shot noise is lower with a low transmitted intensity. For input power higher than 13 dBm, significant EVM degradation occurs as the peak voltage amplitude of the input 802.11a signal reaches V of the EOM and therefore explores another nonlinear part of the EOM static characteristic. As expected by t
โฆ LIBER โฆ
Calculation method of reflectance distributions for computer-generated holograms using the finite-difference time-domain method
โ Scribed by Ichikawa, Tsubasa ;Sakamoto, Yuji ;Subagyo, Agus ;Sueoka, Kazuhisa
- Book ID
- 115357278
- Publisher
- The Optical Society
- Year
- 2011
- Tongue
- English
- Weight
- 843 KB
- Volume
- 50
- Category
- Article
- ISSN
- 1559-128X
No coin nor oath required. For personal study only.
๐ SIMILAR VOLUMES
Calculation of antenna array far field i
โ
Chen Wu; Jim Lee
๐
Article
๐
2006
๐
John Wiley and Sons
๐
English
โ 282 KB
๐ 1 views
Optical Properties of Metallodielectric
โ
Oubre, Chris; Nordlander, Peter
๐
Article
๐
2004
๐
American Chemical Society
๐
English
โ 396 KB
Three-dimensional computer simulation in
โ
Sullivan, D.
๐
Article
๐
1990
๐
IEEE
๐
English
โ 676 KB
Use of the finite-difference time-domain
โ
Sullivan, D.M.; Gandhi, O.P.; Taflove, A.
๐
Article
๐
1988
๐
IEEE
๐
English
โ 701 KB
Analysis of microstrip crossovers using
โ
Toshiaki Kitamura; Satoru Nakamura; Masafumi Hira; Sadao Kurazono
๐
Article
๐
1994
๐
John Wiley and Sons
๐
English
โ 527 KB
A distributed implementation of the fini
โ
D. P. Rodohan; S. R. Saunders; R. J. Glover
๐
Article
๐
1995
๐
John Wiley and Sons
๐
English
โ 618 KB
The finite difference time-domain (FDTD) method is a well known numerical technique that has been used to solve electromagnetic boundary value problems. However, the method requires large computational resources to solve a problem, restricting its use on sequential computers to small problems. This