Blättern:

Publikationen

[1] Chang-Soon Choi, et al.:
60GHz OFDM hardware demonstrators in SiGe BiCMOS: state-of-the-art and future development

[2] Stefan Krone and Gerhard Fettweis:
Capacity Analysis for OFDM Systems with Transceiver I/Q Imbalance

[3] Yaoming Sun and Srdjan Glisic:
Designs of 60 GHz Front-Ends in SiGe BiCMOS Technology

[4] F. Wollenschläger, L. Alhouri, L. Xia, S. Rentsch, J. Müller, R. Stephan, and M.A. Hein:
Measurement of a 60 GHz Antenna Array fed by a Planar Waveguide-to-Microstrip Transition Integrated in Low-Temperature Co-fired Ceramics

[5] Robert Felbecker, Wilhelm Keusgen, Andreas Kortke, Michael Peter:
Estimation of Effective Permittivity and Effective Thickness of Inhomogeneous Materials at 52 - 70 GHz

[6] Maxim Piz, Milos Krstic, Marcus Ehrig, Eckhard Grass:
An OFDM Baseband Receiver for Short-Range Communication at 60 GHz

[7] Stefan Krone and Gerhard Fettweis:
Aspects of Optimal Quantization in Communications

[8] Stefan Krone and Gerhard Fettweis:
Fundamental Limits to Communications with Analog-to-Digital Conversion at the Receiver

[9] EASY-A Consortium:
EASY-A: 60 GHz Demonstrator Presentation

[10] Marta Martínez-Vázquez, Sybille Holzwarth, Alejandro Rivera:
ANTENAS SOBRE SUSTRATO LTCC PARA WLAN A 60 GHZ

[11] A.P. Garcia, W. Kotterman, R.S. Thomä, U. Trautwein , D. Brückner, W. Wirnitzer, J. Kunisch:
60 GHz in-Cabin Real-Time Channel Sounding

[12] Maxim Piz, Dr. Eckhard Grass, Miroslav Marinkovic, Prof. Dr. Rolf Kraemer:
Next-Generation wireless OFDM system for 60-GHz short-range communication at a data rate of 2.6 GBits

[13] Amin Hamidian, Henrique Portela, Georg Boeck:
High Power V-Band Power Amplifier

[14] Amin Hamidian and Georg Boeck:
60 GHz Wide-Band Power Amplifier

[15] Chang-Soon Choi and Eckhard Grass:
60-GHz SiGe Radio and OFDM baseband implementation for Gbps wireless LAN applications

[16] Yaoming Sun and Christoph J. Scheytt:
A 360 Degree Phase Shifter for 60 GHz Application in SiGe BiCMOS Technology

[17] A. P. Garcia, W. Kotterman, U. Trautwein, D. Brückner, J. Kunisch and R. S. Thomä:
60 GHz Time-Variant Shadowing Characterization within an Airbus 340

[18] Michael Peter, Robert Felbecker, Wilhelm Keusgen and Joachim Hillebrand:
Measurement-Based Investigation of 60 GHz Broadband Transmission for Wireless In-Car Communication

[19] Chang-Soon Choi, Eckhard Grass, Maxim Piz, Marcus Ehrig, Miroslav Marinkovic, Rolf Kraemer and Christoph Scheytt:
60-GHz OFDM systems for multi-gigabit wireless LAN applications

[20] S. Krone and G. Fettweis:
Achievable Rate of Single-Carrier Systems with Optimal Uniform Quantization at the Receiver

[21] A. Cagri Ulusoy, Gang Liu, Andreas Trasser and Hermann Schumacher:
A SiGe Frequency Quadrupler for M-QAM Carrier Recovery

[22] Gang Liu, A. Cagri Ulusoy, Andreas Trasser and Hermann Schumacher:
64 to 86 GHz VCO Utilizing Push-Push Frequency Doubling in a 80 GHz fT SiGe HBT Technology

[23] S. Krone and G. Fettweis:
Optimal Gain Control for Single-Carrier Communications with Uniform Quantization

