name: SAE
full_form: System Architecture Evolution
context: load = 10 users *0.01 packets/(sec*user) * 0.5 * 8 Mb/packet = 0.4 Mbps. Figure A.2.1-1 shows that advanced load balancing techniques such as call redirection and dynamic load balancing by inter-RAT HO become advantageous only if the redirection delay or LB gap can be contained to 300ms or 500ms, respectively. While LB may show better performance, the advantage over redirection appears small. Figure A.2.1-1: Call redirection (blue line) vs. load balancing (black lines) mean file transfer duration with low offered load of 0.4 Mbps Another observation is that the LB measurement interval affects the performance of the LB scheme only to a certain degree. This suggests that the frequency of load information exchange signalling can be kept low. However the overall amount of load information exchange is of course scaled with the amount of UEs and their file transfer length. As for the low load, the high load was modelled with traffic according to section 2.2, this time with a 4 MB file size:
description: System Architecture Evolution (SAE) is a technology standard for evolving the architecture of mobile networks, specifically focusing on the S1 interface and its functionalities in supporting various aspects of network operations such as mobility management, connection management, bearer setup, and error handling. It plays a crucial role in enhancing the efficiency and capabilities of LTE networks.
explanation: SAE is classified under Technology because it refers to an evolution or advancement in the system architecture of mobile networks, particularly concerning the S1 interface's functionalities as described in the context.
section_title: 9.3.1.2	S1-C RNL protocol functions
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