Implemented infrared transmitter with SONY protocol, such that the user can: - directly trigger a SONY device command from the web interface - schedule a SONY device command to trigger at a future time (just once or daily) from the web interface

Bonus activity (20 pts): Obstacle Avoidance The system could include a new feature for automatic obstacle avoidance. The car will be able to change its direction when breaking is not enough to avoid collision or when it detects static objects. Change directions as if the car is switching lanes (i.e. go in one way and immediately in the other, so as to pass the obstacle parallel to your initial trajectory).

In acest video se prezinta conectarea la API-ul Goodreads iar faptul ca ledul verde se aprinde inseamna ca conectarea a reusit.

Al treilea milestone al echipei Freya in care este prezentata macheta finalizata precum si functionalitatile acesteia. Baza machetei este realizata dintr-o placa de parchet si masoara 70x40 cm. Sera este confectionata din plexiglas si are dimensiunile 40x30x8 cm, iar inaltimea cu tot cu arcade este de 24 de cm. Rezervorul de apa este facut tot din plexiglas si masoara 10x10x15 cm. In partea stanga a machetei se afla placa UDOO si majoritatea componentelor electronice. Breadboardul a fost inlocuit de o placa de distribuite cu conexiuni lipite pentru mai multa siguranta, aspect compact si cable management. Senzorii, rezistenta si ventilatorul au fost montate si securizate pe sera. Sistemul de irigare a fost realizat folosing un tub de 2mm atasat de arcade. Acesta are are 6 orificii pentru a asigura irigarea uniforma a pamantului din sera. Planta aleasa pentru a evidentia utilitatile serei este graul.

Hello everyone, In this video we are showing off a couple of new features we implemented for the third Milestone. Yoda can notify you when there is some activity in your house or a gas leak occurs. Yoda can monitor disabled or elder ones, keep in touch with them and remind them to take medication. If the person does not answer, a notification is sent to the user. For more details about implementation, installation instructions and other specifications, please check our Git repository. Thanks for watching, Team Yoda

Hello everyone, In this video we are showing off the Android application we implemented as a bonus. The virtual assistant program running on the UDOO Quad is also a web server which exposes a very basic REST API. This API is used to remotely control the assistant. The Android application uses Google's STT API to convert speech-to-text, send the input over internet to Yoda, who processes the input and sends back an answer, which is rendered using Google's TTS API. All plugins demonstrated in previous videos are usable from the Android application since the mobile phone is just another I/O and all the processing is still done by the application running on UDOO board. For more details about implementation, installation instructions and other specifications, please check our Git repository. Thanks for watching, Team Yoda

Hello,       We connected both the harp and the drumsticks to the board, and calibrated the instruments to get them to function as close as possible to their real-life counterparts.    The sounds for the harp are sent trough channel 1, and for the drumsticks trough channel 2, as the notes should have different soundfonts ( string-nylon for the harp and melodic tom for the drums). For more information , please check out our Repository :smileyhappy:

Milestone 4 - "Each recipe must be available for the user via a set of Wi-Fi commands. These commands will trigger the machine into mixing the right drinks for that user." Conexiunea dintre tableta android si udoo a fost realizata prin sockets. Pentru demonstratie a fost aleasa o "bautura" care continea toate cele 4 ingrediente disponibile la cele 4 pompe cu un timp de 9,5 secunde fiecare echivalentul a 50 ml. 

Aplicatia administrativa a bazei de date. Design-ul este inca primar deoarece sunt singur in echipa si nu am apucat sa fac si design-ul dar core-ul merge. Pentru cine vrea sa vada cum merge cu mana lui: Adresa: catalin.etrandafir.ro Cont administrator: username - admin parola - admin Daca se buguieste puteti sa puneti un comentariu :smileygrin:

-we implemented the page where you can get access based on the QR code information, you get a message if the access is granted or denied, if someone enters the field, the admin will receive a notification in logs platform. -if the request time doesn't match the current time, administrator will receive a notification in the admin logs platform that will inform why the access was denied. -exact hour and data are displayed on the page.

