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Tweety modelling in pro engineering

This document provides instructions for creating an animation of a 3D model by taking multiple views of the model from different orientations, assigning each view a time, and then reassembling the views in reverse order as snapshots in an animation file. Key steps include opening the file to animate, taking views from different orientations and saving them with a naming pattern, setting the time for each view, selecting the snapshots in reverse order and adding them to create the animation, and saving copies of the file.

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This document provides instructions for a LabVIEW FPGA lab using a Xilinx Spartan 3E starter board to implement an even parity checker in VHDL. The lab instructions include adding FPGA I/O pins, creating a VI with a timed loop and HDL interface node, writing VHDL code for an even parity checker entity, connecting the VI to read switches and control an LED, and running the VI on the FPGA board. The VHDL code implements even parity checking on 4 input bits by generating 8 product terms and OR'ing them to drive the output LED.

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Mohammed Ali Almahdi received a Bachelor of Science in System Engineering from the University of New Haven in 2016. He has relevant coursework in Lean Six Sigma Green Belt, OSHA, PMP preparation, engineering management, and simulation. His projects include designing fuel cell and LEGO Mindstorms models and a pump system. His capstone project involved applying systems engineering principles to optimize a manufacturing work order process. He is a member of the Computer Club and has skills in various design, project management, and office software.

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Mohammed Almahdi

Mohammed Ali Almahdi received a Bachelor of Science in System Engineering from the University of New Haven in May 2016, maintaining an overall GPA of 3.1 out of 4. He has relevant coursework in areas such as project planning, materials engineering, mechanics, and quality planning. His projects include updating LEGO Mindstorms robot designs, designing a pump system for water tank filling, and finalizing a fuel cell model. He has been involved with the UNH Computer Club since 2012 and has skills in software such as Microsoft Office, AutoCAD, and engineering tools.

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This document describes a Matlab Simulink simulation of frequency-shift keying (FSK) modulation and demodulation. The simulation implements binary FSK (BFSK) using blocks like a Bernoulli binary generator, switch, charge pump PLL, and scope. It aims to prove and easily implement BFSK modulation and demodulation on hardware. The simulation adds noise to make it more realistic. The conclusion verifies that the simulation demonstrates the phenomenon of BFSK.

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