HSPA provides vastly improved speeds for bandwidth-intensive applications, along with improved network performance, shorter transmission time and constant evolution. Watch this video to find out how it can benefit you.
Ericsson engineer Greg Bottomley co-authors the chapter, “Unification of MLSE Receivers” in this presentation of perspectives from industry and academia, which is divided into four parts: propagation and smart antennas, Code Division Multiple Access (CDMA) systems, networking and multiple-access issues, and software radio technologies.
Ericsson engineers Hüseyin Arslan and Greg Bottomley contribute the article “Channel tracking in wireless communications systems” to this comprehensive, yet concise resource for reliable, up-to-date information on the continually evolving field of telecommunications. In five easily searched volumes, this encyclopedia covers fundamentals of, and advances in, telecommunications.
Ericsson Research Engineer Muhammad Imadur Rahman contributed to this overview of research in Europe to support deployment of trans-European and worldwide systems and the development of specifications for future generation systems in progress within standardization bodies. This book presents approaches to problems in this development and possible solutions.
This case study demonstrates how standard MicroTCA components can be used to provide redundancy for high-availability systems. The study describes a new high-efficiency and high-power-density DC/DC converter that is used within the standard Ericsson MicroTCA power supply and which provides many of the module's industry-leading performance attributes. The material contained in this paper was first presented on June 3, 2008, at the MicroTCA conference.
Ericsson’s Norbert Niebert co-edited this book offering an overview of the ambient networking concept and core technologies. The authors explain problems with current mobile IP networks and the need for a new mobility-aware IP-based control architecture, before presenting the ambient networking concept itself and the business opportunities that it offers.
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Develops solutions, technologies and enablers for tomorrow's services.
Includes multimedia technologies required for emerging multimedia services targeting enriched person-to-person communication and advanced multimedia content services.
Includes aspects such as IP mobility, quality of service, security research, network management, sensor networks and future internet.
3G Long Term Evolution, LTE is the next step in terms of user-service experience, improving latency, capacity and throughput. It will allow data rates above 100 Mbps.
Includes wireless communication with focus on radio access technologies, algorithms for advanced receivers, advanced antenna systems and propagation.
Includes development and evaluation of radio network algorithms, radio protocols and radio access network architecture.
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