2021
Project Title:
Air Drums
Students:
Almog Algranti, Nadav Abayov, Yarden Wolf
Supervisors:
Alon Binder, Itai Dabran
Description:
We’ve created a virtual interactive musical instrument, camera based with drumsticks, Arduino and led rings.
On the software side
We use computer vision algorithms to detect our drum sticks by detecting their ends’ color. We then place them on the virtual instrument by the user’s movements. We use a depth camera that detects the precise 3-axis location of the sticks.
On the hardware side
We use Arduino and led rings. The led rings are used to define the instrument’s location in space and react interactively to the user’s playing by calculating the acceleration. The stronger the player hits the drums the brighter the led ring lights up.
Project Title:
Ardomino
Students:
Yaron Porat, Harel Vaknin, inon elbaz
Supervisors:
Tom Sofer
Description:
You draw, we make it happen
The user starts by drawing on our app. when he clicks the start button, our robot arranges dominoes on the floor exactly as the user drew on his phone.
Project Title:
Real-Time Control of Icy Tower Game
Students:
Suad Mansour , Sereen Diab, Aseel Khateeb
Supervisors:
Itai Dabran,Tom Sofer, Alon Binder
Description:
Real-Time Control of Icy Tower Game Based On The Player’s Body Movements
SmartPhone App:
Signing up new players and creating profiles, Logging in an existing player account, Choosing a favorite theme, Starting the game ,Displaying highest score, level steps.
Cloud FireStore:
Managing the players’ profiles and connecting between the Icy Tower PC game and the smartphone app.
PC Game:
Connection with hardware to control the game, Saving the game results in Cloud, FireStore.
Supported Moves:
Moving the virtual player using an exercise stepper. directions using the hand controller.
Project Title:
IOTrain
Students:
Daniel Shkolnik, Omer Hemo and Mordechai Ben Harush
Supervisors:
Mr. Itai Dabran, Mr. Tom Sofer, Mr. Michael Mendelson-Mints, Mr. Vladimir Parakhin, Mr. Alon Binder and Mrs. Daniel Lachs Rabinovich
Description:
IOTrain is an IOT device that helps gym-members be efficient at the gym:
It detects when an exercise machine is occupied.
It enables members to join queue easily and track their progress.
It verifies the next user on queue via facial-recognition abilities.
It sends notifications to the next user in queue when the machine is vacated.
Project Title:
Gambit
Students:
Itay Waisman, Itai Friedman, Lior David
Supervisors:
Itai Dabran, Tom Sofer, Michael Mendelson-Mints, Vladimir Parakhin, Alon Binder
Description:
Enjoy an interactive Texas Hold’em Game, where an arduino based robot is the dealer!
Gambit listens to your commands through a dedicated web-app, and allows you to play a full poker game. Gambit will find the players’ positions around the table, deal them the correct amount of cards, know when to deal cards closed and can even handle upside-down cards in the deck! Gambit will also help you track the money status through the app, for more enjoyment.
Project Title:
Robopet
Students:
Nadav Ashkenazi, Asaf Bialystok , Nathan Voldman
Supervisors:
Itai Dabran , Tom Sofer
Description:
Robopet is an AI robot made in the image of a dog pet.
It follows basic commands real pets do,
It recognizes its owners,
It acts in a friendly or hostile manner according to the situation,
And it comes in both automatic and manual mods!
Project Title:
Smart AC
Students:
Dan Levin, Oded Burstein, Naveh Shovali
Supervisors:
Itay Dabran, Alon Binder, Tom Sofer
Description:
Once a dream, IoT home automation is slowly—but steadily—becoming a part of daily lives around the world. This isn’t surprising considering the convenience and ease that smart home devices offer.
We want you to take a part in this revolution by trying our very own Smart AC!
Smart AC will reduce costs, save energy and will give you the maximum comfort you deserve.
Project Title:
Smart lockers
Students:
Yehonathan Lasri ; Niv Gelbermann; Omer Hasson
Supervisors:
Itay Dabran, Vladimir Parakhin, Tom Sofer
Description:
Smart service for deposit & delivery
A system of lockers locked by smart locks.
Deposit & withdraw by one time QR code personalized NFC.
Easy management system for Admin and users.
Project Title:
Smart Trash Can
Students:
Moishy Feder, Michael Baum, Dvir Peretz
Supervisors:
Itai Dabran, Tom Sofer , Vladimir Parakhin
Description:
Smart Trash Can is built to solve the over and under shopping problems, while encouraging recycling to help making our planet a cleaner place.
Our device scans the items you are disposing and saves them to a shopping list on your smartphone, so you always know exactly what is missing from your pantry and you never buy things you don’t actually need. Upon scanning, the device also visually instructs you how to recycle the items.
