Lab-Report-Template (2)

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School

Brooklyn College, CUNY *

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Course

CET4711

Subject

Computer Science

Date

Apr 3, 2024

Type

docx

Pages

15

Report

Uploaded by MagistrateResolve1044

Computer Engineering Technology Department CET 4711 – Computer Controlled System Design Year & Semester: 2024 Spring Instructor Name: Professor F. Zia Lab Report Lab# and Title: Date: Student Name:
Page 2 of 15 Table of Contents: 1. Objectives 2. Component List 3. Procedure 4. Diagrams 5. Source Code 6. Measurements 7. Troubleshooting 8. Discussion 9. Conclusion
Page 3 of 15 1. Objectives: 2. Component / Equipment List:
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Page 4 of 15 3. Procedure: Analysis: Design:
Page 5 of 15 4. Diagrams and Pictures: Hardware: (Schematic diagram) Hardware: (Picture(s) of electrical circuit / Physical circuit layout diagram)
Page 6 of 15 Diagrams and Pictures (cont.): Hardware: (Reference Block Diagram and list of sub-systems involved in the lab) Following sub-systems of a computer-controlled system are involved in this lab exercise: Data Input Sub-system(s): Data Processing and Data Storage Sub-systems: Microcontroller: Data Output Sub-system(s): Data Communication Sub-systems: Low Level: High Level:
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Page 7 of 15 Diagrams and Pictures (cont.): Software: (Flow chart / UML activity diagram / State diagram)
Page 8 of 15 5. Source code: (Final version of the modified and tested program code) (code must be written by using the code-template.ino file) (code must be shown with monospace font, proper code block indentation and syntax color highlight according to the guidelines in Lab Code Instructions / Examples) // final version of lab code // copy from IDE v2 Editor Window and paste below this line, while preserving // monospace font, proper code block indentation and syntax color highlight
Page 9 of 15 6. Measurements: (Add captions to all screen shots and pictures) Serial Monitor data values (screen shots with explanation of what data values are shown in screen shots) Serial Plotter / Oscilloscope screen shots and measurements (screen shots with explanation of what the plots and graphs represent) Electrical measurements / Functional tests (Use a multimeter or simulation software to show how the subsystem component(s) can be tested for correct operation)
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Page 10 of 15 7. Troubleshooting: Symptoms of the problem: Hardware and/or software test performed to determine the cause of the problem: Solution to fix the problem:
Page 11 of 15 8. Discussion: Data Input Sub-systems: Hardware: Sensor(s) used for data input: <describe the sensor type (digital, analog or advanced), physical / electrical specifications, theory of operation> Interface circuit(s): < describe the operation of external and/or internal interface circuit(s) involved in connecting the sensor(s) to the micro-controller> Software: Data Input operation(s): <describe the library function(s) used to perform data input from sensors(s), for each function used in the lab code, include following information: Name and Description, Syntax, Parameters, Return value>
Page 12 of 15 Data Processing / Data Storage Sub-systems: Hardware: Micro-controller: < describe which micro-controller is used and what are its basic hardware specifications, e.g. ATmega2560 microcontroller on MEGA board, 16 MHz clock, RAM and Flash ROM size etc…> Software: Data Processing operation(s): <describe code statement and/or library function(s) used for processing data, for each library function used in the lab code, include following information: Description, Syntax, Parameters, Return value > Data Storage operation(s): <look for the following information in the Output window of IDE v2, after successful code upload> Size of FLASH memory (used / total) for storing program code (kB): ______________ Size of RAM (used / total) for storing variables (kB): ______________
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Page 13 of 15 Data Output Sub-systems: Hardware: Output device(s) used: <describe output device type (digital, analog or advanced), physical / electrical specifications and theory of operation> Interface circuit(s): < describe the operation of internal or external interface circuits involved in connecting output device(s) to micro-controller> Software: Data Output operation: <describe library function(s) used to send data/control signal to output device, for each library function used in the lab code, include following information: Description, Syntax, Parameters, Return value >
Page 14 of 15 Data Communication Sub-systems: Hardware: Data Communication interface circuits(s) used: <describe specifications and settings related to internal low-level data communication circuit (e.g. UART, SPI, I2C, PWM) and/or external high-level data communication circuit used, e.g. USB or Bluetooth etc…> Software: Data Communication operation(s): <describe library function(s) used to perform data comm, for each library function used in the lab code, include following information: Description, Syntax, Parameters, Return value >
Page 15 of 15 9. Conclusion: Describe a real life application, example or project that represents a computer-controlled system and has similar types of input and output sub-systems as implemented in this lab exercise. Describe some similarities and differences between the real-life system example and this lab exercise circuit.
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