This paper introduces a computationally efficient FFT-based algorithm for the design of OFDM/OQAM pulse shaping filters of arbitrary length and with arbitrary overlapping factors. The basic idea of the approach presented in this paper is to start from an arbitrary initial (nonorthogonal) filter and to perform an orthogonalization which yields an ISI- and ICI-free pulse shaping filter. The orthogonalization is performed in the discrete Zak transform domain and can be implemented using the FFT.
Did you find this white paper useful?
26 out of 50 users found this white paper useful
Related white papers
Voiceband Modems: a Signal Processing Success Story
This paper focuses on a particularly important representative of signal processing’s technological evolution as it has been applied to communications systems, namely modulators and demodulators used to convey data over...
Xilinx at Work in Digital Modems
This white paper gives an overview of digital modem technologies and how Xilinx high volume programmable devices can be used to implement complex system level glue in digital modem designs....
Xilinx at Work in ISDN Modems
This white paper gives an overview of ISDN modem technologies and how Xilinx high volume programmable devices can be used to implement complex system level glue in ISDN modem designs....
Understanding the Characteristics and Data Throughput of a Wireless Ethernet Bridge
This paper is intended to assist customers in learning the throughput rates they should expect with various scenarios. All Solectek wireless systems are constructed of a computer platform, a 10...
What is a Universal Serial Bus (USB)?
USB is a high-speed serial data bus that will greatly simplify PC setup and operation by offering system support firmware, which allows ‘hot plug and play’. USB is also the...
Frame Relay Key Management
The purpose of this technical note is to explain how key management is performed on Western DataCom’s 855 FrameGuard, frame relay encryptor. In the case of a system that operates...
Wireless Broadband Modems - An Overview
Wireless modems are used to interconnect computers or LANs using radio waves. Radio signals have several advantages over hardwire systems that include quick deployment, higher data rates than conventional telephone...
