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# Sampling and sampling-like techniques in field representation

Techniques d’échantillonnage et de pseudo échantillonnage en représention de champ

• 22 Accesses

## Abstract

Sampling and sampling-like techniques, recently applied to antenna problems, are reviewed. In particular, analysis, synthesis, and field transformations in the frame of measurement data processing are considered. A number of numerical examples are presented.

## Analyse

L’auteur décrit brièvement les techniques d’échantillonnage et de pseudo-échantillonnage appliquées aux problèmes d’antennes. Il examine, en particulier, l’analyse, la synthèse et les transformations de champs dans le cadre du traitement des résultats de mesures. Quelques exemples numériques sont ensuite présentés.

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## References

1. 

Franceschetti (G.). A new philosophy in antenna computational problems.XIX Convegno Internazionale Scientifico sullo Spazio, Roma (1979).

2. 

Bucci (O. M.),Franceschetti (G.),Elia (G. d’). Fast analysis of large antennas. A new computational philosophy.IEEE Trans., AP, USA (1980),28, pp. 306–310.

3. 

Bucci (O. M.), Elia (G. d’), Pierri (R.). Fast analysis of reflector antennas using sampling expansions.III Riunione Nazionale di Elettromagnetismo Applicato, Bari (1980) pp. 225–228.

4. 

Bucci (O. M.), Elia (G. d’), Pierri (R.). Numerical evaluation of antennas field using a new aperture-like expansions.X European Microwave Conference, Varsavia (1980).

5. 

Bucci (O. M.),Elia (G. d’),Franceschetti (G.). Computation of radiation from reflector antennas. An optimal strategy.Alta Frequenza, Ital. (1980),49, pp. 390–399.

6. 

Elia (G. d’), Marinoni (R.), Pierri (R.). A generalized sampling and sampling-like technique for fast analysis of reflector antennas.II International Conference on An ennas and Propagat., York, UK (1981), pp. 486–490.

7. 

Franceschetti (G.). Analytical techniques for reduction of computational efforts in reflector antennas analysis, invited paper,II International Conference on Antennas and Propagat., York, UK (1981), pp. 457–465.

8. 

Bucci (O. M.),Franceschetti (G.),Pierri (R.). Reflector antennas fields. An exact aperture-like approach.IEEE Trans., AP, USA (1981),29, pp. 580–586.

9. 

Elia (G. d’), Pierri (R.). Iterative methods and sampling techniques in the analysis of the shaped reflectors.XI European Microwave Conference, Amsterdam (1981).

10. 

Bucci (O. M.),Franceschetti (G.). Radiation from reflector antennas: exact aperture and aperture-like approaches.Radio Sc., USA (1981),16, pp. 1101–1104.

11. 

Bucci (O. M.), Elia (G. d’), Franceschetti (G.), Pierri (R.). Use of sampling functions for the analysis of radiating structures.ESTEC Contract N. 4380/80/NL/DG,Final Report (Jan. 1982).

12. 

Elia (G. d’), Pierri (R.). Use of sampling functions for the analysis of radiating structures.ESTEC Contract N. 4380/80/NL/DG,PRAPSA Program manual (Jan. 1982).

13. 

Elia (G. d’), Leone (G.), Pierri (R.), Valentino (D.). Numerical evaluation of the near field using sampling expansions.Proc. of International IEEE/APS Symposium, Albuquerque, USA (1982), pp. 241–244.

14. 

Bencini (F.), Elia (G. d’), Pierri (R.). Numerical evaluation of Fresnel zone fields by sampling-like technique.Proc. of International IEEE/APS Symposium, Albuquerque, USA (1982), pp. 515–518.

15. 

Elia (G. d’), Pierri (R.), Scafuro (N.). Analysis of a strip in Fresnel-zone using the pseudo-sampling technique.Proc. of 7thmicrocoll, Budapest (1982), pp. 291–294.

16. 

Bucci (O. M.), Elia (G. d’), Pierri (T.). The sampling-like and the Jacobi-Bessel technique in the analysis of reflector antennas.Quarta Riunione Nazionale di Elettromagnetismo Applicato, Firenze (Italy), October 1982.Alta Freq. Ital.52, pp. 158–160.

17. 

Bucci (O. M.), Massa (G. di), Leta (M.). Computation of the field scattered by arbitrary bodies: a sampling approach.Quarta Riunione Nazionale di Elettromagnetismo Applicato, Firenze, Italy (Oct. 1982).Alta Freq. Ital,52, pp. 152–157.

18. 

Elia (G. d’), Leone (G.), Pierri (R.). Near field representation by far-field samples.Proc. of International IEEE/APSSymposium, Houston, USA (1983), pp. 491–494.

19. 

Elia (G. d’), Leone (G.), Pierri (R.). A new approach in the near-field far-field transformation.Proc. of International IEEE/APS Symposium, Houston, USA (1983), pp. 495–498.

20. 

Bucci (O. M.),Elia (G. d’),Franceschetti (G.),Pierri (R.). The effectiveness of the pseudo-sampling techniques in the analysis of reflector antennas.IEEE ICAP, Norwich UK (1983), pp. 108–112.

21. 

Elia (G. d’),Leone (G.),Pierri (R.). Near-field far-field transformation by pseudo-sampling expansion.IEE ICAP UK (Apr. 1983), pp. 436–439.

22. 

Pierri (R.). Interpolating approximations and representations of scattered fields.URSI Symposium, Santiago de Compostela, Spain (1983), pp. 89–91.

23. 

Bucci (O. M.),Elia (G. d’),Franceschetti (G.),Pierri (R.). Efficient computation of the far field of parabolic reflectors by pseudo-sampling algorithm.IEEE Trans., AP, USA (1983),31, pp. 931–937.

24. 

Bucci (O. M.),Franceschetti (G.). The role of sampling techniques in antenna measurements, inSatellite Communication Antenna Technology (Eds.:R. Mittra, W. A. Imbriale, E. J. Maander), pp. 561–582,Elsevier Publications, North-Holland (1983).

25. 

Elia (G. d’),Leone (G.),Pierri (R.). Probe correction in near field measurements by pseudo sampling techniques.Electron letters, UK (1983),19, pp. 856–858.

## Author information

Correspondence to Giorgio Franceschetti.

## Rights and permissions

Reprints and Permissions

Franceschetti, G. Sampling and sampling-like techniques in field representation. Ann. Télécommun. 39, 52–59 (1984). https://doi.org/10.1007/BF02998771

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### Key words

• Antenna
• Electromagnetism
• Sampling
• Signal theory
• Interpolation
• Electromagnetic field
• Near-field
• Far-field

### Mots clés

• Antenne
• Electromagnétisme
• Echantillonnage
• Théorie signal
• Interpolation
• Champ électromagnétique
• Champ proche
• Champ Iointain
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