Hardware

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https://hdl.handle.net/20.500.11888/10126

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Untitled
(2014) Eman Abu Mazen; Beesan Imad; Sufyan Samara (Department Head)
AbstractIf we look around we can see the huge and significant place that Smart phones and their applications take in our life especially Galaxy phones, users of these applications can reach their requested data and perform their tasks easily. So, we come with this project in many platforms which are Galaxy and Lumina phones. In our project we take care of the most important part of these users who are suffer from overweight, and who wants to enjoy a healthy and activity life day by day and step by step, also we think about offering cooking recipes for mothers to help them and to make cooking easier for them and to learn about new cooks across the nation. In another words, our project provides an efficient weight loss program to keep track of calories, also it helps tracking the user weight, food intake, fitness goals and exercises, without having to paying high price of a personal trainer or going to the Gym. It tells the user in an instant how much calorie needed to take in a day and it keeps watching what is eaten and tracking the total calories. On the other hand, it provides the ability to interactive with social networking as Facebook to share the achievements and activates with friends. Our Idea will take care of the Arabic users who suffers from overweight and housewifes and everyone who hope healthy life by creating both of Android and Windows-Phone-8 applications to be available for our beloved users, this application will have nice, simple, and clear design to reach mostly all the users expected needs, it will give follow up for our users with 18 years old and above, the needs of each of them and how the person will act in all occasions of life.. So "Healthy life" can automatically compute everything. It leads the user to reach and maintain a healthy weight by tracking his exercises, weight and get a total picture of how much is taken and lost. As Android and Windows Phone this will be a good application in 'Arabic' with the features that we provide.
2D Vertical Plotter Robot
(2019) Draidi, Mahmoud; Obaid, Mohammed
The “2 Dimensional XY plotter” is a reliable solution for providing plotting or drawing different images on a given surface for everyday use. The XY plotter uses its three different housing i.e. ‘X’, ‘Y’ and ‘Z’ in order to draw continuous lines to construct a given image. The X and Y axis movement are controlled by 2 stepper motors. The Z–axis movement is controlled by a mini servo motor in order to select position either in “free mode” or “drawing mode”. These axis movements are mounted on each other and belt driven mechanism is used for plotting. The programming for these respective movements will be done by an Arduino microcontroller. An application will be used in order to give different commands which will be sent to Arduino to perform a particular movement. The electronic equipments are powered up by a 9v adapter with 1 A current rating.
386 KIT
(2007) Othman Shqeer; Abdalrahmand Salamah; Raed Alqadi
3D 5*5*5 LED CUBE
(2009) Muhammed Othman Jaradat; Haya Sammaneh
As we know that LED is a very small electronic component, but it allows the users to create assorted types of magnificent creation and it is totally depends on the creators imagination!You can display a wide range of low-resolution 3D images or animations on the cube. Or, you can use an accelerometer to detect the horizontal or vertical orientation of the cube, so that you can adjust the display and remains upright even youre turning the cube anyway you want!You can use the cube to display a message or display a little light show animation.Theres one important thing you have to pay attention on this project: The controlling of this mega 3D LED display. In order to overcome the problem, you would like to connect the entire up and down columns of LEDs to the same positive terminal and connect all the horizontal levels to the same ground.
3D Scanner
(2010) Bashar Muala; Ahmad Khader; Aladdin Masri
The main idea behind this project is to obtain the outer surface of the object . so the straight forward way that we considered is to slice the object to thin slices using a laser pointer formed into a line and aimed into the object, this laser line will take the outer shape of the thin part of object at this moment a camera positioned at a known angle captures an image of the object. And send it somehow to the PC to be tilled later , then rotate the object so that laser line covers another part of the object, repeat these steps until the whole object is scanned .
3D Virtual World
(2010) Mai Tbaileh; Muna Dmaidi; Raed Alqadi
EASY LIFE is a three dimension game.In easy life you can meet new people in a virtual world consists of many beautifull scenes.People also can chat ,hang out and have fun in many animated scenes.Easy life offers you a 3d creative advertising ,in which you can create your own advertisement and upload it to the game.Easy life 's users can express themself and their personality,by dressing up in different styles and customise their look,their clothes,shoes,hairstyles and more.Also they can express themself by designing their own home furnishing it and shopping for the latest fashions and furnitures.Easy life also entertains it's useres by offering them a 3d games like shooting and chance home,in which people can amuse their times playing these games and increasing their credit in the game.People also can spend nice times in watching movies in cinema with their freinds.
8*8*8 LED Cube
(2014) Ghadeer Riyad Joma; Shatha Mahmoud Rabaia; Aladdin Masri
ABSTRACTWe know that the LED is a very small electronic component, but it allows users to create a variety of types of wonderful creation, which depends entirely on the creative imagination.So we consider our project, which is 8 * 8 * 8 LED cube with pic microcontroller, which is part of the imagination and animations that these tools to create 3D animations.First we show some animation and shapes on LED Cube which we success on that stage.Then we want the user interact with shapes and control with it direction through mobile then let user send any string to show on LED Cube which still work on it.
