Module 6 Assignment Martinez

Develop a Touch Based Door Lock System utilizing an Arduino and TTP223 touch sensor. The system will be implemented and simulated in MATLAB Simulink using block diagrams rather than traditional IDE coding. Instead of a servo motor, a solenoid will be used for the door lock mechanism.  here's the link of the touch based door lock: https://how2electronics.com/touch-based-door-lock-system-arduino-ttp223/

1. Given the specifications for a digital bandpass filter as below lower stopband edge: @₁ = 0.27, lower passband edge: @p = 0.35π, upper passband edge: @₂p = 0.65, upper stopband edge: @₂, = 0.87, Sketch the relative specifications of the filter. Design the filter using the Blackman window. E 2. What is a built-in MATLAB function that can be used to design FIR filters? Explain how to use that function. matlab A = 60 dB R₁ = 1 dB R₂ = 1 dB A = 60 dB

Design an Arduino project to save the marks of 5 students (entered serially) then find the average, max and min degrees and view them on 20×4 LCD (12C).

Consider the diagram of Figure 2.16. A robot is set up 1 meter from a table. The tabletop  is 1 meter high and 1 meter square. A frame o1x1y1z1 is fixed to the edge of the table as shown. A cube measuring 20 cm on a side is placed in the center of the table with frame o2x2y2z2 established at the center of the cube as shown. A camera is situated directly above the center of the block 2m above the tabletop with frame o3x3y3z3 attached as shown. Find the homogeneous transformations relating each of these frames to the base frame o0x0y0z0. Find the homogeneous transformation relating the frame o2x2y2z2 to the camera frame o3x3y3z3. *** Note – Draw the frame rotations wherever necessary from the starting to destination frame. Show the necessary steps

When designing and developing generic display interfaces. That allows developers to build their drivers for embedded displays, in embedded systems. What are other features that interfaces should allow developers to use for their drivers? (Focusing less on the graphics-related and the serial communication portion, but more on handling generic interfaces towards generic embedded displays) Considering that what is involved are Initialization/Configurations, Drawing Primitives, Buffer management,  Power management, Geometry Transformation, Event Handling, and even Device Information handling. Aside from these features what other specifics besides the ones I have, would be part of the interfaces? For context, what I am asking is on the interface level aside from the features I named above, what other internal features should interfaces have? (Please explain very detailed on this) Aside from the basics of interfaces, I deep dive into interfaces and other portions of what features I can look…

Please do not give solution in image format thanku You are required to design a neural machine translation system. (a) Between the choice of a system based on recurrent neural network (LSTM or GRU) or transformer model, explain why you will choose one over the other. (b) Assume we can model an image captioning task as a translation from image to words, describe how you will design such a system using transformer model. Your design must mention the key subsystems (or algorithms) and the role they play in the overall design. Please limit your response to no more than a page and half.

Using Microsoft Excel, create a spreadsheet to simulate a finite element analysis of heat transfer in a sheet of metal which is heated to soldering temperature at one corner. Assume that the temperature of any single cell is equal to the average of the temperatures of the four cells which share a side with it.   Create a 10 by 10 cell finite element model with the temperature of the top edge (all 10 cells) is held to 20 degrees C, and the temperature along the right side is also held to 20 degrees.  Make the lower left corner "hot" -- you can pick a value similar to a that of a soldering iron (look up temperatures of soldering iron tips).  You can then add values long the bottom going from high down to 20 degrees, decreasing from left to right -- choose any starting rate you like.  You can do the same for the left side, going from 20 degrees at the top and going up to the high temperature you have assigned in the lower left corner.  Once you have made sure your spread sheet model…

# Computer Vision # Depth estimation

Colors of different nature can be produced by mixing three fundamental colors that are red, greenand blue. Consider you are assigned a task to design a digital system that is equipped with threedifferent LEDs and four different color sensors. One LED is red (symbolized with R), one isgreen (symbolized with G) and one is blue (symbolized with L) while one sensor detects whitecolor (symbolized with W), one detects black color (symbolized with B), one detects cyan color(symbolized with C) and one sensor detects magenta color (symbolized with M).It is known that each color sensor produces logic 1 output if and only if when an object of itscorresponding color passes in front of it, otherwise logic 0. Each LED turns on when logic 0 isprovided to it and remains turned off otherwise. Three LEDs are to be turned on according to thefollowing conditions.i. If only white color is detected then all three LEDs should be onii. If only black color is detected then all three LEDs should be offiii. If…

With the fast and wide spread of COVID-19, universities and schools adopted the remote teachingmethods. This also led to replacing the traditional assessing methods such as paper based exams and labexams with long homework and reports. Unfortunately, many students thought this is a goodopportunity to get high marks by copying elegant thoughtful ideas or even asking or paying people inpractice to their reports. All this and even other behaviors are considered plagiarism, and plagiarism is amalpractice in the academia and results in sanctions that students were sometime surprised to receive.Write a report titled "Plagiarism in academia" covering the following topics:Define Plagiarism.Why students plagiarize? (at least 4 reasons)Discuss students' actions in their assignments that are considered plagiarism. (at least 4 actionsconsidered plagiarism)Discuss forms/types of academic plagiarism. (at least 4 forms)Explain Paraphrasing and citation concepts.Explain the difference between…

3. How does Django use the MEDIA_ROOT setting? how does it operate? describe step-by-step in detail?

discuss two problems / issues /characteristics for image recognition using neural networks.

