New types of communication satellites will be demanded by future traffic requirements in mobile and small fixed-station business systems which are characterised by a large number of small capacity, multi-service users and small earth stations. One approach to providing these services with sufficiently cost-effectiveness is using FDMA/SCPC (frequency division multiple access/single carrier per channel) in the uplink and TDM (time division multiplexing) in the downlink. To interface FDMA in the uplink and TDM in the downlink, a multicarrier demodulator (MCD) is required on-board the satellite. The operation of the on-board MCD is the separation of each individual channel and subsequent demodulation, i.e., the demultiplexing and demodulation.M...
The development of a transmultiplexor and a quadrature phase shift keying (QPSK) demodulator is disc...
SIGLEAvailable from British Library Document Supply Centre-DSC:DX191925 / BLDSC - British Library Do...
In this paper, we analyze Orthogonal Frequency-Division Multiple Access and Single-Carrier Frequency...
Economical operation of future satellite systems for mobile communications can only be fulfilled by ...
An architecture based on parallel and pipline design approaches has been developed for the Frequency...
NASA-Lewis' Space Electronics Div. supports ongoing research in advanced satellite communication arc...
Traditionally, satellites have performed the function of a simple repeater. Newer data distribution ...
To make satellite channels cost competitive with optical cables, the use of small, inexpensive earth...
Future competitive bent-pipe FDM satellite systems should provide a large number of users with netwo...
The project aims to develop a digital modulator/demodulator for high data rate low earth orbit (LEO)...
Performance of a 30 GHz frequency division multiple access (FDMA) uplink to a processing satellite i...
For mobile satellite communication systems substantial gains in performance can be achieved by havin...
In order to keep up with the ever-increasing demand in communications, photonic technology, that has...
New payload concepts of low cost earth stations for future mobile satellite communications can only ...
The Multiple Access Discrete Address System described is particularly applicable to future digital m...
The development of a transmultiplexor and a quadrature phase shift keying (QPSK) demodulator is disc...
SIGLEAvailable from British Library Document Supply Centre-DSC:DX191925 / BLDSC - British Library Do...
In this paper, we analyze Orthogonal Frequency-Division Multiple Access and Single-Carrier Frequency...
Economical operation of future satellite systems for mobile communications can only be fulfilled by ...
An architecture based on parallel and pipline design approaches has been developed for the Frequency...
NASA-Lewis' Space Electronics Div. supports ongoing research in advanced satellite communication arc...
Traditionally, satellites have performed the function of a simple repeater. Newer data distribution ...
To make satellite channels cost competitive with optical cables, the use of small, inexpensive earth...
Future competitive bent-pipe FDM satellite systems should provide a large number of users with netwo...
The project aims to develop a digital modulator/demodulator for high data rate low earth orbit (LEO)...
Performance of a 30 GHz frequency division multiple access (FDMA) uplink to a processing satellite i...
For mobile satellite communication systems substantial gains in performance can be achieved by havin...
In order to keep up with the ever-increasing demand in communications, photonic technology, that has...
New payload concepts of low cost earth stations for future mobile satellite communications can only ...
The Multiple Access Discrete Address System described is particularly applicable to future digital m...
The development of a transmultiplexor and a quadrature phase shift keying (QPSK) demodulator is disc...
SIGLEAvailable from British Library Document Supply Centre-DSC:DX191925 / BLDSC - British Library Do...
In this paper, we analyze Orthogonal Frequency-Division Multiple Access and Single-Carrier Frequency...