AAS (automated attendance system)
(2011) Shoroq abu omar; Worood zafer; Luai M. Malhis; Sufyan Samara (Department Head)
Due to the easy availability of almost all information on the internet these days, students are less and less motivated to come to the lecture rooms than ever before. Professors and instructors have to come up with ways to ensure ahealthy participation from the students, and make sure that the classic student professor interactive relationship is kept intact. This in the some cases may be in simple forms like roll call, while in more interesting cases, can be formats like surprise quizzes, extra credit in class, etc. These things can however be very time-consuming. Valuable in-class time that could have otherwise been used for lectures need to be dedicated to attendance taking. In addition to all this, theattendances are entered manually and therefore are error prone. Now, theres atechnology that can solve all this and more.
Active manger
(2010) Feker Al-Tobasi; Luai M. Malhis
ADfollower
(2015) Ghadeer Aqraa; Marah Jaber; Ashraf Armoush
ADfollower, stands for Alzheimer Disease follower, is important because it aims to help Alzheimer's & Dementia patients, Schedule their life and reminds them about important points in their day. It also helps Alzheimers Caregivers and families to be informed and connected with them. The main aspects in this project are firstly to help Alzheimer's & Dementia patients in an easy way By organizing their tasks, medicines and help them memorize people. Then help their families and make them aware of their movements and tasks. The patient application is designed to be a launcher for the mobile, so that the user remember the application .Also the app can detect the battery condition and fall detection and notify the patient and the caretaker about it.
Administration website
(2014) Zainab Ali Mohammad Qurie; sraa Sadeq Al-Qaroot; Samer Arandi
Abstract:Our Project (Administration website for the faculty of engineering and IT) is a website designed in HTML, PHP, JavaScript, CSS technology, it's divided into two parts , the first one is reserving rooms for the faculty exams or another activities and the second one is computerization of the transactions in the faculty of engineering and IT. The main goal is to facilitate the process of rooms observation in very easy and clear way, also facilitate the process of submitting for any transactions for the student as he needs under the conditions and laws of our faculty, also follow up all of the required approval for the transaction until the end. Sure ,there is a website for room reservation in engineering faculty, but it doesn't have the features which we added to making the reservation process very easy, also it doesn't take lectures into account in reserving.
Advertising Laser Projector
(2012) Bodour AbuZarour; Thana Meri; Aladdin Masri
The main idea of our laser advertisement projector project is to display characters and texts by reflecting laser beam on a surface, depending on quickly spinning mirrors. With the use of microcontroller circuit, laser beam and constructing a special hardware design. The projector is used for entertainment issues with low cost. This project was carried out by our group as a final year hardware project.
The ADXL202 Application (Car SpeedoMeter)l
(2006) Othman Mohammad Othman; Mohammad Ameen Salman; Luai M. Malhis
The main idea in this project is to find some new aspects , new things & to get rid of the traditional control through the micro controller.It is made to measure the speed of any moving vehicle without having to plug the device to any wire in the vehicle , all what is required is the presence of the device inside the.
Air Hockey Robot
(2014) Abdullah Ahmad; Moath Omar; Samer Arandi
Playing and games are helpful in spending free time. In this project we will design and implement a robot that plays the Air Hockey game against a human player, the Idea was inspired from the Air hockey game, which is a two player game, with two goals, and a Puck the object which moves on a low friction surface table . Each player seek to gain more point by entering more goals in the opponent goal and keep his own goal clean. In our system, we have two players: the human and the robot which for now will try to defense only, and if we have more time we hope to update it to attack also. The system itself consist of different modules, the Air hockey table, puck tracking system, trajectory module Camera for now, scoring system and the Robot /motor Module. The bottleneck with this project, was the lack of resources here in Palestine, along with the mechanical challenge that we faced to implement a high speed robot. by the end of this project, we hope to have a robot that is capable to defense and keep its goal clean, with a frictionless table satisfied by the Airflow, and a scoring module; collaborating all together to maximize the user enjoyment and experience . We must mention here that this project has a previous work which has been recently developed, but we didnt found more than that case. They used a hacked 3D printer parts. Our system will fulfill the following requirements: 1- The robot must be fast, such that the goal is well kept. 2- Trajectory module - Camera and image processing- must be fast too, so that the command doesnt lagged too much.
