Also if you redraw the circuit online please send me the link first let me aprove then you can use it.

please draw or create your circuit by KICAD with 12 components which should belong to KICAD library ( example:
barrel_jack_switch, diode, PWR flag, LM7805_T0220, capacitor, switch, resistor, led, conn 02*02 odd even,)
Remember you are not allow to use one components more than three time ( mean one component use 2 time is maximum). Also if you redraw the circuit online please send me the link first let me aprove then you can use it. These components need to be found in KICAD libary.
after you done the circuit please write a small paragraph explain the function of circuit ( 3 line is okay)
make sure it usefull circuit

Required: design a logic circuit that converts from bcd to gray code (on 3 bits).

Hey I would like anyone to help me with my assignment
The assignment:
Required: Design a logic circuit that converts from BCD to Gray Code (on 3 bits).
Table filling
Inference of functions
Simplifying functions using k-map
Drawing the logic circuit using logisim program (copy the image to word)

Remember the goal is to provide a good summary for a research publication and to present it, along the process you might also learn a new control method or a new application…

Remember the goal is to provide a good summary for a research publication and to present it, along the process you might also learn a new control method or a new application…
Attached are some research articles that include a control design/application. ( just i want summary the file to tow or 3 pages)

Is the system stable?

1)Consider the discrete-time system shown in figure 2.
2)Consider the interconnection of Linear-time invariant systems as shown in figure 3.
3)Explain with reason(s) whether the following systems are (1) linear or nonlinear, (2) time invariant or time variant, (3) Statis or Dynamic, and (4) causal or noncausal.
For the given impulse response , calculate the transfer function and the output sequence for n = 0, 1, 2, 3.
A discrete system is described by the difference equation
6)Consider the following transfer function:
Figure 2
Compute the first 10 samples of its impulse response
Determine the input-output relation.
Apply the input and compute the first 10 samples of the output.
Evaluate the first 10 samples of the output for the input given in part (c) by using convolution.
Is the system stable? Give reason
Express the overall impulse response in terms of
Compute when
Determine the response of the system in part (b) if

Figure 3
an ideal backward difference system defined by the input-output relationship
an ideal forward difference system defined by the input-output relationship
an accumulator defined by input-output relationship
a. Using Z-transform, Determine all possible impulse responses and indicate the casuality and stability properties.
b. For the casual filter, determine the output if the input is where

Develop a cascade realization of by considering first and second order sections. Use direct form II to realise each of the sections.
Develop parallel realization of H(z) by considering first and second order sections and realise each section using direct form II.

You are going to propose the optimum technology solution for the instructors to ensure a high teaching quality, easy and flexible management of the class as well as create the interactive and engaging learning environment for students.

Intro
Artificial Intelligence (AI) is the simulation of human intelligence processes by machines, especially computer systems. A fast growth in the development and use of wireless communication technologies has led to progressive use of AI in industry and research needs. The AI methods provide many options for the applications of the intelligent technologies, smart devices, business processes, etc. to meet the future requirements [1]. Therefore, the AI plays an important role in the fourth industrial revolution since new technologies/machines and their learning methodologies are rapidly both developing and applying. The AI techniques are widely used to solve a broad range of the intractable problems in all branches of engineering including education. There are many innovative AI applications, for example, robotics, big data analytics, intelligent transportation systems and smart vehicles, internet–of–things and cyber- physical systems, universal access to education, and many others.
Students can choose one of the following two suggested AI applications for their project. The project focus of AI applications is on the Education sector. The AI applications could be software-based application or any of the hardware devices/machines.
Approach 1 (Virtual assistants). Virtual Assistants or Intelligent Personal Assistants can get the inputs in several ways such as text, voice, image. This approach provides an option of an engaging and convenient way to bring learning at home. Moreover, the user will get a lot of benefits by using such technologies, for example, support on the scheduling of the study calendars, able to listen to coaching instructions while on the go, provide instant answers to students’ basic questions in class. As result, the students and instructors utilize their time in an efficient way by saving it, promoting the personalized education within a short-time (up to few seconds), ensuring the community learning possibilities in different levels, allowing to use the specific apps on the smartphones despite missing smart speakers
Approach 2 (Smart content). There are many applications of smart content, for instance, digital textbooks, instructional snippets, videos, guides, AI tools. The use of it will benefit to the learning process since such applications create the user-oriented environment via customized options. This is a relevant topic since personalized learning is one of the future global trends in education. To achieve such target, the development and utilization of the AI tools is required by pointing out the specific areas. For example, the AR (augmented reality)/VR (virtual reality) based learning environments could be created and web-based lessons to accompany could be designed and implemented. Moreover, the AI Monitoring and Evaluation tools can streamline content for different learning styles by ensuring diversity as well as identify the gaps in defective or ineffective content in the curriculum to provide options for improvements
You are going to propose the optimum technology solution for the instructors to ensure a high teaching quality, easy and flexible management of the class as well as create the interactive and engaging learning environment for students. You have been assigned to propose the most appropriate approach that could be implemented and integrated in the class sessions.
Your primary task is to perform a background research about existing solutions of the above-mentioned approaches and propose the optimum one according to the project requirements.
The proposal should consider and cover the following points:
1. Latest trends of the selected approach have to be presented with the detail explanation of its’ applications.
MUST INCLUDE
IEEE or APA references

Fault detection and location for buried cable based on artificial intelligence neural network simulation in matlab simulink with a full explanation.

fault detection and location for buried cable based on artificial intelligence neural network simulation in MatLab Simulink with a full explanation.
hello: I need this file design full work with good results including a samples table, input data, with clear idia

I need your assistance to calculate the value for the capacitor and find what should be the ratio of the primary to the secondary winding of the transformer.

I have an assignment based on the design of a bridge rectifier circuit . I need your assistance to calculate the value for the capacitor and find what should be the ratio of the primary to the secondary winding of the transformer.
With this assignment, I only need assistance with problems ONE and THREE.
Also can you please explain your workings, I will greatly appreciate that !
you will need the data sheet for the following circuit. I have attached it below.