What is the main dissimilarity between transform mapping and system images?

What role does topology play in ensuring the deformability and animation-readiness of 3D models?

I need OpenGL code only for the following scenario: Many people would say that after this COVID-19 pandemic, they would like to travel around the world and see those magnificent tourist spots. The pyramids in Egypt, the Taj Mahal in India, the Eiffel Tower in France, the Burj Khalifa in UAE, etc. are good examples of well-known tourist spots that travelers want to visit, see, and experience. Using OpenGL 2D graphic primitives such as circle, rectangle, triangle, polygons, etc., draw an image or picture of a tourist spot you have in mind. Subject: Computer Graphics

I have first perform molecular dynamics simulation on C20 with 1000K initial temperature and 0.3ps total time duration and then using this final structure to perform annealing simulation with 1000K and 0.5ps with rescaling. But the structure after annealing is just some almost unseeable small points showing in Jmol. What is happening? Is there any thing wrong with my simulation?

Discuss the challenges and solutions related to virtualizing graphics-intensive applications.

In vulkan can you explain to me in great detailed, organized and simplified versions of the process of how Vulkan swap chains work?Meaning more about Vulkan's API for window surface, swap chain, and image views. Such as in great details and simplification summaries of how these three work within Vulkan at a simplification descriptive explanation.

(a) What is the name and type of the spatial filter filter1 given on the right?Explain the reasons for your specifications.(b) What is the name and type of the spatial filter filter2 for the cases whenw=8 and w=9, respectively?(c) An image is filtered first by filter1 and then by filter2 (w=8) in the spatial domain.Find a single equivalent spatial filter (mask) for the entire filtering process. Explain your procedure.Compute the coefficients of the equivalent spatial filter by hand. Do not use a computer program.

(a) What is the name and type of the spatial filter filter1 given on the right?Explain the reasons for your specifications.(b) What is the name and type of the spatial filter filter2 for the cases whenw=8 and w=9, respectively?(c) An image is filtered first by filter1 and then by filter2 (w=8) in the spatial domain.Find a single equivalent spatial filter (mask) for the entire filtering process. Explain your procedure.Compute the coefficients of the equivalent spatial filter by hand. Do not use a computer program.

question 1 . PMI has been shown to be very sensitive to window size. Suggest reasons why this model and BEAGLE may have different sensitivities to this parameter.   question 2.Previous to the use of subsampling how were high frequency words dealt with?

Discuss the four most important continuous event simulation takeaways from your reading?

SIMULINK Implementation 1. Using SIMU LINK, set up the negative feedback system of (6) above. Plot on one graph the error signal of the system for an input of 5u(t) and K = 50,500, 1000, and 5000. Repeut for inputs of 5tu(t) and 5t²u(t). Use simulation time not less than 50 seconds for all the simulations 2. Using SIMULINK, set up the negative feedback system of (7) above. Plot on one graph the error signal of the system for an input of Su(t) and K = 50,500, 1000, and 5000. Repeat for inputs of 5tu(t) and 5tu(t). Use simulation time not less than 50 seconds for all the simulations 3. Using Simulink, set up the negative feedback system of (8) above. Plot on one graph the error signal of the system for an input of 5u(t) and K = 200, 400,800, and 1000. Repeat for inputs of 5tu(t) and 5t²u(t). Use simulation time not less than 50 seconds for all the simulations Postlab 1. Use your plots from Labs I and compare the expected steady-state errors to those calculated in the Prelab. Explain the…

Create program for mathlab to make a graph that consists of three subplots. The subplots will be the sin, cos, and tan curves. Plot three cycles of each curve, using different types, thicknesses, and colours of lines. Use various markers as well. Label the axes and give a title to each subplot.

Explore the four most important facets of continuous event simulation:

Suppose you are designing a deep learning architecture to solve an object detection problem, where there areN numbers of objects and each object has M number of images. If the resolution of each image is 227 x 227 x 3, then answer the following questions: (a) Write down the name of the layers of your deep learning architecture including parameters dimension. (b) How many convolution layers will you use in your deep learning model and why? (c) Is it a good idea to use multiple fully connected layers? Motivate your answer

Question 20 In the animation pipeline based on a kinematic skeleton, keyframing is the process of setting the geometric position of the skeleton at some points in time, based on different DOFS values setting the geometric position of the skeleton at some points in time, based on the same DOFS values setting the geometric position of the skeleton at time =0 setting the geometric position of the skeleton at every possible time point

When expanding designing generic display interfaces in an embedded systems settings beyond basic features such as Iniitialization/Configurations, Serial Communication, Render primitives, Buffer Management, Power Management, Transformation Geometry, Event Handling, and Device Information (or even data handling).What are specific hardware-level features (regarding embedded displays) that should be implemented in an embedded display interface? Meaning designing one that would be generic enough to develop a driver for almost any kind of embedded display.What features would these interfaces have at a hardware level, that could expand and extens the generic embedded display interfaces API?