(Solved): 1. Draw Windows Navigation and Wireframe Diagrams for the system covering all the use cases.2. Draw ...

3. USE CASE DIAGRAM 2. FUNCTIONAL REQUIREMENTS 2.2.1 The system should monitor all levels of soil (humidity, light, soil moisture, Crop health). 2.2.2 The system should be able to irrigate the plants automatically depending on the humidity levels. 2.2.3 The system should be able to monitor fertilizer on the soil. 2.2.4 The system should be able to request the robot to perform tasks on crops such as, apply fertiliser, irrigate, harvest, remove weed. 2.2.5 The system should keep record of the robot's actions/events. 2.2.6 The system should notify the farmer levels of the stock. 2.2.7 Robot should notify the systems about its position and actions. 3. NON-FUNCTIONAL REQUIREMENTS 2.3.1 The system should be working $24/7$. 2.3.2 The robot should be present $24/7$. 2.3.3 The farmer should fill up the stock for the robot with appropriate chemicals and crops. 2.3.4 The system should be user friendly. 2.3.5 The system should generate a graph with the data recollected. 4. ELABORATION OF USE CASES 1.1 Elaboration of 'View data' use case 2.1 Elaboration of 'Analyse data' use case 3.1 Elaboration of 'Collect data' use case 4.1 Elaboration of 'Remove weed' use case by scbastian \begin{tabular}{|l|l|} \hline Use case name: & Remove Weed \\ \hline Scenario: & Remove weed around crops. \\ \hline \end{tabular} 17 17 9) \begin{tabular}{|l|l|} \hline Triggering event: & Weed has been detected around crops. \\ \hline Brief description & $\begin{array}{l}\text{ The sensors have detected weed around crops and requests to the robot to }\\ \text{ remove them, the robot will remove the weed around crops. }\end{array}$ \\ \hline Actors: & Robot \\ \hline $\begin{array}{l}\text{ Related use }\\ \text{ cases: }\end{array}$ & May be invoke by the Detect weed use case. \\ \hline Stakeholders: & N/A \\ \hline Preconditions: & The sensor must detect weed. \\ \hline Postconditions: & Weed has been removed. \\ \hline \end{tabular} 5.1 Elaboration of 'Pest control' use case by Gemma Import favorites What's New In Pyth. $:?????$ $?+??27$ of 40 (i) 6.1 Elaboration of 'Irrigate crop' use case by Sebastian 7.1 Elaboration of 'Fertilise soil' use case by Gemma \begin{tabular}{|l|l|} \hline Use case name: & Fertilise soil \\ \hline Scenario: & Robot applies fertiliser to crop. \\ \hline Triggering event: & The sensors detect low nutrients in the soil. \\ \hline Brief description & $\begin{array}{l}\text{ The robot is notified by the system of the low nutrients in the soil and applies }\\ \text{ fertiliser to crop. }\end{array}$ \\ \hline Actors: & Robot. \\ \hline $\begin{array}{l}\text{ Related use }\\ \text{ cases: }\end{array}$ & Analyse data \\ \hline Stakeholders: & Fertiliser supply store \\ \hline Preconditions: & $\begin{array}{l}\text{ The analysed data must be able to identify low soil nutrients in crop. }\\ \text{ The robot must have fertiliser. }\end{array}$ \\ \hline Postconditions: & Crops have been fertilised by robot. \\ \hline Flow of activities: & Actor \\ \cline { 2 - 4 } & $\begin{array}{l}\text{ 1.Sensors detects low soil }\\ \text{ nutrients in crop. }\end{array}$ \\ 2. Sensor sets crop location. \\ \hline \end{tabular} 8.1 Elahnration of 'unw.....