The lecture illustrates how GSM cells partition coverage into 360-degree areas with sectors and how boundaries and overlaps shape complete coverage.

Explore the basics of GPRS technology, explaining packet switching, segmentation and assembly, and how data traffic travels over the radio interface in a GSM network.

Explore how 3G codes enable channelization and scrambling in W-CDMA, detailing channel separation, spreading techniques, and uplink and downlink code usage for user and cell identification.

Handovers enable seamless connectivity as you move between cells, guided by mobility measurements, and involve soft and hard handovers with make-before-break principles.

Learn how 4G architecture coordinates mobility management equipment and the home subscriber server through S1 interfaces and gateways, enabling end-to-end data flow and subscriber management.

Explore how an LTE drive test analyzes cellular network performance by evaluating coverage, system availability, capacity, reliability, and call quality using drive tests and scanning modes to identify optimal frequencies.

Identify factors that affect LTE and wireless coverage, including transmitted energy, distance, frequency, area, height, diversity, and downlink performance.

Explore the end to end LTE cell planning process, from information collection and pre planning to capacity and coverage planning, self learning configurations, and frequency planning for service requirements.

Explore massive mimo in 5g networks, focusing energy in small spatial regions to boost data rates and reduce latency. Demonstrate cost efficiency through inexpensive components and multi-user, large-scale antenna arrays.