1st Objective: Development of voice services, video and multimedia

  • Multimedia services in 4G wireless access networks;
  • Services and applications in the late generation mobile networks;
  • Study on the evolution of the global digital broadcasting system, DRM perspectives;
  • Study on IMS services;
  • Study on the implementation of applications in virtual private networks (VPN);
  • Methodology for the introduction of digital multimedia broadcasting, DMB;
  • Study on the influence of the reliability of equipment, systems and network security infrastructure in composing for voice services, video and multimedia (FESRCIS);
  • Study on data transmission system using IP over DVB-H;
  • Comparative study of techniques and systems for coding audio-video compression for multimedia applications used in advanced communication systems.

2nd Objective: Advanced communication systems

  • Study on Digital Video Broadcasting DVB-C2 cable;
  • Information services and emergency traffic RDS technology;
  • Virtual Platform for xDSL channel characterization;
  • Solutions for the survival of terrestrial laser connection for long distance;
  • Solutions for Gaussian FSO channel modelling;
  • Study on Digital Video Broadcasting Satellite to portable DVB-SH;
  • Statistical assumptions on noise pulses produced in broadband connections;
  • Characteristics and facilities of cognitive radio technology;
  • Study on the presentation of the global digital broadcasting system, DRM perspectives;
  • Study on UWB system;
  • Study on optical communication systems with solitons;
  • Study on digital video broadcasting via satellite, DVB-S2;
  • Study on unguided optical communication systems;
  • Web glossary of technical terms in advanced electronic communications;
  • Study of the introduction of DVB-T2;
  • Optical transport networks based on wavelength multiplexing – structure, performance, features.

3rd Objective: Technical requirements imposed to equipments and access systems for broadband communications

  • Study on personal access systems in millimeter and submillimeter bands;
  • Advanced cellular networks post 3G;
  • Methods for estimating the capacity and the available bandwidth for fixed broadband connections;
  • Presentation manual for flexible wireless communications;
  • Methodology for optimizing the use of radio channel in wireless access networks;
  • Study of modern methods of  securing access to broadband communication systems;
  • Study and methodology for the introduction of mobile WiMAX;
  • Study on communication service for emergency support with the fixed and mobile broadband;
  • Study on development of 3G cellular systems to EPS.

4th Objective: Intelligent multimedia services and systems

  • Sending protected data in wireless sensor networks.
  • Security solutions in wireless sensor networks applied to telemetry;
  • Study on wireless intelligent network services;
  • Communication technologies for intelligent wireless networks;
  • Usable sensor network architecture for the development of telesupervision based on posture analysis;
  • Study on wireless mesh networks;
  • Wireless ad-hoc systems;
  • Methods and data security solutions provided by mobile communications networks (DTCRM);
  • Study on the use of NFC technology for mobile terminals and data acquisition – applications in mHealth;
  • VPN networks with wireless access;
  • Study on operation of mobile terminals in cellular systems serving the telecommunications GPS;
  • Study on the development of applications in ambient intelligent environment;
  • QoS Assessment Methodology complex networks of "All-IP".

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