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What Should be SubmittedYou must work individually for this course-work. You should design and build an Arduino based prototype of a system, that takes in an analogue signal of a variable frequency and voltage between 0 and 5V, produces an analogue output via PWM and a suitable RC circuit, performs like a low-pass digital filter with a cut-off frequency of 9Hz, i.e. no attenuation of the signal should occur for frequencies between 0 and...

Learning OutcomesLearning  Outcomes On successful completion of this module a student will be able to: Effectively communicate legal and ethical concerns and their solutions Design and justify an appropriate IoT solution to a relevant problem area Implement a system to interface with devices connected to the Internet of Things Evaluate an IoT application Scenario You work for IoTCity who specialise in IoT solutions for smart ci...

DesignThe assignment should be around 2000 words, excluding references and figures. The assignment should be your own work and written in your own words, and any information taken from other resources should be referenced appropriately. It will be checked for plagiarism using Turnitin. Your assignment must be submitted electronically via BlackBoard (Assignments tab) by the submission time. The report should be contained in a Word document or ...

Review of Different SHS and SubsystemsThe assignment should be your own work and written in your own words (1500 words + relevant material in Appendices). It will be checked for plagiarism using Turnitin. Any plagiarism or copying from others will be dealt with through the university’s plagiarism procedures. Your assignment must be submitted electronically via BlackBoard (Assignments tab) by the submission time. The report should be con...

Evaluation of Condition Monitoring TechniquesThe professional report generated in the assignment should be 1500 words not including relevant material (Appendices). The assignment should be your own work and written in your own words and any information taken from other resources should be referenced. It will be checked for plagiarism using Turnitin. Any plagiarism or copying from others will be dealt with through the university’s plagiar...

What is an eye diagram?Eye diagram and Constellation diagram The eye diagram is a convenient visual method of diagnosing problems with data systems and may be used to display the effect of differing channel responses and sources of degradation on the data transmission and reception process. Task1: Building your first communications system Create a communications system model using a blank model from the Comms Toolbox and the following block...

Learning Outcomes on the Module DescriptorYou may use any of the material from the simulation files as needed to solve this examination PLEASE NOTE: You should only answer the number of questions required above. If you answer more than this, your answers will be marked in the order they appear in your answer sheets, up to and including the required number. Any additional answers will not be marked. Please cross out any work that you do not wi...

Module learning outcomes to be assessedModule learning outcomes to be assessed: Analyse and design discrete systems, mathematically express them using a number of suitable approaches, critically analyse their frequency response and transfer function properties and use z-transform techniques to investigate stability.   i)Make critical judgement about the operational parameters and potential applications of adaptive discrete systems for ...

Learning OutcomesLearning Outcomes tested in this assessment (from the Module Descriptor): 1. Apply the techniques and methodologies used in the simulation and verification of digital and mixed-signal systems using Hardware Description Languages and create simulation models for verification using appropriate simulation tools 2. Develop their knowledge, skill, and resource and time management applied to advanced design tools and languages in ...

Getting startedComplete all of the steps below using Adobe Audition and complete your answers on the answer sheet provided and the stepped tone_silence. When you have finished, submit your answer sheet and file on Canvas. 1. Getting started Effect of sampling rate on file size and frequency ‘response’ The frequency of a sound is the number of times per second that the air pressure goes through maximum (or minimum, or zero) in o...

Learning OutcomesThe learning outcomes that are assessed by this coursework are: 1.Understand the different processes of product development through digital manufacturing 2.Ability to use design optimization techniques using appropriate software for digital manufacturing 3.Ability to generate machine codes for 3D printing machines 4.Understand the application of automation in digital manufacturing Note: All CAD and STL files you need for ...

Extenuating CircumstancesDesign Microgrid for USW Treforest Campus  and implement solar and hydro power to help supply the demand of the campus Extenuating Circumstances If there are any exceptional circumstances that may have affected your ability to undertake or submit this assignment, make sure you contact the Advice Zone on your campus prior to your submission deadline. Fit to sit policy: The University operates a fit to s...

WSDL Message Exchange PatternsAnswer all questions. All marks gained will be counted. Students have 24 hours to complete and submit the exam. Students can only work out the exam paper by themselves. Students can use resources such as notes, textbooks, learning materials and online resources. Students need to submit solutions through the link on Blackboard. The solution files will be checked by Turnitin software. Similarities with lecture mate...

Definition of Key Concepts: Power Density, Power Spectral Density, EnergyQ1.A.   Briefly define the following: (i)Peak power (ii)Average power. Can this be used with non-periodical signals? (iii)Power density  (iv)Power spectral density (v)Energy. Estate in what situations energy is used instead of power and why. Using an equation explain how the power density decreases with the distance from a transmit...

Learning OutcomesLearning outcomes on the Module Descriptor: 1. Pertinent design knowledge from relevant research for complex analogue abstractions. 2. Critically evaluate advanced design concepts for the design of analogue circuits, at pertinent abstraction levels. 3. Demonstrate expertise in the use of industry standard CAD tools for the design, testing and modelling of innovative analogue circuitry. 4. Evaluate a design for a relevan...