Essays about: "radioaccessnät"
Found 4 essays containing the word radioaccessnät.
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1. Development of a C-RAN Fronthaul Simulator
University essay from KTH/Skolan för elektroteknik och datavetenskap (EECS)Abstract : Cellular networks have significantly transformed the way we communicate and access data and the data rates have only been increasing for the last 30 years. 5G is the current generation of cellular networks and enables faster data rates and lower latency. READ MORE
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2. Traffic Burst Prediction in Radio Access Network with Machine Learning
University essay from KTH/Skolan för elektro- och systemteknik (EES)Abstract : Motivated by the expansion of mobile data traffic, there is an increasingdemand for better allocation of radio resources in the radio access network(RAN). Recently, interest has shifted towards predictive resource allocationtechniques, which would enable a more intelligent RAN. READ MORE
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3. 5G user satisfaction enabled by FASP : Evaluating the performance of Aspera's FASP
University essay from KTH/Radio Systems Laboratory (RS Lab)Abstract : With Ericsson’s goal to have optimal user experience at 5G’s 2020 release, it is very important to optimize transport protocols and techniques to manage the increasing amount of data traffic. Additionally, it will be important to manage handovers between very high speed 5G networks and older networks. READ MORE
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4. Overhead Impacts on Long-Term Evolution Radio Networks
University essay from KTH/Kommunikationssystem, CoSAbstract : As a result of the constant efforts to improve mobile system performance and spectral efficiency, the 3GPP standardization forum is currently defining new architectural and functional requirements that hope to ensure long-term evolution (specifically defined as the “Long-Term Evolution (LTE) concept”) and general future competitiveness of the 2G and 3G radio access technologies. Previous discussions on LTE efficiency have been focused on general assumptions on signaling overhead and overall system capacity, based on experience from existing mobile systems. READ MORE