Abstract:
Satellite dish communication enables long-distance
communication, including television broadcasting, internet
connectivity, and telecommunication services. However, it
faces challenges such as signal interference, atmospheric
conditions, technological constraints, orbital congestion, and
accessibility issues.
This study analyses literature and evaluates possible
solutions and mitigation strategies. It considers technology
advancements, antenna designs, transmission protocols, and
alternative communication techniques like low-Earth orbit
satellites and hybrid terrestrial-satellite systems.
The study methodology employs both qualitative and
quantitative data collection techniques in a mixed-methods
approach. Semi-structured interviews with professionals in
satellite communication, operators, engineers, and end users
will offer vital information about their opinions on the
difficulties. Structured questionnaires also gather
quantitative information to evaluate the frequency of
challenges and perceptions of participants.
The expected outcomes of this study will provide insight into
the key challenges in satellite dish communication, such as
signal interference, atmospheric conditions, and technical
constraints. Additionally, the research will help identifyiv
future innovations and enhancements for satellite
communication systems.
The importance of this study relies on its ability to
enlighten scholars, professionals, and policy-makers on
challenges associated with satellite dish communication. The
study's goal is to improve the general dependability,
effectiveness, and accessibility of satellite communication
services for a variety of applications by addressing these
issues.
Keywords: satellite dish communication, challenges, signal
interference, atmospheric conditions, technology advancement.
