The neurobench framework for benchmarking neuromorphic computing algorithms and systems.

Yik J, Van den Berghe K, den Blanken D, Bouhadjar Y, Fabre M, Hueber P, Ke W, Khoei MA, Kleyko D, Pacik-Nelson N, Pierro A, Stratmann P, Sun PV, Tang G, Wang S, Zhou B, Ahmed SH, Vathakkattil Joseph G, Leto B, Micheli A, Mishra AK, Lenz G, Sun T, Ahmed Z, Akl M, Anderson B, Andreou AG, Bartolozzi C, Basu A, Bogdan P, Bohte S, Buckley S, Cauwenberghs G, Chicca E, Corradi F, de Croon G, Danielescu A, Daram A, Davies M, Demirag Y, Eshraghian J, Fischer T, Forest J, Fra V, Furber S, Furlong PM, Gilpin W, Gilra A, Gonzalez HA, Indiveri G, Joshi S, Karia V, Khacef L, Knight JC, Kriener L, Kubendran R, Kudithipudi D, Liu SC, Liu YH, Ma H, Manohar R, Margarit-Taulé JM, Mayr C, Michmizos K, Muir DR, Neftci E, Nowotny T, Ottati F, Ozcelikkale A, Panda P, Park J, Payvand M, Pehle C, Petrovici MA, Posch C, Renner A, Sandamirskaya Y, Schaefer CJS, van Schaik A, Schemmel J, Schmidgall S, Schuman C, Seo JS, Sheik S, Shrestha SB, Sifalakis M, Sironi A, Stewart K, Stewart M, Stewart TC, Timcheck J, Tömen N, Urgese G, Verhelst M, Vineyard CM, Vogginger B, Yousefzadeh A, Zohora FT, Frenkel C, Reddi VJ

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DOI
10.1038/s41467-025-56739-4
Published
2025 Feb 11
Container
Nature communications
Publisher
Not recorded
Open access
yes

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BibTeX

@article{allodium:10.1038/s41467-025-56739-4,
  title = {The neurobench framework for benchmarking neuromorphic computing algorithms and systems.},
  author = {Yik J and Van den Berghe K and den Blanken D and Bouhadjar Y and Fabre M and Hueber P and Ke W and Khoei MA and Kleyko D and Pacik-Nelson N and Pierro A and Stratmann P and Sun PV and Tang G and Wang S and Zhou B and Ahmed SH and Vathakkattil Joseph G and Leto B and Micheli A and Mishra AK and Lenz G and Sun T and Ahmed Z and Akl M and Anderson B and Andreou AG and Bartolozzi C and Basu A and Bogdan P and Bohte S and Buckley S and Cauwenberghs G and Chicca E and Corradi F and de Croon G and Danielescu A and Daram A and Davies M and Demirag Y and Eshraghian J and Fischer T and Forest J and Fra V and Furber S and Furlong PM and Gilpin W and Gilra A and Gonzalez HA and Indiveri G and Joshi S and Karia V and Khacef L and Knight JC and Kriener L and Kubendran R and Kudithipudi D and Liu SC and Liu YH and Ma H and Manohar R and Margarit-Taulé JM and Mayr C and Michmizos K and Muir DR and Neftci E and Nowotny T and Ottati F and Ozcelikkale A and Panda P and Park J and Payvand M and Pehle C and Petrovici MA and Posch C and Renner A and Sandamirskaya Y and Schaefer CJS and van Schaik A and Schemmel J and Schmidgall S and Schuman C and Seo JS and Sheik S and Shrestha SB and Sifalakis M and Sironi A and Stewart K and Stewart M and Stewart TC and Timcheck J and Tömen N and Urgese G and Verhelst M and Vineyard CM and Vogginger B and Yousefzadeh A and Zohora FT and Frenkel C and Reddi VJ},
  year = {2025},
  journal = {Nature communications},
  doi = {10.1038/s41467-025-56739-4},
  url = {https://doi.org/10.1038/s41467-025-56739-4}
}