Project Title:
Smart Warehouse Organizer
Students:
Dor Matz, Chen Brasch
Supervisors:
Itai Dabran,Shai Guendelman,Gal Peretz
Description:
Organizing A warehouse efficiently can be a challenge.
Why not let data-based AI make it better? Using Markov Decision Process, we made it happen
Real-time DB queries, Displays stocks quantities and locations, Info on soon to be expired stocks.
Listing Outgoing stocks
Approximation algo outputs “best” picking route, to minimize collection time
(Traveling salesman problem, NP complete)
Listing incoming stock
Adding incoming stocks via barcode scan is supported
Data-based MDP algo outputs the optimal locations to minimize collection time
Project Title:
SnakeGame
Students:
Hiba Kassem, Rina Atieh , Botina Sirhan.
Supervisors:
Itai Dabran,Tom Sofer, Vladimir Parakhin, Alon Binder
Description:
Our project is a modernized take on the famous snake game.
Play the popular snake game by moving your arms to change the snake direction.
Stand in front of the RealSence Camera to start playing.
Project Title:
TavSagol
Students:
Mishel Veksler, Neil Cohen, Nitai Caro
Supervisors:
Tom Sofer, Itai Dabran
Description:
2020 was a year where businesses had to deal with a new challenge – COVID19, and the subsequent restrictions that it brought.
With TavSagol, business owners can return to doing what is most important for their businesses – managing them. “TavSagol” will take care of checking customers’ temperatures, and will signal when their fever is too high. It will further take responsibilities off of the managers’ shoulders by notifying customers when they cannot enter due to the store being in full person capacity.
"TavSagol” works well in businesses with multiple entrances, as it records all data on the cloud. Managers can observe the amount of people that are in their businesses using the “TavSagol” app, which also displays them with a record of illegal entries, and a business entry histogram
Project Title:
Virtual Piano – Piano Everywhere
Students:
Waseem Mousa, Yasmin Shukha, Louis Abu Hanna
Supervisors:
. Itai Dabran ,Tom Sofer, Vladimir Parakhin, Alon Binder
Description:
Objective: an accessible and portable Virtual Piano designed to create opportunities for those wanting to learn playing the piano remotely, allowing real-time interaction between a teacher and their students
The App provides an easy to use GUI for all the users, with live and documented feedback.
Project Title:
LaserCat
Students:
Michal Amsalem Nadav Nissim Michael Toker
Description:
An app that lets you play with your cat from anywhere, anytime.
Using the app will allow you to see your cat via camera and play with him. You will also be able to give a snack to your cat using the “yumyum” button on the app.
Project Title:
Dancing Spider
Students:
Ethan Baron Ron Klaz Snir Green
Supervisors:
Itay Dabran Tom Sofer
Description:
Do you need a friend to dance with?
Did you ever miss a dancing spider while going to a party?
With Dancing spider® you can kiss these days goodbye!
Dancing spider can:
Hear and recognize music.
Analyze it.
Dance accordingly.
Project Title:
YOGY - Puzzle Solver
Students:
Yoray Hamemr, Gil Chikorel and Yoav Katzman
Supervisors:
: Tom Sofer, Vladimir Parahin, Michael Mendelson-Mints
Description:
Ever got tired of solving Puzzles on your own? YOGY will do it for you!
YOGY is an IOT device which is composed of CNC and arduino hardware, image processing modules and even has it’s own website.
Through the website, you’ll be able to decide where will YOGY put the pieces, see the puzzle live on screen and get hints using YOGY image processing skills.
Project Title:
Minionino
Students:
Amit Eisinger, Tali Narovlyansky, Guy Carmi
Supervisors:
Itai Dabran, Tom Sofer, Michael Mendelson-Mints, Vladimir Parakhin, Alon Binder, Lina Maudlej
Description:
Who is Minionino?
Minionino is your best friend, he will organize your room for you and put things in their place while you can sit and relax
What is his secret?
Minionino receives orders from the user and uses barcodes on the floor in order to navigate and put the items in their place
How to use Minionino?
The user enters his order, and the app will notify him when it is ready
Project Title:
fur- Ever pals
Students:
rita shaheen; juna andrea; george azzam
Supervisors:
itay dabran; tom sofer; michael mendelson; vladimir parakhin; alon binder
Description:
pets help manage loneliness and depression by giving us companionship, in addition to lowering stress. however; many pepole have difficulties to take care of real pet - therefore a mechanical pet is to be built. this pet acts like a real one; it requires attention; food ; sleep; and so on... thus giving the owner a real pet experience/
Project Title:
CLEVER CAFE
Students:
noa cohen; oded yung; niv even
Supervisors:
itay dabran; tom sofer
Description:
students are in despreate need for one thing only - coffee!
the "Trust cafe " at the faculty suffers from free loaders and a constant deficit that hurts us all.
our system is triggered when users access the coffee stand using magneticand IR sensors; recognize them with facial recognition and register the purchase in a convenient and friendly manner at the cafe real time database
Project Title:
CabiNet
Students:
sagi taizi ; yogev horenstein; shachak gil
Supervisors:
itai dabran ; tom sofer; michael mendelson- mints ; vladimir parakhin; alon binder
Description:
מערכת המאפשרת מעקב אחרי השאלה והחזרה של ציוד ממערכת מגירות, ללא צורך בממשק משתמש סטנדרטי. המערכת מזהה בעזרת חיישנים שונים את פעולת ההשאלה או ההחזרה, ומזהה את המשתמש דרך צילום פנים.
