Some system analysts maintain that source doucments are unnecessary. They say that all input cab be enetered directly into the system, without wasting time in an interediate step. Do you agree?

Inorder for the System to be in a deadlock state, mention all the conditions that must satisfy.

b) Draw the state diagram of the machine that performs the following operation: The machine turns on with output at '0' thanks to asynchronous clear. At each clock trigger, the machine reads the input X. If the input is read at '0' for three times in a row, the output becomes '1', and it does not return to the initial state until three '1' are read in a row.

Parallel work is performed by interdisciplinary groups (those that work in short production cycles to produce product increments across time). Does the process model of COVID-19 need several models to be built and communicated?

A data recorder is mounted on a truck and the vehicle PSD is calculated to have an overall Grms level of 0.14 Grms. This data is used to reproduce the motion on a random vibration system. Technicians need to simulate the 15-hour truck ride in the minimum recommended lab test time. What is the lab test time and the time-compressed Grms level for simulation?

A digital signal program is to be manipulated using either Von Newman or Harvard architecture.a) with the aid of a diagram, critically explain why you would choose either of them for the manipulation. b) Assuming your architecture is in full operation, with the aid of a computer system diagram, explain the various operational components of your architecture

Independently defining System Dynamics is something you should be able to do. Please try to explain feedback and balancing loops in your own words as much as possible. When it comes to the so-called systems dynamics process, what function might mathematical equations play?

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…

Create a diagram illustrating the structure and layout of a real-time system. Can you explain the Ring algorithm in detail using a diagram?