Important Events
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January 20, 2009
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January 20, 2009
New Publications
- Exploiting Temporal Feature Integration for Generalized Sound Recognition
- Sound Classification based on Temporal Feature Integration
- Heterogeneous Sensor Database in Support for Human Behavior Analysis in Unrestricted Environments: The Audio Part
- Robust speech interaction in motorcycle environment
- Speech segmentation using regression fusion of boundary predictions
- Speech Segmentation using Regression Fusion of Boundary Predictions
- Average Performance Loss Measure for Assessment of Voice Conversion Systems
- PROMETHEUS Database: A Multimodal Corpus for Research on Modeling and Interpreting Human Behavior
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Contact WCL
| Tel: | +30 2610 996496 +30 2610 996480 |
| Fax: | +30 2610 997336 +30 2610 991855 |
| Email: | raniadou [AT] upatras.gr |
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Communication Networks, Teletraffic Theory and Applications Group
The Communication Networks, Traffic Engineering and Applications Group, or, for simplicity, Teletraffic Group, is a part of the Wire Communications Laboratory, in the Division of Telecommunications & Information Technology of the Electrical and Computer Engineering Department, University of Patras,
Contact Info:
Teletraffic-Group,
Wire Communication Lab.
Electrical and Computer Engineering Department
University of Patras,
265 04 Patras, GREECE
Tel.: +30.2610.996.433
Fax: +30.2610.997.471
Email: Michael Logothetis
The Teletraffic Group consists of:
- Prof. Michael D. LOGOTHETIS (Director)
- Dr. Ioannis D. MOSCHOLIOS (Research Associate)
- Mr. Ioannis K. PAPANIKOS (Senior Engineer)
- Mr. Vassilios G. VASSILAKIS (PhD Candidate)
- Mr. Ioannis S. VARDAKAS (PhD Student)
- Mr. Georgios A. KALLOS (PhD Student)
- Mr. Michael K. SIDIROPOULOS (PhD Student)
- Mr. George E. FAKOS (PhD Student)
The main research achievements of the Group could be summarized as follows:
1. Teletraffic Engineering and Network Optimization
2. Teletraffic Models:
i. General Teletraffic Models
ii. Teletraffic Models for Wireless Networks
3. Performance Evaluation, Traffic Engineering and Optimization of All-Optical Networks:
2. Teletraffic Models:
i. General Teletraffic Models
ii. Teletraffic Models for Wireless Networks
3. Performance Evaluation, Traffic Engineering and Optimization of All-Optical Networks: