This assignment requires you to write a software specification for an automobile cruise control. The specification must include the following: 1. An introduction containing a concise description of the problem

along with a context diagram. (two or three paragraphs of text, maximum) 2. A state diagram showing the dynamic behavior of the cruise control system. The state diagram can contain only the following elements: ● ● ● Power On Power Off (optional) Transitions (caused by an event or a timer expiration) On entry actions On exit actions No "triggers" or "guard conditions" allowed. Free programs are available for creating this diagram. https://uml.sourceforge.io/ https://plantuml.com Dia, available on most linux distributions. ("sudo apt-get install dia") 3. Requirements, recorded in English language sentences, that describe the operation of the system. (A good start would be one requirement for every on_entry and on_exit activity in the diagram) A static model (class diagram). ● 4. 5. Assumptions and Ambiguities. List any issues encountered with missing or contradictory information and how they were resolved. This specification can be a single document or can be a collection of files suitably named. The state diagram can be hand drawn or can use one of many freely available drawing tools. The exact modeling elements do not have to match those shown in the textbook (e.g., 'Dia' draws states as boxes, where they are generally shown as ovals. This is acceptable) This system has the concept of a comparator that can create events. The desired speed is stored in one of the inputs to the comparator. This speed is then compared to the vehicle's actual speed, and if they do not match, either a SpeedGreaterThanDesired or a SpeedLessThanDesired event is generated. You can assume that the vehicle responds instantaneously to commands to increase or decrease speed. This is not true in the real world, but simplification will not detract from the value of the model. The Cruise Control system interacts with the EngineControl system to request changes to the vehicles' speed. The "stalk switch" and the “dash indicator" are considered part of the Cruise Control system, as is the comparator that can create events. Below is a video explaining the operation of the Cruise Control system. Toyota Camry - Cruise Control Explanation & Demonstration USE THIS TO SAVE GAS Outputs: ● TOYOTA CRUISE CONTROL EXPLANATION CANCEL Inputs: +RES A SET V IncreaseSpeed. When true, the automobile increases its speed. HoldSpeed. When true, the automobile holds its speed. DecreaseSpeed. When true, the automobile decreases its speed. Note IncreaseSpeed, HoldSpeed, and DecreaseSpeed are mutually exclusive. None can be active, but if one is active the other 2 must be inactive. ONOFF DesiredSpeed. This is an integer between 30 and 120, representing the system's desired speed in Miles Per Hour. DesiredSpeed is one of the inputs to the comparator that creates the SpeedGreaterThanDesired and SpeedLessThanDesired event. The other input to the comparator is the vehicle's actual speed. Indicator on dash. (consider this as a Boolean value) +RES -SET ● CANCEL ● SpeedGreater Than Desired SpeedLess Than Desired All inputs are considered events. ●/nGRADING REQUIREMENTS: 1) State Diagram: All events used. No flaws observed. 2) A requirement exists for every significant event in the state diagram. They are worded precisely and un-ambiguously 3) Class diagram includes all controls (as member variables) and events (as methods) 4) Context Diagram is correct. All sections of specification are present and complete. Diagrams and requirements are consistent/nINSTRUCTIONS Just follow the instructions please. You have to make a context diagram, a state diagram and a class diagram. For the paragraphs part, you can just give me a small summary and I can write that down in 3 paragraphs myself. please follow the instructions thoroughly This specification can be a single document or can be a collection of files suitably named. The state diagram can be hand drawn or can use one of many freely available drawing tools. The exact modeling elements do not have to match those shown in the textbook (e.g., 'Dia' draws states as boxes, where they are generally shown as ovals. Example images are attached, they are just examples, they are not related to the assignment "An introduction containing a concise description of the problem along with a context diagram. (two or three paragraphs of text, maximum)" and then for the requirements and assumptions, there is not really any limit as long as it accurately describes what is happening and provide clear BULLET POINTS power point which talks about state diagrams, context diagrams and class diagrams and reference on how i need the diagrams to be, is attached in reference