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.
An introduction to Internet Protocol Television (IPTV), this book by Ericsson senior research engineer Johan Helm traces changes in IPTV and examines what IPTV means today. Includes analysis of impact on network and possibilities of new services.
This volume, by Gonzalo Camarillo of Ericsson GFT Service Layer Technologies, discusses where, why and how Session Initiation Protocol (SIP) is used; what SIP can do and deliver; SIP’s fit with other standards and systems; and how to size up and choose from available SIP products.
This comprehensive overview of IMS multimedia telephony focuses on media processing methods, with detailed explanations of adaptive jitter buffering and adaptation of conversational media. Co-authored by Ericsson senior specialists and researchers.
A total of SEK 45 million is being invested in the Swedish-Chinese university research program on mobile technologies “IMT-Advanced and Beyond”.
Ericsson Research and Southeast University (SEU) in China has signed an agreement in Nanjing, to carry out radio access research on advanced technologies that can enhance coverage, capacity and user experience for LTE advanced and beyond.
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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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