From the above image, the left side is the E-UTRAN network architecture. In this tutorial we shall study E-UTRAN network in brief. EUTRAN will have 2 components: 1. User Equipment 2. eNodeB 1. User Equipment * It is a mobile or a fixed device that …
On a high level, LTE architecture consists of 2 parts: 1. Radio Access Network: Evolved UTRA Network (E-UTRAN) 2. Core Network Architecture: Evolved Packet Core (EPC) Both EPC and E-UTRAN work together to give LTE service for a given subscriber. More in-depth architecture is as below …
In this chapter we shall see how different generations have evolved and also have a look at how LTE as a whole has evolved. Comparison of various different wireless technology: 1. Generation: 1G Deployment: 1970 – 84 Throughput: 2Kbps services: Analog Voice Underlaying Technology: AMPS, TACS …
Below are the functions that are used for partition operations: is_partitioned : Test whether range is partitioned partition : Partition range in two stable_partition : Partition range in two – stable ordering partition_copy : Partition range into two partition_point : Get partition point #include <iostream> #include …
Below are the operations that are used to perform on STL containers. Most of the functions are function template. Hence they can be used to work with primitive and also user defined data types. To use these algorithms, below header should be included: #include <algorithm> all_of …