[24] S. Krone and G. Fettweis:
A Fundamental Physical Limit to Data Transmission and Processing

[25] A. Paolo Garcia Ariza et.al.:
The 60 GHz In-Cabin Channel

[26] J. C. Scheytt et al.:
60 GHz OFDM Transceiver RF Frontend Design in SiGe BiCMOS

[27] Ruoyu Wang, Yaoming Sun, and Johann-Christoph Scheytt:
An On-board Differential Bunny – Ear Antenna Design for 60 GHz Applications

[28] Amin Hamidian and Viswanathan Subramanian:
Right and Left Handed Transmission Lines for Millimeter Wave Applications

[29] J. Dohl, S. Krone and G. Fettweis:
On the Impact of Non-linear Amplifiers in Single-Carrier Systems: An Analytical Approach

[30] Alexis Paolo Garcia Ariza, Wim Kotterman, Rudolf Zetik, Martin Kmec, Robert Müller, Frank Wollenschläger, Uwe Trautwein, Reiner S. Thomä:
60 GHz-Ultrawideband Real-Time Multi-Antenna Channel Sounding for Multi Giga-bit/s Access

[31] Atheer Barghouthi and Frank Ellinger:
Design of a 54 to 63 GHz Differential Common Collector SiGe Colpitts VCO

[32] S. Krone and G. Fettweis:
Achievable Rate with 1-Bit Quantization and Oversampling at the Receiver

[33] Alexis Paolo Garcia Ariza, Martin Jacob, Thomas Kürner, and Reiner S. Thomä:
Millimeter and Sub-Millimeter Waves

[34] A. Cagri Ulusoy , Gang Liu, Michael Peter, Robert Felbecker, Hebat-Allah Y. Abdine y, and Hermann Schumacher:
A BPSK/QPSK Receiver Architecture Suitable for Low-Cost Ultra-High Rate 60 GHz Wireless Communications

[35] Amin Hamidian, Viswanathan Subramanian, Georg Boeck:
A 60 GHz 18 dBm Power Amplifier Utilizing 0.25 μm SiGe HBT

[36] Amin Hamidian, Zihui Zhang, Viswanathan Subramanian, Georg Boeck:
Modeling of MIM Capacitors in 0.25 μm SiGe BiCMOS Process up to 140 GHz

[37] Markus Petri, Maxim Piz, Eckhard Grass:
A Viterbi-based non-coherent DBPSK-demodulator with 1-bit quantization and digital differential decoding for AWGN channels

[38] Miroslav Marinkovic, Maxim Piz, Chang-Soon Choi, Goran Panic, Marcus Ehrig and Eckhard Grass:
Performance Evaluation of Channel Coding for Gbps 60-GHz OFDM-based Wireless Communications

[39] Jian Luo, Andreas Kortke, Wilhelm Keusgen:
Throughput Maximization of a Hybrid Dynamic Frame Aggregation and Block-ACK Scheme for 60 GHz High Speed Communications

[40] Stefan Krone and Gerhard Fettweis:
Fading Channels with 1-Bit Output Quantization: Optimal Modulation, Ergodic Capacity and Outage Probability

[41] Gang Liu, Yinmei Su and Hermann Schumacher:
A SiGe 7 Gbit/s Analog BPSK/QPSK Demodulator

[42] Yinmei Su, Gang Liu and Hermann Schumacher:
Limiting Amplifiers for Bits Recovery of Gbps Analog BPSK/QPSK Demodulator

[43] A. Cagri Ulusoy, Gang Liu, Till Feger, Andreas Trasser, and Hermann Schumacher:
A Narrow Bandwidth Microstrip Bandpass Filter Suitable for System-on-Package Integration

[44] Srdjan Glisic, Klaus Schmalz, Frank Herzel, Rouyu Wang, Mohamed Elkhouly, Yaoming Sun and Johann Christoph Scheytt:
A Fully Integrated 60 GHz Transmitter Front–End in SiGe BiCMOS Technology