6CS026 Systems Architecture and Internet of Things

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6CS026 - Systems Architecture and Internet of Things - University of Wolverhampton

Assignment - Development of protocols, which operate at different levels within the Internet of Things

The IoT Project will contain an account of work you have done around one of two tasks. Each is concerned with the development of protocols, which operate at different levels within the Internet of Things. Whichever task you work on, your work will have taken part in two stages.

Stage One:
Working as a group with others working on the same protocol, you will define the specifics of the protocol concerned (state diagrams, tokens, etc.) and produce a specification as a group. Each individual member of the group will submit the common document in their own portfolio, along with a short narrative detailing their part of the development.

Stage Two:
Working individually, you will develop code to implement a part of the agreed protocol (for instance, the protocol component for a single actor) to run on the NodeMCU hardware or internet connected computers, as appropriate. If successful, the different implementations from different members of the group should work together.

The two protocols to be developed are based on two research papers. Successful implementations will be included as part of a further research paper, and the authors of those implementations will be credited as a joint author of the paper.

The protocols to be developed are:

1. The ‘Level Directed Graph' sensor network building protocol, as outlined in attached research paper 1.
2. A protocol for Rights Management in the Internet of things, as outlined in attached research paper 2.

Assignment Tasks

For the IoT project, the main submission is a single individual report consisting of five parts as follows:

Part One

The protocol specification, that you developed with your group. This should include:

1. A brief introduction, which will specify the purpose of the protocol, and the lower level protocols (for example, UDP or HTTP) on which it depends and any reference documents.
2. A list of the actors in the protocol.
3. A definition of all dialogues within the protocol, including for each a textual description and a state diagram.
4. A specification of all symbols and tokens used within the protocol.

The size of the document for part one will be no larger than required to define the protocol. It will be written in a technical report style.

The group may submit a draft of Part One in week 7 of the module for formative feedback.

Part Two
A reflective narrative, detailing your own part in the development of the protocol. This is a personal statement and would usually be written in the first person. It should be no longer than 500 words.

Part Three
This will be an individual report, detailing the design and implementation of the code for what you have written to implement the part of the protocol that you were working on. It should be no longer than 1000 words.

Part Four
For part four of the IoT project, you should submit the code that you have written.

Part Five
This is a group report about the testing of the protocol code produced by members of the group. It should be no longer than 1000 words.

Learning Outcomes

LO1 - Design, implement and test secure embedded systems including secure communications. It is expected that evidence for attainment of this learning outcome will be found in parts one (design), three, four (implement) and five (test).

LO2 - Evaluate and select routing protocols for practical tasks. It is expected that evidence for attainment of this learning outcome will be found in part one.

LO3 - Demonstrate an understanding of complex control systems, such as those required in industrial robotics. It is expected that evidence for the attainment of this learning outcome will be found in parts three and four, showing that the design and implementation of the code is likely to perform sufficiently well and predictably for use by control systems.

LO4 - Apply control and communication systems to Internet of Things and Cyber-physical Systems

Attachment:- Systems Architecture and Internet of Things.rar

Reference no: EM132415691

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