Software radio and reconfiguration management (2003)
Moessner, K., Bourse, D., Greifendorf, D., Stammen, J.
The Wireless World Research Forum (WWRF) work area on Emerging Technologies pursues the identification of technologies furthering the evolution of future wireless communication systems. Within this...
Challenges to CMOS-hardware design for wireless network terminals (2002)
Ida, I., Kokozinski, R., Stammen, J., Greifendorf, D.
On the way to mobile software defined radio terminals (SDR terminals), a change of the design philosophy for appropriate microelectronic hardware is neccesary. The desired reconfigurability must be...
The evolution of hardware platforms for mobile "software defined radio" terminals (2002)
Kokozinski, R., Greifendorf, D., Stammen, J., Jung, P.
The deployment of communication systems mainly depends on the availability of appropriate microelectronics. Therefore, the Fraunhofer-Institut für Mikroelektronische Schaltungen und Systeme (IMS)...
A novel hardware design paradigm for mobile "Software Defined Radio" terminals (2002)
Greifendorf, D., Stammen, J., Sappok, S., Ackeren, M. Van, Jung, P.
On the way to mobile Software Defined Radio terminals (SDR terminals), a change of the design philosophy for appropriate microelectronic hardware is necessary. The desired reconfigurability must be...
Reconfigurable radio: how to make multimedia mobile (2002)
Kokozinski, R., Greifendorf, D., Stammen, J., Jung, P.
On the way to mobile software defined radio (SDR) terminals, a change of the design philosophy for appropriate microelectronics is necessary. The desired flexibility or reconfigurability must be...
Jung, P., Stammen, J., Greifendorf, D.
The evolution of technologies has significantly changed our daily life. In the future, this evolution will happen even faster. To make our technical world more user-friendly, the concept of so called...
How to make smart antennas in handsets feasible (2001)
Ida, I., Stammen, J., Greifendorf, D.
Smart antennas are clusters of several antenna elements. By their directivity, they are offering fascinating possibilities for celluar communication networks. In some base stations they are already...
Trends in microelectronic solutions for wireless communication of 3G and beyond (2001)
Jung, P., Stammen, J., Greifendorf, D.
The development of communication systems mainly depends on the availability of appropriate microelectronics. Therefore, the Fraunhofer-Institut für Mikroelektronische Schaltungen und Systeme (IMS)...
Future microelectronic hardware concepts for wireless communication beyond 3G (2001)
Jung, P., Stammen, J., Greifendorf, D.
Wireless terminals of following generations will support a broad variety of services, from voice and video transmission to email, access to the internet and advanced PC functionalities. Such a broad...