if the graph contains a circuits and was just one instance to each resource type. that's mean there is a deadlock : true false
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- Abstract: the main purpose of this experiment is build real time system using PPI 8255 to control devices connected to. Problem description: assume that there are two devices are connected to port A and two sensors are connected to port B of PPI 8255. They work according to the following table Devices (DID2) 01 10 Sensors (S1S2) 00 01 10 11 11 00 Write a program to control these two devices according to the values of sensors. Each group should submit a zip file which contains the following files Code file: (assembly language code) - Simulation file Report (pdf file) (details of every single step in the code, also what have you learned from this experiment)For a weighted graph, each edge is an instance of WeightedEdge. a. WeightedEdge is an interface that must be implemented differently depending on the data type of the weights on the edges. b. WeightedEdge is a subtype of Edge. c. WeightedEdge implements the Edge interface. d. WeightedEdge is a subclass of AbstractEdge.How dose conflict of interface happen? Show an example. Java detects conflict of interface incompile time or run time.
- Write a recursive instance method named findBad that takes no parameters and returns a reference to a Link. The result of calling findBad is a reference to the first link that has a value greater than the next link's value. If no such link exists return null. For example, for {5→6→7→3→2} it would return a reference to the third link ("7").how would I program in c++ language ... a program that takes in graph data from a CSV file , works with any 2d graph, and is able to solve this graph using a dynamic array , think of this as a manhattan graph where its able to give me an optimal path and score with the values from the CSV valuesusing c++ dynamic queue. i want the output to be like that image . you can refer phython at this link. https://runestone.academy/ns/books/published//pythonds/BasicDS/SimulationPrintingTasks.html the situation is . On any average day about 10 students are working in the lab at any given hour. These students uses theshared printer in the lab to print their assignments and reading materials. The timetaken for printing tasks varies from one another depending on the pages volumesprinted by students. Students can send printing instructions from any terminalsattached to same network of the printer. Hence, many students can do so at once take note that i want it in c++ dynamic queue.
- Computer science. Correct answer will be upvoted else downvoted. Development of the exhibit in William's cell machine happens iteratively in the accompanying manner: In the event that the component is dead and it has precisely 1 alive neighbor in the present status of the exhibit, then, at that point, on the following emphasis it will become alive. For a component at list I the neighbors would be components with files i−1 and i+1. In case there is no component at that list, it is viewed as a dead neighbor. William is a sympathetic individual so all alive components stay alive. Check the note area for instances of the advancement. You are given some underlying condition, everything being equal, and you really wanted to help William discover the condition of the cluster after m emphasess of advancement. Input Each test contains various experiments. The principal line contains the number of experiments t (1≤t≤103). Depiction of the experiments follows. The primary…In C++, using on GLFW3 and glad.h, how do you implement a 3D Sphere in terms of implementation details? What is a way to look into how the vertex, and index buffers come into the idea of rendering the 3D Sphere?Like lets say the color of the sphere, was to be white. How would that be implemented?!In Python Programming language USING AVL TREE Building an automatic appointment reservation system for a very busy heart surgeon in the city. The system is going to work as follows: The patient requests for an appointment time. The system looks through the list of appointments and if there are no appointments scheduled within 10 minutes either way of the requested time, then that appointment is added to the list of appointments along with the patient ID. Otherwise, the patient is given the next available time automatically that is not within 10 minutes of any other scheduled appointment. At the appointed time, the appointment is marked as serviced and deleted from the list of appointments. You must use an AVL Tree to implement this appointment system. The reservation system should run as follows: It should run for a total of 12*25*60 minutes. At each time instant, there is a 10% probability that a new request comes in. If a new request comes in, generate a random number between the…
- Modify the simulate() method in the Simulator class to work with the revised interface of ParkingLot and the new peek() method in Queue. In addition, implement the getIncomingQueueSize() method of Simulator using the size() method of Queue. The getIncomingQueueSize() is going to be used in the CapacityOptimizer class (next task) to determine the size of the incoming queue after a simulation run. CODE TO MODIFY IN JAVA: public class Simulator { /** * Length of car plate numbers */ public static final int PLATE_NUM_LENGTH = 3; /** * Number of seconds in one hour */ public static final int NUM_SECONDS_IN_1H = 3600; /** * Maximum duration a car can be parked in the lot */ public static final int MAX_PARKING_DURATION = 8 * NUM_SECONDS_IN_1H; /** * Total duration of the simulation in (simulated) seconds */ public static final int SIMULATION_DURATION = 24 * NUM_SECONDS_IN_1H; /** * The probability distribution for a car leaving the lot based on the duration * that the car has been parked in…In graph G switching centers represented by vertices and edges represent communication lines between two switching centers. The edges are marked by their bandwidth, that is, the maximum speed, in bits per second, that information can be transmitted along that communication line. The bandwidth of a path in G is the bandwidth of its lowest-bandwidth edge. Please create a program in JAVA for finding a maximum spanning tree in G, which would maximize the bandwidth between two switching centers. The program's inputs are n (switching centers number) and e (bandwidths/edges number), both are integers. Switching centers should characters value( A,B etc.) Following the e lines containing bandwidth information, which includes the switching centers and integer values of their respective bandwidths/weights, the idea is to identify the two switching centers between which the maximum bandwidth is to be determined. Program should first prompt user to enter n and e values, then source switching center…11. In Livelock, processes aren't blocked, but they aren't making any progress. True False 12. If some resources have only a single instance, then we can use the wait-for graph. True False