What if we construct the central processing unit, but not the one that detects danger?
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What if we construct the central processing unit, but not the one that detects danger?
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- Draw a Sequence Diagram for the given scenario: A smart patient health tracking system that uses sensors to track patient health and uses the internet to inform their loved ones in case of health emergencies. The system uses a temperature and heartbeat sensor to keep track of the patient health. The sensors are connected to a microcontroller to track the status which is interfaced with an LCD display and WIFI connection in order to transmit alerts. If the system detects any sudden changes in the patient's heartbeat or body temperature, the system automatically alerts the user about the patient's status over the IoT also provides the details of the heartbeat and temperature of the patent live over the internet.A system designer is asked to design an inventory system for a hardware manufacturer. The system designer must decide a way to identify the different kinds of hardware. Each four-digit id # is to begin with two letters of the alphabet. Any letter can be used except I, O and Z. The rest of the id # is to consist of digits 0-1. How many such unique id #s can the designer make?Draw a system context diagram for a programmable smart holiday music concert lighting system for an amphitheater. It includes a sound system, three spotlights and four rotating color changing lights. It also includes a device to establish its own IP address for the system so that the end user can access the system via the internet. It may also be accessed via wifi/bluetooth. The system should automatically come on about 30 minutes after sunset and should turn off after 5 hours if the system is still running. The system should be able to be manually turned on or off by the end user with a switch or via the internet/wifi. The system is connected to 110V using an electrical plug but may run off a generator for remote locations. The system should be able to play a predefined lighting pattern along with a song over the included speakers. PART B Design a diagram for the system with 4 input and 4 output functions
- Draw a State Machine Diagram with two triggers.A security light system has a switch and a motion sensor attached. The system can be either on or off. If the switch is in the off position the light is off and the system is unarmed. When the switch is turned on, the light stays off but the system is armed. If the system is armed and the motion sensor detects movement, the light comes on. If no movement is detected for 10 seconds, the light goes off. Draw a UML state diagram to describe the states of the “security light system” given above.The following diagram is a state diagram for the weather station system that shows how it responds to requests for various services. Please explain it in details
- What does regular expressions mean and how can they be used to determine if a system or network has been breached? Regular expression rules can be confusing when you are first introduced to them. Share an example of a regular expression and the context in which you would use it.Consider a neutralization system with the piping and instrumentation diagram (P & ID) in the figure below, where a certain amount of solution is added to a tank chemically treated and then sent out to the next tank. The sensors ts & as are used to sense the temperature and PH of neutralized solution, respectively. The level switches (Is1, Is2, and Is3) are activated whenever the level in the tank is at or above a given level. The neutralization process is to proceed as follows: 1. Initially, all the valves are closed, the mixer (m) and heater (h) are OFF, and the reaction tank is empty. 2. When the START button is pressed, open (V1) until (Is2) is activated. This fills the tank with the solution to be neutralized. 3. When the solution level rises above (Is2), start the mixer (m) and turn on the heater (h). When the level drops below (Is1), stop the mixer (m). 4. Whenever the PH of the solution is unbalanced, open (V2) to add neutralizer. 5. If the tank becomes full, which is indicated…Consider a neutralization system with the piping and instrumentation diagram (P & ID) in the figure below, where a certain amount of solution is added to a tank chemically treated and then sent out to the next tank. The sensors ts & as are used to sense the temperature and PH of neutralized solution, respectively. The level switches (Is1, Is2, and Is3) are activated whenever the level in the tank is at or above a given level. The neutralization process is to proceed as follows: 1. Initially, all the valves are closed, the mixer (m) and heater (h) are OFF, and the reaction tank is empty. 2. When the START button is pressed, open (V1) until (1s2) is activated. This fills the tank with the solution to be neutralized. 3. When the solution level rises above (Is2), start the mixer (m) and turn on the heater (h). When the level drops below (Is1), stop the mixer (m). 4. Whenever the PH of the solution is unbalanced, open (V2) to add neutralizer. 5. If the tank becomes full, which is indicated…
- Consider a neutralization system with the piping and instrumentation diagram (P & ID) in the figure below, where a certain amount of solution is added to a tank chemically treated and then sent out to the next tank. The sensors ts & as are used to sense the temperature and PH of neutralized solution, respectively. The level switches (Is1, Is2, and Is3) are activated whenever the level in the tank is at or above a given level. The neutralization process is to proceed as follows: 1. Initially, all the valves are closed, the mixer (m) and heater (h) are OFF, and the reaction tank is empty. 2. When the START button is pressed, open (V1) until (1s2) is activated. This fills the tank with the solution to be neutralized. 3. When the solution level rises above (Is2), start the mixer (m) and turn on the heater (h). When the level drops below (Is1), stop the mixer (m). 4. Whenever the PH of the solution is unbalanced, open (V2) to add neutralizer. 5. If the tank becomes full, which is indicated…Your employer has granted you a project to design a collision-avoidance system. Three months earlier, a rival of the client implemented a similar system, and their sales climbed significantly. The system is now available on the market, and your organization has also obtained the user manual for the competitor's collision avoidance system. The technology must be capable of identifying individuals going to the road from the roadside. These pedestrians might pose a danger to the motorist. As a result, the collision avoidance system must minimize hazard to the driver by issuing early warnings. There must be many sorts of warnings accessible; they should be triggered in response to the danger posed by the pedestrian. To determine the threat category, the distance between the pedestrian and the automobile must be known. Additionally, there is a substantial body of literature devoted to distance computation algorithms. The new technology will make use of the distance sensors currently built…How can it be determined if a component of the system should act as a source or a sink?or in the manner of?
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