Handbook of Filter Synthesis A.I.Zverev

ffwolf

回复 1# totoro


    非常感谢楼主的分享，是找了很久了。

yesbird

经典书籍，正在做filter的东西，感谢分享

lihaixi

回复 1# totoro


    多谢楼主分享

GunslingerGirl

太感谢了！！！

geneicz

感谢搂主啊

waveddd

very good material

xuleiwx

已下载，怎么看啊。

瓦片

非常感谢

jktheone1987

好东西啊！google上找了好久都没有找到，还是EEtop给力啊！！！！感谢！！

fingili

This book is about receivers  for digital communications.  The word digital carries a
double meaning. It refers to the fact that information is transported  in digital form.
It also refers to the property of the receiver  to retrieve the transmitted  information,
apart from the analog front end, entirely by means of digital signal processing.
The ever-increasing  demand for mobile and portable communication ultimately
calls for optimally utilizing the available bandwidth. This goal is only attainable by
digital communication systems capable of operating close to the information theo-
retic limits. The implementation  of such systems has been made possible by the
enormous progress in semiconductor  technology  which allows the communication
engineer to economically implement  “systems  on silicon” which execute:
1. Advanced compression algorithms to drastically reduce the bit rate required to
represent  a voice or video signal with high quality.
2. Sophisticated algorithms in the receiver for power control, channel estimation,
synchronization, equalization, and decoding.
3. Complex protocols to manage traffic in networks.
4. User-friendly graphical man-machine interfaces.
Seen from a different perspective we argue that the communication engineer to-
day can trade the familiar physical performance measures bandwidth and power
eficiency for signal processing complexity. As a consequence,  the design process
is characterized by a close interaction of architecture and algorithm design, as
opposed to a separation between theory and implementation in the traditional
way.
This book differs substantially from other texts in communication engineering in
the selection and treatment  of topics.  We focus on channel estimation, synchroniza-
tion, and digital signal processing. In most books on digital communications, syn-
chronization and channel estimation are addressed  only superficially, if at all. This
must give the reader  the impression  that these  tasks  are trivial and that the error per-
formance  is always close to the limiting case of perfect channel knowledge and syn-
chronization. However, this is a most unfortunate misconception for the following
reasons:
1. Error performance: Synchronization and channel estimation are critical to error
performance;
2. Design effort: A large amount of design time is spent in solving these  problems;