RIS

TY  - JOUR
TI  - The neurobench framework for benchmarking neuromorphic computing algorithms and systems.
AU  - Yik J
AU  - Van den Berghe K
AU  - den Blanken D
AU  - Bouhadjar Y
AU  - Fabre M
AU  - Hueber P
AU  - Ke W
AU  - Khoei MA
AU  - Kleyko D
AU  - Pacik-Nelson N
AU  - Pierro A
AU  - Stratmann P
AU  - Sun PV
AU  - Tang G
AU  - Wang S
AU  - Zhou B
AU  - Ahmed SH
AU  - Vathakkattil Joseph G
AU  - Leto B
AU  - Micheli A
AU  - Mishra AK
AU  - Lenz G
AU  - Sun T
AU  - Ahmed Z
AU  - Akl M
AU  - Anderson B
AU  - Andreou AG
AU  - Bartolozzi C
AU  - Basu A
AU  - Bogdan P
AU  - Bohte S
AU  - Buckley S
AU  - Cauwenberghs G
AU  - Chicca E
AU  - Corradi F
AU  - de Croon G
AU  - Danielescu A
AU  - Daram A
AU  - Davies M
AU  - Demirag Y
AU  - Eshraghian J
AU  - Fischer T
AU  - Forest J
AU  - Fra V
AU  - Furber S
AU  - Furlong PM
AU  - Gilpin W
AU  - Gilra A
AU  - Gonzalez HA
AU  - Indiveri G
AU  - Joshi S
AU  - Karia V
AU  - Khacef L
AU  - Knight JC
AU  - Kriener L
AU  - Kubendran R
AU  - Kudithipudi D
AU  - Liu SC
AU  - Liu YH
AU  - Ma H
AU  - Manohar R
AU  - Margarit-Taulé JM
AU  - Mayr C
AU  - Michmizos K
AU  - Muir DR
AU  - Neftci E
AU  - Nowotny T
AU  - Ottati F
AU  - Ozcelikkale A
AU  - Panda P
AU  - Park J
AU  - Payvand M
AU  - Pehle C
AU  - Petrovici MA
AU  - Posch C
AU  - Renner A
AU  - Sandamirskaya Y
AU  - Schaefer CJS
AU  - van Schaik A
AU  - Schemmel J
AU  - Schmidgall S
AU  - Schuman C
AU  - Seo JS
AU  - Sheik S
AU  - Shrestha SB
AU  - Sifalakis M
AU  - Sironi A
AU  - Stewart K
AU  - Stewart M
AU  - Stewart TC
AU  - Timcheck J
AU  - Tömen N
AU  - Urgese G
AU  - Verhelst M
AU  - Vineyard CM
AU  - Vogginger B
AU  - Yousefzadeh A
AU  - Zohora FT
AU  - Frenkel C
AU  - Reddi VJ
PY  - 2025
JO  - Nature communications
DO  - 10.1038/s41467-025-56739-4
UR  - https://doi.org/10.1038/s41467-025-56739-4
ER  -

APA

J, Y., K, V. D. B., D, D. B., Y, B., M, F., P, H., W, K., MA, K., D, K., N, P., A, P., P, S., PV, S., G, T., S, W., B, Z., SH, A., G, V. J., B, L., A, M., AK, M., G, L., T, S., Z, A., M, A., B, A., AG, A., C, B., A, B., P, B., S, B., S, B., G, C., E, C., F, C., G, D. C., A, D., A, D., M, D., Y, D., J, E., T, F., J, F., V, F., S, F., PM, F., W, G., A, G., HA, G., G, I., S, J., V, K., L, K., JC, K., L, K., R, K., D, K., SC, L., YH, L., H, M., R, M., JM, M., C, M., K, M., DR, M., E, N., T, N., F, O., A, O., P, P., J, P., M, P., C, P., MA, P., C, P., A, R., Y, S., CJS, S., A, V. S., J, S., S, S., C, S., JS, S., S, S., SB, S., M, S., A, S., K, S., M, S., TC, S., J, T., N, T., G, U., M, V., CM, V., B, V., A, Y., FT, Z., C, F., & VJ, R. (2025). The neurobench framework for benchmarking neuromorphic computing algorithms and systems.. Nature communications. https://doi.org/10.1038/s41467-025-56739-4

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