Air Hockey Robot
(2019) Jian, Yazan; Azizi, Tharwat; Al-Qadi, Raed
Air hockey is a game where two players play against each other on a low-friction table. The game requires an air-hockey table, two player-held strikers, and a puck. The main goal of this project is to increase the level of excitement of the game by switching one of the players with a robot. To build the project, we need some components and strategies. First of all, we need to build an air hockey table. Two motors with horizontal pipes that would move the robotic hand pusher in four directions are also needed. A camera would be placed on one side that controls the movements of the robot. The steps needed to build the project are as follows. First of all, we need to build the air hockey table, then we need to attach the table with two motors with horizontal pipes which will be used mainly to help the movement of the striker in vertical and horizontal directions. After all that we will use image processing to make the calculations needed for the striker position. An option to manually control the robot using a mobile phone will be implemented to add enthusiasm to the game.
Air Mouse
(2010) Majdoleen Abu-taqa; Tawaddod Nabeel Sous; Anas Toamah(onleave)
The system can be used as an input device for computers. Computers can interpret the hand movement as a mouse movement. This also can replace the way how we type through a keyboard, by following and recording fingers movements to detect what letter they pressed (On a virtual keyboard, maybe) or people could simply move their finger as they normally write with a pen, and the system can detect what letter they are writing and write it down!People can also have collaborative working environment by creating more than one virtual keyboard and start working and typing into a document! This is also possible with drawing, designing, modeling and any kind of collaboration needed.This will open a new whole level about how operating systems and programs can be developed with the 3rd Dimension implemented and how people can move around with the operating system.This system also can replace mouse, keyboard, and the costly Multi-touch screens!
Akita
(2020) Sadder, Hamza; Salman, Rami
Our project aims to build a Guard robot that provides the image processing features necessary to support functionalities such as surveillance and the ability to detect malicious objects. The robot will be able to report, send some warning messages to the owner, or maybe launch an alarm, based on the enabled security mode and situation. The design is based on SpotMicro, which is an open-source robotic dog. It will have the ability of indoor and outdoor navigation and will be supported with some modules and sensors to achieve the desired functionality.
Alarm Network System
(2013) Mahmoud Musa; Mustafa Assaf; Luai M. Malhis
This project present a two networks applications. The first one is an alarm network system application and the other is a system application is used to configure the routers using a good user interface. The alarm network system application is used to monitoring the networks and checking it from any changes are happened in the networks like change in temperature of the router. And the system is also sent a message using SMS messages and E-mail messages to the network administers to inform them about the changes or errors that are happened in the routers. The second part is a network system application is used to manage the routers and configure it in simplicity way by suing a user interface that will help network administers by generate the command that the network administers want to write using the user interface in the application instead of write a command in regular way. And also we support configure the routers in traditional way. The system is developed based on telnet connections. And also is written in C# language. Its run in windows environment only. Our applications are very important because we know the constants and the problems that are faced by the network administers in their jobs. In addition to that, we know today, the most companies are using the cisco routers. And most of them are configuring the router in traditional way which its complicated and cost a lot of time.
Alarm System
(2007) Alaa Ibrahim Gharabah; Adli Muhamad Khalayleh; Sufyan Samara (Department Head)
ALLUKA “Smart Virtual Assistant Robot”
(2018) Sawalha, Eman; Abu Alrob, Ghadeer; Malhis, Loai
Alluka is an educational robot that helps children and students in the learning process in a very interactive way. The main idea that the robot support is taking voice commands from the children and produce a movement or speaks out the answer for the question or commands. Voice recognition is the ability of a machine to recognize, understand and interpret voice commands from users then it can act according to these commands in any shape of response the user wants. Jasper is one of the open sources virtual assistant that uses voice recognition techniques which can interact with different users accurately. Alluka uses this technique to be the educational assistant robot that will help children and students. Alluka can take questions and it will answer in turn or do something to make you understand the answer. Alluka listens to your question as instruction of words, then do some processing, in the end, it will use voice (talking some words) or basic movement to answer you in the right way. The robot is able to take English command for human, process it and interactive according to it. Like giving the answer for basic arithmetic operations (addition, subtraction, division, and multiplication). The arithmetic commands could command like “one plus one”. The robot will speak out the answer. Also, the command could have a movement like “forward 10 steps” then the robot will analysis the command move forward according to it. Also, another form it is possible to ask Alluka “garb” then the grabber that it’s attached to the car will move. The project as a total contains 3 parts, voice recognition, movement, and grabbing. In the beginning, the robot will wait for any command. When the command is correctly recognized by the Raspberry Pi 3 B+ that this command is mathematical, movement or grabbing a specific item. The following will happen. If it was mathematically the Raspberry Pi will produce a voice speaks out the answer through some speaker connects to it. While if the command were movement the Arduino Uno job come here to control the motors to move forward, backward, left or right. So, it can be said that the Arduino Mega will be connected to several motors. The last case is grabbing here the job will be cooperation between the Arduino and Raspberry Pi. The Raspberry will execute some code to force Arduino to grab stuff. There is serial communication between the Raspberry Pi and Arduino. In conclusion, Alluka is a robot that supports educational importance for children by understanding their simple commands and produce the correct outputs to it.

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