Car-to-Car Communications

Wiss. Angestellter
M.Eng Yunpeng Zang
	Telefon:	+49 241 80 27291
	Fax:	+49 241 80 22242
	eMail:	zyp@comnets.rwth-aachen.de
	Raum:	108
	Anschrift:	Lehrstuhl für Kommunikationsnetze Kopernikusstr. 5 D-52074 Aachen

Forschungsthemen:

Project:

CoCar (Cooperative Cars): German BMBF funded project performing basic research for C2C and C2I communication for future cooperative applications using cellular mobile communication technologies. (In cooperation with Ericssion)

MYCAREVENT (MobilitY and CollAboRative work in European Vehicle Emergency NetTworks): A 3-year research project is financed by the IST (Information Society Technology) program of the European Commission within the Sixth Framework Program and focussing on service development, process and organization management, e-business, communication networks as well as human-computer interaction.

WILLWARN (Wireless Local Danger Warning) as a subproject of the European integrated project PReVENT for Intelligent Transport System. (In cooperation with Philips)

WIGWAM (Wireless Gigabit with Advanced Multimedia Support) towarding the next generation of Gigabit wireless local and personal area networks. (Funded by German BMBF and in cooperation with Philips.)

Research interests:

• Vehicular Communications
• Wireless Access in Vehicular Environments (WAVE): IEEE 802.11p & IEEE P1609 
• Vehicular MESH network (VMESH)
• High mobility wireless mesh networks
• Topology control in wireless ad-hoc networks
• Wireless Personal Area Networks (WPAN)
• IEEE 802.15.3a/b/c
• UWB based system: MBOA(MultiBand OFDM Alliance)/WiMedia
• Capacity of wireless ad-hoc networks

Lehrtätigkeit:

Laboratory:  Mobile Radio Networks (MRN) 2005(SS), 2006(SS), 2007(SS), 2008(SS)

Diplomarbeitsangebote

• High Mobility Wireless Mesh Networks Based on Wireless Vehicular Communications,01-01-70,
• Gigabit Wireless Personal Area Networks (WPANs) for Multimedia Applications and MESH WPAN,01-01-70,
• The MAC layer Simulator for the Next Generation of Wireless Personal Area Network (WPAN),01-01-70,
• Study on Message Dissemination Algorithms for Cooperative Danger Warning Applications Based on Inter-Vehicle Communications,01-01-70,
• Congestion Control for Danger Warning Message Dissemination in Vehicular Ad-Hoc Networks (VANET),01-01-70,
• Test und Validierung ausgewählter Applikationen auf Basis von Fahrzeug-Fahrzeug-Kommunikation,01-01-70,

Studienarbeitsangebote

• High Mobility Wireless Mesh Networks Based on Wireless Vehicular Communications,01-01-70,
• Gigabit Wireless Personal Area Networks (WPANs) for Multimedia Applications and MESH WPAN,01-01-70,
• Error Model for Radio Transmission of MB-OFDM Based Wireless Personal Area Networks (WPANs),01-01-70,
• The MAC layer Simulator for the Next Generation of Wireless Personal Area Network (WPAN),01-01-70,
• Packet Error Ratio (PER) Evaluation of IEEE 802.11p Physical Layer in High Mobility Vehicle-to-Vehicle Wireless Radio Channels with MATLAB© SIMULINK© Model,01-01-70,
• Study on Message Dissemination Algorithms for Cooperative Danger Warning Applications Based on Inter-Vehicle Communications,01-01-70,
• Congestion Control for Danger Warning Message Dissemination in Vehicular Ad-Hoc Networks (VANET),01-01-70,
• Development of JAVA Based Graphic User Interface (GUI) for the Wireless Access Radio Protocol 2 (WARP2) Simulation Environment,01-01-70,

Angebote an HiWi-Stellen

• Development of JAVA Based Graphic User Interface (GUI) for the Wireless Access Radio Protocol 2 (WARP2) Simulation Environment,01-01-70,