The presentation represents the last phase of Linux Embedded Challenge in which each team will finalize and present their project to a jury formed from top Freescale engineers. Day 1 Each team will finalize the project being helped by their mentor. Day 2 Each project will be prepared for a demo. The jury will analyse and select the winning projects according to judging rules.

In acest clip este prezentata masina construita de noi.Se pot observa componentele interne precum senzorul lidar,rotile caracteristice si miscarile robotului pe axe.De asemenea,in repo-ul nostru puteti gasi poze cu componentele,aplicatia de control prin bluetooth precum si codul sursa.

Salutare! In acest video se poate observa cum cartea este identificata in functie de codul ISBN si cum aplicatia cere permisiunea de a adauga o carte noua in shelf in numele unui utilizator de  Goodreads. La adaugarea cartii este prezentata optiunea de a alege intre read, curently-reading si to-read. La alegerea primei optiuni se va aprinde LED-ul verde, iar pentru celelalte doua optiuni cel galben, respectiv rosu.

During 23-24th October 2014, we are going to have the Linux Embedded Challenge final at the Freescale site in Bucharest. In total we will have six teams and six very interesting projects participating and aiming to win the two awards: Best Project and Most Original Idea. The following teams will participate eVision Balaban Valeriu, Voicu Tudor, Stanescu Sebastian Electronics Beer 2.0 Adrian Nitu, Radu Vlad Rares Computer Science FreeSoftwares Team Petrosanu Adrian Sabin, Birsan Nicoleta Cosmina, Radoi Ioana Gabriela Computer Science Echipa ATM Coca Mihai, Hiji Andrei, Andrei Georgian ATM BRAINIACS Cristian Monea, Mădălin Zaharia Electronics She# Iulia Neagoe, Mihaela Sorostinean ATM Agenda Thursday Start End Activity 9:00 AM 9:15 AM Debriefing 9:15 AM 12:00 PM LEC Project Finalization 12:00 PM 1:00 PM Lunch 1:00 PM 6:00 PM LEC Project Finalization Friday Start End Activity 9:00 AM 11:00 PM LEC Project Finalization 10:00 AM 12:00 PM Presentation/Demo setup 12:00 PM 12:45 PM Lunch 12:45 PM 2:30 PM Project Presentations 2:30 PM 3:30 PM Getting to know us better 3:30 PM 4:00 PM Award Ceremony

In this milestone, we completed the project by finalizing the mobile app and testing the entire system. Technically, we added the "follow up" function to the mobile app that allows us to see the current position of the car and to see the way it's updated in real time (real time tracking). Also, the camera of the map is animated so that the user can see the actual movement of the car. We made the final testing by putting our device in the car, connecting all the components, and making sure that everything works as expected (mobile app, API and the device). Also the notification system was stress tested to see if it handles a real-world scenario.

Primul milestone al echipei Freya. Are in componenta 4 senzori: nivel de apa, temperatura, picaturi de ploaie si umiditate sol. Datele pot fi citite oricand prin optiunea --show. Acestea sunt, de asemeni, citite automat si sunt stocate in baze de date RRD (prin optiunea --update) in fiecare minut folosind cron. Cu aceste baze de date putem crea grafice care arata evolutia mediului in timp.

In acest video demonstram functionalitatile finale ale proiectului Adaptive Headlights. Preluam semnalul de la volan, calculam unghiul corespunzator si trimitem valoarea corecta la motoarele care controleaza farurile. Farurile folosesc un angrenaj de rotatie pe doua axe si pot face toggle intre faza lunga, faza scurta si oprite folosind un buton aflat langa placuta. Un alt buton opreste sau porneste intregul sistem. Modelul de bot de masina a fost, de asemenea, imbunatatit.

Am adaugat modificarile codului pentru milestone 4 si pentru prezentarea finala in arhiva Project_08_Burned_Transistor.zip de pe bitbucket.

In this milestone we focused on creating the infrastructure that controls the data flow that we receive from the device. We created a Web API application (ASP .NET ) hosted in Google Cloud Platform that stores and interprets our data (that comes from the device) and also sends a notification to the mobile app informing the user that the car is being stolen (it has moved). We also created the mobile app (native, created in Xamarin.Android) that consumes the Google Maps API in order to embed a map fragment that we use to display the position of our device (and implicitly, the position of the car). The notification system is production ready, in the way that we use Azure Notification Hub as a middleware for passing notifications because it's scalable, reliable, contains telemetry and it's also secure.

This is the chat example for LEC IOT demo.

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. 

- we built our robot and as you can see we printed a bridge beetwen the motors with our 3D printer - we have already bought a very good battery but it has not arrived yet, we are sorry for this - our robot is functional and we chose firstly to give commands throw udoo command line with .ino files, but in the next Milestone we will change this because we realised that it would be much better to command throw web server

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.

Linux Embedded Challenge Kernel driver that toggles a LED.

When judging the projects we aim to be as fair as possible and identify the projects which are better than ordinary. We are looking for original ideas, something new or something that is improving what existed before, projects well executed and well documented. Each project will be ranked in two parts: During the Development period we will rank certain milestones.       Each milestone will have an associated number of points and deadline. The number of the milestones, interval and assigned points depend on the project itself. During the final we will judge the projects after they have been finalized and presented. Judging during the final The jury will be formed by NXP experienced engineers from two business groups who will try to be as objective as possible and determine the top three projects. The criterion and their weights are depicted below. Criterion Explanation Weight Originality Is this something new or improving something that existed before ? 20% Execution Does it do what it should do? Does it behave according to documentation in multiple scenarios ? Are there stability problems? 40% Usability Is the project easy to use and/or integrate ? Is it easy to understand and learn? 10% Utility Does it have applicability within the IoT or Automotive domains ? 10% Documentation Is the documentation easy to be read and understood? Is anyone with average knowledges on embedded able to reproduce the projects? 20%

3D Final interface Possibility to start the game from a phone Option to play a game during load time