Data underlying the CSE Research Project: Using the CHSH game quantum network application as a benchmarking tool
doi:10.4121/68ef97d7-8aeb-4fdc-92e3-a0947a53400c.v1
The doi above is for this specific version of this dataset, which is currently the latest. Newer versions may be published in the future.
For a link that will always point to the latest version, please use
doi: 10.4121/68ef97d7-8aeb-4fdc-92e3-a0947a53400c
doi: 10.4121/68ef97d7-8aeb-4fdc-92e3-a0947a53400c
Datacite citation style:
Maliappis, Thomas (2023): Data underlying the CSE Research Project: Using the CHSH game quantum network application as a benchmarking tool. Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/68ef97d7-8aeb-4fdc-92e3-a0947a53400c.v1
Other citation styles (APA, Harvard, MLA, Vancouver, Chicago, IEEE) available at Datacite
Dataset
CC0This dataset was generated as part of the CSE Research Project course. The topic of this research was assessing whether the CHSH game quantum network application should be included in the first ever quantum network benchmark suite. Hence, the main research question was whether the CHSH game application is sensitive in determine errors in the total quantum network system. To answer this question multiple experiment were performed using the SquidASM software development kit to simulate different quantum networks. This dataset contains all the raw data obtain from these experiments meaning the input and output values of each CHSH game. Each experiments assumes a perfect quantum network apart from a single property that is used as the independent variable. Then, using three performance metrics defined in the attached paper three plots are created in the workbook file. For more details, the full paper of the study can be found in the data link section.
history
- 2023-06-21 first online, published, posted
publisher
4TU.ResearchData
format
.xlsx
organizations
TU Delft, Faculty of Electrical Engineering, Mathematics and Computer Science
DATA
files (41)
- 5,842 bytesMD5:
3f0e01e14d46ade936af979feb13f298README.txt - 3,843,785 bytesMD5:
3ee1154b1b5c8ae68a3c0b81beacc887GD_init_time.xlsx - 4,062,265 bytesMD5:
a72d6df810effd323536c1162f4fa6d2GD_link_fidelity.xlsx - 3,912,529 bytesMD5:
bf5e3d0d2decff1bc55dd6bcd08b7bbaGD_measure_time.xlsx - 2,001,215 bytesMD5:
eb8b63591355666c1591db9d0839d07cGD_prob_success.xlsx - 4,197,229 bytesMD5:
e570fe42350e3e437378f103fde3129fGD_single_qubit_gate_depolar_prob.xlsx - 3,913,509 bytesMD5:
d9c0d3f1d61e4c9e650505aa5e9639c3GD_single_qubit_gate_time.xlsx - 1,946,557 bytesMD5:
0911ffd20b35290bce01bb090114b25cGD_t_cycle.xlsx - 4,185,314 bytesMD5:
2ce414f422d269585a6dc178988fe8f7GD_two_qubit_gate_depolar_prob.xlsx - 3,844,550 bytesMD5:
e1bda45248711c62cee786d28d5bcee1GD_two_qubit_gate_time.xlsx - 3,989,991 bytesMD5:
0ea3837da3e89cdb6ac1de53150f6a28GH_dark_count_probability.xlsx - 1,987,728 bytesMD5:
b04c181014149b271bc9a8e5debb61b9GH_detector_efficiency.xlsx - 2,544,304 bytesMD5:
ed012073e1cb947d4dcd73c695af6ff1GH_link_length.xlsx - 3,919,498 bytesMD5:
378200e1be62d963fd6f34c7c3ef7e18GH_measure_time.xlsx - 3,985,779 bytesMD5:
dac4028defb6f0f3fc5830c248f428dbGH_p_loss_init.xlsx - 5,910,379 bytesMD5:
d7588d8baacfb487c95332c77efcf2c5GH_p_loss_length.xlsx - 4,187,456 bytesMD5:
b1e1b7c503c1ae1b1b187b249666d7a0GH_single_qubit_gate_depolar_prob.xlsx - 3,958,596 bytesMD5:
3191aea37369b81474c88f1782fabd53GH_single_qubit_gate_time.xlsx - 4,177,208 bytesMD5:
7a5ce6abf713bc73ae17e771a2fdb0e2GH_visibility.xlsx - 4,062,694 bytesMD5:
01058c1254cfde408dc1279b1dbfa946NVD_carbon_init_depolar_prob.xlsx - 4,063,272 bytesMD5:
7342e104b05f52624fdc5eb479d35c68NVD_carbon_z_rot_depolar_prob.xlsx - 4,064,266 bytesMD5:
f5af3f364051e937b23101a24ebe9b60NVD_ec_gate_depolar_prob.xlsx - 4,063,494 bytesMD5:
a5724838530ef2469193f7f8aae9a1b6NVD_electron_init_depolar_prob.xlsx - 4,062,053 bytesMD5:
61167c388f7f7bb197b9754360426de3NVD_electron_single_qubit_depolar_prob.xlsx - 4,062,274 bytesMD5:
7c739c2cdda1c21aab74e65815b9245cNVD_link_fidelity.xlsx - 3,912,720 bytesMD5:
5a45c5c8b3b58b24f028ce4d5a3242dfNVD_measure.xlsx - 4,029,829 bytesMD5:
e5820b9aa3a7f043d2e25e2ff285d55fNVD_prob_error_0.xlsx - 4,025,716 bytesMD5:
206484c7f4ce484ea50211d4380540c1NVD_prob_error_1.xlsx - 2,001,193 bytesMD5:
5e5630421872284a3f5c415bc041884fNVD_prob_success.xlsx - 1,947,211 bytesMD5:
8fc1eab71ac4d7a777aca47111a841b2NVD_t_cycle.xlsx - 3,990,480 bytesMD5:
26319998647435fb8eb2646ca7720921NVH_dark_count_probability.xlsx - 3,775,034 bytesMD5:
e1b38af50c77765a265bc2b36d2f79fbNVH_detector_efficiency.xlsx - 4,173,546 bytesMD5:
e13c7ef7e92405465005d5c4f1c55b51NVH_electron_init_depolar_prob.xlsx - 4,187,104 bytesMD5:
af8f6ee171da90fb6afdc1f4c091d491NVH_electron_single_qubit_depolar_prob.xlsx - 2,545,015 bytesMD5:
eaffc7594333fd712440ed65d561e350NVH_link_length.xlsx - 3,919,748 bytesMD5:
63c0eb0ac1651e563e93c6767ac5770eNVH_measure.xlsx - 3,986,147 bytesMD5:
43f4d86cf1ad4b7b9c43fcb1af3ffa43NVH_p_loss_init.xlsx - 5,910,411 bytesMD5:
6dd1deee664fdedea8a82cd9a572d8f5NVH_p_loss_length.xlsx - 4,136,738 bytesMD5:
91e6ce3df0d2c26fcdd7e864eca6f089NVH_prob_error_0.xlsx - 4,144,157 bytesMD5:
a27cbee324204a8c84388652754f63f4NVH_prob_error_1.xlsx - 4,176,189 bytesMD5:
f79f99af33a7902a2b3004cdd450d39bNVH_visibility.xlsx -
download all files (zip)
151,813,025 bytes unzipped
