Reference no: EM133869007
IoT Communication Networks and Security
Practice-based Task - IOT NETWORKING INFRASTRUCTURE, COMMUNICATION AND ROUTING PROTOCOLS
TASK 1
Learning Objective 1: Apply the IoT architecture concepts for specific IoT applications.
Learning Objective 2: Understand the implementation aspect of IoT architecture.
Choose ONE and design the IoT networking architecture
A. A company has introduced an Internet of Things (IoT)-enabled application named CureMe, tailored for the monitoring and supervision of healthcare for chronic disease patients within a specific city. The CureMe application is crafted to serve two primary purposes:
1. Personal Usage:
- As a mobile platform, it enables the generation of alerts for caregivers in case of abnormal vital sign readings from chronic disease patients.
2. Government Agencies:
- Offers a web platform for the analysis of disease trends within the city.
To illustrate the implementation perspective of this IoT system, a comprehensive architecture diagram of the CureMe application is essential. This diagram should encompass all five fundamental IoT building blocks. Furthermore, detailed explanations regarding the functionalities of all components involved in the CureMe application are necessary. Get in touch with us for online assignment help service!
To ensure high-quality milk production, continuous monitoring of cows' activity on the farm is crucial. This necessitates 24/7 surveillance of each individual cow. To meet this demand, a company has introduced an IoT-based application named IDA (Intelligent Dairy Farmers Assistant) for dairy farmers. IDA leverages sensor technology, machine learning, and cloud computing to translate the data gathered from cows into actionable insights that assist farmers in their daily decision-making processes. Consequently, IDA not only monitors the activities of all cows on the farm but also employs artificial intelligence to analyze cow behavior and generate valuable information for farmers. Considering the practical implementation of an IoT system like IDA, the following questions need to be addressed:
Examine the provided figure and delineate the boundaries of five distinct parts of a cow. Subsequently, label each part with the corresponding type of sensor that could be utilized to monitor cow activities, thereby influencing milk quality.
Present a comprehensive IoT-based system architecture diagram for the IDA-like system.
TASK 2
Learning Objectives:
Explain the implementation details of various IoT application domains.
Propose IoT system respecting practical constraints.
Considering the following IoT Ecosystem figure, design the IoT and Networking architecture as follow: Choose one of the IoT networking architecture application (i.e. Smart warehouse, smart cities, smart farming, smart factory, etc.) Combined the IP-based architecture with non-IP-based Smart Things with minimum 3 components each.