Project Title:
HOSPITAL - VR
Students:
ofir elmakias
Supervisors:
itay dabran
Description:
virtual reality machine-learning system for telehealth orthopedic treatment
Our system can recognize orthopedic abnormalities and the presence of pain. It is based on a widely used virtual reality system, combined with its sensors. We implemented an algorithm that can identify very accurately wrist and neck pain and can serve as a real-time remote system for rehabilitation doctors or physical therapists, as part of a virtual reality telehealth treatment program.
Project Title:
The lightning suit
Students:
dekel hershko ; maayan cohen ; sharon mishayev
Supervisors:
itai dabran; tom sofer
Description:
The lighting suit is a wearable suit that tracks your movement and records it for generating reports and improve body posture while doing sports activities.
the suit comes with a matching app that lets you choose the sport activity you want to do and help you get better while doing it.
Project Title:
Smart Line
Students:
Eliezer Alter, Barel Cohen Adiv and Eliad Ben-Haiem
Supervisors:
Itai Dabran, Tom Sofer, Michael Mendelson-Mints, Vladimir Parakhin and Alon Binder
Description:
Have you ever had washing on the line that got wet from the rain?
Have you ever run out of clean clothes in the closet because your laundry basket was full?
Have you ever wondered whether today is a good day to hang up laundry or not?
If so, Smart Line is what you’re looking for! Smart Line helps you control everything got to do with hanging your laundry. Cover your washing line with just a simple click!
Project Title:
Auto Agri Car
Students:
Yaniv Holder, Amit Zrihan, Aviv Eldan
Supervisors:
Harel Vaknin
Description:
Our project is an autonomous car robot that designed to replace your field’s watering system.. Auto Agri Car is designed to fully automate this task. Draw your field on remote using the app, map your plants and let the robot do your dirty work.
The robot is integrated to a cloud and fully managed by the Auto Agri Car application.
Project Title:
Bowluino
Students:
Sari Zidan, Mario Barbara, Shadi Farhoud
Supervisors:
Harel Vaknin
Description:
The player is able to choose a pins order out of exceptional predefined shapes or to customize a shape of his own, then our innovative pins setter will take the lead and set the pins properly. Afterwards, all the player has to do is to control our magic slide with the remote control by his hand, aim and shoot!
Project Title:
My Gait
Students:
Assaf Lovton Eden Dembinsky Ron Rubinstein
Supervisors:
itai Dabran; ofir Elmakias ; Nitzan Breitman
Description:
מטרתנו היא לפתח מכשיר לביש אשר באמצעות ניתוח מתוכחם של שלבי הליכת המטופל מפעיל גירוי מסוג רטט על עצב ברגל, אשר יפחית את הכאב במהלך ההליכה של חולי LAS
ובכך ישפר את תהליך השיקום באמצעות הגדלת טווח התנועה
Project Title:
social anxiety
Students:
Ido magner ; Alon kitin ; Hadar rotschield
Supervisors:
Yaron Porat
Description:
the app helps therapists follow their patients’ progress, on the one hand. And on the
other hand, it helps patients who struggle with social anxiety to reflect in an optimal,
immediate and user-friendly way the experiences they go through daily.
Project Title:
smart street
Students:
Muhammad May , Reham Farhat , Nir shopen
Supervisors:
Ophir Elmakias
Description:
Distance measure before the bridge, measures the height of the car or its load and warn the driver with a red led and buzzer if the height is over the limit to prevent it from crashing. Voice sensor on each direction that detects sound of emergency siren and give it a priority at the traffic lights
Project Title:
glover
Students:
Alon Meir Maor, Eyal Semel, Omer Beler
Supervisors:
Yaron Porat
Description:
glover is a robotic car you can control remotely- with your hand!
Using a bunch of sensors, electronics ,code and a lot of heart, we’ve created a glove that can tell your robotic vehicle what you want it to do. Based on hand gestures and movement, calibrated to fit to you perfectly, you can make your robot accelerate with a bent of a finger. To make it turn, simply spin your in the direction you wish. A very intuitive and easy driving experience.
