2 Variable to Register Binding Variable to register binding can take advantage of the improved operation binding by mapping variables that are inputs or outputs ....

....number of cliques cannot exceed the number of resources of each type. To solve this problem, we formulate it as a multi commodity network flow problem. A max cost flow through this multi commodity network represents a valid maximally 29 weighted clique cover [40, 41] We note that Chang et al. [40] use the same formulation for module allocation but their objective is to minimize power consumption. 6.2 Variable to Register Binding Variable to register binding can take advantage of the improved operation binding by mapping variables that are inputs or outputs to the same port of the same ....

J.-M. Chang and M. Pedram. Module assignment for low power. In European Design Automation Conference, 1996.

....processor ules. To begin, it is known [15] that the most important source of power dissipation in a module is the dynamic charging and discharging of its gates, called the switched capacitance. This switched capacitance is dependent upon the module s input values [14] It has been further shown [13, 6] that the Hamming distance of consecutive input patterns, defined as the number of bit positions that differ between them, provides a suitable measure of power consumption. In [13, 6] power is modeled as: # ( where ....

....capacitance. This switched capacitance is dependent upon the module s input values [14] It has been further shown [13, 6] that the Hamming distance of consecutive input patterns, defined as the number of bit positions that differ between them, provides a suitable measure of power consumption. In [13, 6], power is modeled as: # ( where = voltage, clock frequency, capacitance of output gate = average # transitions for output gate (called switching activity) the total capacitance ....

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J.-M. Chang and M. Pedram. Module Assignment for Low Power. In Proc of the European Conference on Design Automation (EDAC), pages 376--381, September 1996.

....of this graph will lead to binding that reduces interconnect. The constraint on the number of resources means that the number of cliques cannot exceed the number of resources of each type. To solve this problem, we formulate it as a multi commodity network flow problem and find the max cost flow [20, 21]. Chang et al. [20] use the same formulation for module allocation but their objective is to minimize power consumption. 6.2 Variable to Register Binding Variable to register binding can take advantage of the improved operation binding by mapping variables that are inputs or outputs to the same ....

....to binding that reduces interconnect. The constraint on the number of resources means that the number of cliques cannot exceed the number of resources of each type. To solve this problem, we formulate it as a multi commodity network flow problem and find the max cost flow [20, 21] Chang et al. [20] use the same formulation for module allocation but their objective is to minimize power consumption. 6.2 Variable to Register Binding Variable to register binding can take advantage of the improved operation binding by mapping variables that are inputs or outputs to the same port of the same ....

J.-M. Chang and M. Pedram. Module assignment for low power. In European Design Automation Conference, 1996.

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J. M. Chang, M. Pedram, "Module Assignment for Low Power," EuroDAC-96: IEEE European Design Automation Conference, pp. 376-381, Geneva, Switzerland, September 1996.

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J. M. Chang, M. Pedram, "Module Assignment for Low Power," EuroDAC-96: IEEE European Design Automation Conference, pp. 376-381, Geneva, Switzerland, September 1996. 17

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J. M. Chang, M. Pedram, "Module Assignment for Low Power," IEEE EuroDAC-96, pp. 376-381, Geneva, Switzerland, Sep. 1996.

....the RT level techniques that will be described in Section IIC. Relevant data statistics such as the number of operations of a given type, bus and memory accesses, and I O operations are captured by static profiling based on stochastic analysis of the behavioral description and data streams [18] [19] or dynamic profiling based on direct simulation of the behavior under a typical input stream [20] 21] Instruction level or behavioral simulators are easily adapted to produce this information. C. RT Level Power Estimation Most RT level power estimation techniques use regressionbased, ....

....distributions, the way registers and functional units are allocated in the CDFG may heavily impact the switching activities at the interfaces of the resources. Graph based algorithms for register allocation for nonpipelined designs [64] and module allocation for functionally pipelined designs [19] proposed by Chang and Pedram rely on an accurate computation of the probability density functions at the inputs of the various resources, given the probability distributions for the system primary inputs. Unfortunately, in some cases, serial allocation may result in suboptimal solutions, i.e. ....

J. M. Chang and M. Pedram, "Module assignment for low power," in Proc. EuroDAC-96: IEEE Eur. Design Automation Conf., Geneva, Switzerland, Sept. 1996, pp. 376--381.

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CHANG,J.AND PEDRAM, M. 1996. Module assignment for low power. In Proceedings of the EURODesign Automation Conference (Geneva, Switzerland). 376--381.

No context found.

J-M Chang, M. Pedram. "Module assignment for low power". In Proc. of European Design Automation Conf, pages 376--381, Sep. 1996.

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Jui-Ming Chang and Massoud Pedram. Module Assignment for Low Power. In IEEE European Design Automation Conference (EuroDAC), pages 376--381, Geneva, Switzerland, September 1996.

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J.-M. Chang and M. Pedram. Module Assignment for Low Power. In Proc of the European Conference on Design Automation (EDAC), pages 376--381, September 1996.

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