Hi,

You can do this from section "Software" from the following link: http://www.alrik-thiem.net/

You can check out this project also:

https://www.researchgate.net/project/QCApro-Professional-Functionality-for-Performing-and-Evaluating-Qualitative-Comparative-Analysis

Regards

Thanks for your answers. But this QCA is not my Goal, this QCA is a Qualitative Comparative Analysis but my QCA is a device in electroni

@Milad Ebrahimy

Did you get the QCAPro tool? Can you please share the link..it would be if great help.

I've been looking for it since a year almost contacted everyone possible for a power analysis tool.

Please do share the link if you get any Power analysis tool for QCA circuit

i need it too

Hi, unfortunately, I also don't have a link to QCAPro, but I can recommend a different tool for QCA power analysis, called QCADesigner-E (which is an extension of the QCADesigner 2.0.3).

You can find the tool here: https://github.com/FSillT/QCADesigner-E .

This article details the theory behind: Article An Energy-Aware Model for the Logic Synthesis of Quantum-Dot...

Please, feel free to ask in case of any questions.

Thank You Frank Sill Torres

thank dear toreres. QDE have document for "how to use"?

how to calculate power dissipation?

Dear Milad,

there are actually two documents: The initial manual of the QCADesigner (https://github.com/FSillT/QCADesigner-E/tree/master/QCADesignerE/docs/manual), explaining the actual use of the tool and the additional manual for QCADesigner-E

(https://github.com/FSillT/QCADesigner-E/blob/master/QCADesignerE/docs/manual/Manual_QDE.pdf).

The energy dissipation is reported after each simulation in the log-window (Ebath - dissipation in each cycle, Sum_bath - total energy dissipation).

Frank

dear frank,

thanks a lot, for your answer and your good software

QDE able to draw power dissipation map for every cell like qcapro? (example pic: https://www.researchgate.net/profile/Ali_Newaz_Bahar/publication/317586375/figure/fig4/AS:510454742564868@1498713302356/Power-Dissipation-Map-for-the-Proposed-Reversible-a-Half-Subtractor-and-b-Full_W640.jpg)

and

are your team work on QCA fabrication?

Hi Milad,

I'm glad to hear you like our tool. For now, we don't have a dissipation map as in QCAPro. But, its on the todo-list.

We're not working on the QCA fabrication, our field is rather modeling and EDA.

Thanks for your answer

Good luck

Dear Soudip Sinha Roy sir thank you for journal recommendation. Can you please share the ISSN/ISBN number. Does this journal accepts paper in Latex?

Looking your response.

Did you get the QCAPro tool? Can you please share the link..it would be if great help.

I've been looking for it since a year almost contacted everyone possible for a power analysis tool.

Please do share the link if you get any Power analysis tool for QCA circuit

i think you need to contact the developers for this.

https://www.semanticscholar.org/paper/QCAPro-An-error-power-estimation-tool-for-QCA-Srivastava-Asthana/e8b8796020734b3f5a0f6a1b6eace16546938b57

Hello

Mail me at [email protected]

I'll send you the whole package and steps for the simulations.

Thanks!

Sadat Riyaz please send the QCA pro tool software

email:[email protected]

Download QCAPro Here (Note: It works only in Linux Environment) (64 bit version: https://drive.google.com/file/d/1QXrFB9e7v6w1D6uDP7qgX-11pjt8QdAX/view?usp=drivesdk ). (32 bit version: https://drive.google.com/file/d/1gN_DZnjncaYREubm1XigZ3W2Lsz2OuyO/view?usp=drivesdk). The direction of use: Step 1. You will need to design the QCA circuit in

QCADesigner V 1.4.0 (Download: https://drive.google.com/file/d/1qgqDVRuOQ2maA1dcq-NLoF_1In271CJf/view?usp=sharing)

or

QCADesigner V 1.4.1 (Download: https://drive.google.com/file/d/15464fwAMNRac5vDOEWz8wdnp8gEMYXbV/view?usp=drivesdk).

Save the file with the .qca extension.

Step 2. Prepare switching set and vector set for the logic (Sample of 1-bit comparator is attached for your reference)

A sample circuit designed in QCADesigner1.4.0 is also attached for your help.

"Switching set" and "Vector set" are simple text files only (with .txt extension). You can understand the sample files below (1-bit comparator): 1. Switching Set: (Get the sample file: https://drive.google.com/file/d/1_Z7Vd8Z1rOCFMG-dhbqcTpHrEXhnEWvI/view?usp=drivesdk) In this file, the first line is the number of input combinations. Then it consists of the combination of input variables for the circuit.

e.g.: For two Variables (A & B), the switching set will be

4 (Number of input combinations) 0 0 0 1 1 0 11 2. Vector Set: (Get the sample file: https://drive.google.com/file/d/1_QCKE2tksdH6kHNkSxZm6oFXQol3Fn9C/view?usp=drivesdk In this file also, the first line is the number of input combinations. Then it consists of the combination of input variables for the circuit as well as the output of each output line for every input combination. e.g.: For a 1-bit comparator, the vector set will be 4 (Number of input combinations) A B A=B A>B A

excellent answer