11# CISSIR
22<img src =" pics/cissir-logo.svg " height =" 120 " align =" left " >
33
4- [ ![ dependency - sionna] ( https://img.shields.io/badge/sionna->= 0.17.0-green.svg?logo=nvidia&logoColor=white )] [ sionna ]
4+ [ ![ dependency - sionna] ( https://img.shields.io/badge/sionna-0.17.0-green.svg?logo=nvidia&logoColor=white )] [ sionna ]
55[][cvxpy]
66[ ![ CC BY 4.0] [ cc-by-shield ]] [ cc-by ]
77
1010
1111[ sionna ] : https://nvlabs.github.io/sionna/
1212[ cvxpy ] : https://www.cvxpy.org/
13- [ paper ] : https://arxiv. org/abs/2502.10371
13+ [ paper ] : https://ieeexplore.ieee. org/document/11223631
1414
15- Software and supplemertary material for ** Codebooks with Integral-Split Self-Interference Reduction**
16- (** CISSIR** , pronounced like "scissor"). Please refer to the associated IEEE Transactions Journal Paper:
15+ Software and supplementary material for ** Codebooks with Integral-Split Self-Interference Reduction**
16+ (** CISSIR** , pronounced like "scissor"). Please refer to the associated journal paper
17+ at [ IEEE Trans. Wirel. Commun.] ( https://ieeexplore.ieee.org/xpl/RecentIssue.jsp?punumber=7693 ) :
1718
1819[ CISSIR: Beam Codebooks with Self-Interference Reduction Guarantees for Integrated Sensing and Communication Beyond 5G] [ paper ]
1920
2021![ CISSIR diagram] ( pics/cissir_diagram.svg )
2122
2223## Main features
2324
24- CISSIR extends ** 5G-NR beam codebooks ** with a principled ** low self-interference (SI)** design
25+ CISSIR extends ** 5G-NR beamforming ** with a principled ** low self-interference (SI)** design
2526to enable
2627[ integrated sensing and communication (ISAC)] ( https://isac.committees.comsoc.org/ ) .
2728CISSIR's main features include:
2829
29- - :hammer_and_wrench : High versatility: Suitable for hybrid or analog, phased or tapered beamforming , even under multipath SI.
30+ - :hammer_and_wrench : High versatility: Suitable for hybrid or analog, phased or tapered antenna arrays , even under multipath SI.
3031- :memo : Theoretical performance guarantees for sensing SNR in the face of analog/mixed-signal distortion.
31- - :zap : Better performance[ ^ 1 ] and faster[ ^ 2 ] than other available codebooks.
32+ - :zap : Better performance[ ^ 1 ] and faster[ ^ 2 ] than cutting-edge beam codebooks for full-duplex communication .
3233- :arrows_counterclockwise : Easily (re)usable and extendable
3334 - Entirely written in [ Python] ( https://www.python.org/ )
34- - Built on top of popular open-source libraries like [ sionna] and [ cvxpy] .
35+ - Built on top of [ sionna] and [ cvxpy] , among other open-source libraries .
3536
3637[ ^ 1 ] : In terms of sensing SNR, in comparison with our baseline [ LoneSTAR] ( https://arxiv.org/abs/2206.11418 )
3738[ ^ 2 ] : Up to 130 times faster than LoneSTAR for tapered beamforming.
@@ -40,7 +41,7 @@ CISSIR's main features include:
4041
4142Full Python dependencies in the [ requirements.txt] ( cluster/requirements.txt ) file, including:
4243
43- - [ Sionna] [ sionna ] >= 0.17.0
44+ - [ Sionna] [ sionna ] 0.17.0
4445- [ Tensorflow] ( https://www.tensorflow.org/ )
4546- [ CVXPY] [ cvxpy ]
4647- [ Pandas] ( https://pandas.pydata.org/ )
@@ -116,11 +117,11 @@ If you use this software or the results of [our work][paper], please cite it as:
116117``` bibtex
117118@article{hernangomez2025cissir,
118119 title = {{{CISSIR}}: {{Beam Codebooks}} with {{Self-Interference Reduction Guarantees}} for {{Integrated Sensing}} and {{Communication Beyond 5G}}},
119- author = {Hernang{\'o}mez, Rodrigo and Fink, Jochen and Cavalcante, Renato L. G. and Sta{\'n}czak, S{\l}awomir},
120+ author = {Hernang{\'o}mez, Rodrigo and Fink, Jochen and Cavalcante, Renato Lu{\'i}s Garrido and Sta{\'n}czak, S{\l}awomir},
120121 year = {2025},
121122 journal = {IEEE Transactions on Wireless Communications},
122- online = {https://arxiv.org/abs/2502.10371 },
123- doi = {10.48550/arXiv.2502.10371 },
123+ issn = {1558-2248 },
124+ doi = {10.1109/TWC.2025.3625372 },
124125}
125126```
126127
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