The video summarizes the functionality of web server running on the UDOONeo board and a web interface. Connecting through ssh, we can see the feedback that the server is giving. From the web interface, the user has access to the following functionalities: - put the device in learning mode (giving two names - for the device and for the command which are being learn) - select an already learnt command, having the possibility to schedule it for a further use or directly trigger it. The video also shows the feedback given by the server while running and communicating with the web interface.

In acest filmulet prezentam indeplinirea sarcinilor corespunzatoare primei etape: conectarea senzorilor la placa UDOO.citirea senzorilor(temperatura, umiditate, altitudine, presiune atmosferica si intensitate luminoasa) si afisarea datelor in terminalul Linux. De asemenea, se poate observa ca folosim si un LED care semnalizeaza nivelul de lumina(se aprinde atunci cand nivelul intensitatii scade sub o anumita valoare). Prima parte a filmuletului prezinta realizarea conexiunilor cu placa . Toti senzorii sunt alimentati de la 3.3V conform specificatiilor pentru functionare optima din foile lor de catalog. Totodata, aceasta tensiune este sub pragul de 3.3V ceea ce protejeaza porturile de intrare ale placutei. Conexiunea fizica UDOO - calculator a fost realizata prin USB iar pentru a avea acces la terminal s-a folosit VNC + Putty In partea doua a doua a filmuletului se observa afisarea in consola a datelor citite de la senzori, iar ultima parte reprezinta un bonus prin care dorim sa semnalizam scaderea intensitatii luminoase sub un anumit prag prin aprinderea unei lumini, in cazul de fata un LED.

Our project is Adaptive Cruise Control and for our first milestone we built a proof-of-concept automobile which can be controlled from a computer with the help of an application. In this app the speed can be adjusted and the car can be controlled using the WASD keys. Also, it has the option of cruise control which moves the car forward at a constant speed.

Milestone_1 Implementarea hardware si software; Aplicatia grafica a sistemului: ofera o vedere top-down a intersectiilor si a celor 2 vehicule; Posibilitatea de a alege punctul de start si punctul de oprire a vehiculelor; Vehiculele incetinesc cand se apropie unul de celalalt pentru a evita coliziunea.

Aici demonstram legatura dintre semnalul preluat de la volanul pentru jocuri video si servomotoarele care controleaza farurile. Volanul este conectat prin USB, iar semnalul este preluat in procesorul Cortex A9. Este prelucrat si transmis catre coprocesorul M4 prin interfata seriala, de unde sunt actionate motoarele. De asemenea, am refacut modelul de bot de masina, care are acum un design mai realist.

Site-ul meu catalin.etrandafir.ro redirectioneaza catre adresa router-ului meu pe un port care redirectioneaza spre placuta UDOO pe portul serverului Tomcat. Daca serverul e pornit oricine care va intra pe catalin.etrandafir.ro va putea folosi aplicatia.

In this video, you are able to see the running mode of a python sketch that we used to introduce data from our sensors in a database every 10 seconds, the database itself and the web page which shows both the information stored in the database in a fancy format (the last entry, refresh every 15 seconds) and also 3 charts that describe the evolution of temperature, humidity and pressure over time.

Buna ziua, Pentru primul milestone am conectat o pereche laser-fotorezistor la plăcuța UDOO și am citit valorile analogice (simuland inaltimea produsului final). Multumesc!

   În urma masuratorilor am constatat ca pompele trag 50ml de apa intr-un timp de 8.5sec, prin urmare in 34sec in pahar au ajuns 200ml de apa.    Timpii activarii fiecarei pompe pentru intervalul dorit au fost preluati din memoria nevolatila (fisier creat pentru milestone 1) si transmisi procesorului de Arduino.    Acesta din urma a comandat motoarele prin intermediul releelor.