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El Community Shield de Inglaterra es el primer gran enfrentamiento del año futbolístico en el Reino Unido. Este emocionante partido enfrenta al campeón de la Premier League contra el ganador de la FA Cup. Es una oportunidad única para que los aficionados al fútbol vean a los mejores equipos y jugadores del país en acción antes de que comience la nueva temporada. En este artículo, te ofrecemos las últimas noticias, resultados y predicciones expertas para que no te pierdas nada de la emoción que rodea a este prestigioso torneo.
Conocido también como el "Superclásico" del fútbol inglés, el Community Shield tiene una rica historia que se remonta a 1908. Originalmente llamado Charity Shield, su propósito era recaudar fondos para obras benéficas. A lo largo de los años, ha evolucionado hasta convertirse en un evento anual que marca el inicio oficial de la temporada futbolística en Inglaterra.
Cada año, el Community Shield atrae a miles de seguidores ansiosos por ver cómo se desarrolla el enfrentamiento entre los campeones vigentes. Este año no es diferente. Los equipos que se enfrentan son:
No te pierdas ni un minuto del Community Shield. Puedes seguir el partido en vivo a través de diversas plataformas:
Las apuestas siempre están presentes en cualquier gran evento deportivo, y el Community Shield no es la excepción. Nuestros expertos han analizado las estadísticas, las formaciones y las tácticas para ofrecerte las mejores predicciones posibles.
Aplicar estrategias inteligentes puede aumentar tus posibilidades de ganar en las apuestas deportivas. Aquí te ofrecemos algunos consejos para hacer apuestas más seguras:
The new semester started in the beginning of December and we have been teaching the CISL course at the Faculty of Mechanical Engineering and Naval Architecture in Zagreb for almost three weeks now. It's a very challenging task as we have to teach all the topics in the syllabus to all the students (about fifty) in just two semesters (four months each). We have been giving lectures every week on Wednesday evenings and have had two labs per week since the beginning of the semester. The first two labs were about getting familiar with Git and GitHub and getting all the software installed on our own machines. This is always the most challenging part of teaching as some students are more familiar with computers than others and it takes time to get everything working for everyone. The third lab was about installing some basic software development tools like CMake, QtCreator and Clang-Format on our machines and using them to create our first projects.
The lectures are mostly held in English which is always challenging as not all students are familiar with English but we try to make sure that everyone understands everything that is being said by doing some small exercises after every topic we cover during the lecture. In order to help students that are having problems understanding what's going on during lectures we also have an additional class in Croatian every Thursday evening where we repeat everything that was said during the previous lecture but this time in Croatian.
This semester we decided to give students more freedom in choosing which topics they want to work on during their final project which will be given at the end of second semester. There are several different topics ranging from creating a GUI for some of our existing programs to creating a new library for some advanced mathematical operations or even creating an emulator for some old game console.
We hope that this year will be just as good as last year when it comes to teaching CISL and that we will manage to pass on our knowledge to future generations of software engineers.<|repo_name|>nastavka/nastavka.github.io<|file_sep|>/_posts/2019-08-15-Presentation.md --- layout: post title: "Presentation" date: '2019-08-15' tags: [presentation] ---
I've had a lot of fun working on my presentation for my undergraduate thesis defence today. I've been working on this presentation since I finished my thesis back in June and I think I'm finally done with it. It's been quite a long process because I've had many revisions since I first started working on it but I think it's finally ready for printing.
I'm really happy with how it turned out and I'm looking forward to presenting it next week.<|repo_name|>nastavka/nastavka.github.io<|file_sep|>/_posts/2017-10-30-Automotive-Thesis.md --- layout: post title: "Automotive Thesis" date: '2017-10-30' tags: [automotive] ---
I'm currently working on my undergraduate thesis at the Faculty of Mechanical Engineering and Naval Architecture in Zagreb. My thesis is about autonomous cars and how they can be used to improve traffic flow in urban areas.
I've been researching different algorithms for path planning and obstacle avoidance for autonomous vehicles for the past few months now and I've come up with some interesting results that I'm looking forward to sharing with you all soon.<|file_sep|>--- layout: post title: "Working on my Thesis" date: '2018-05-01' tags: [thesis] ---
I'm currently working on my undergraduate thesis at the Faculty of Mechanical Engineering and Naval Architecture in Zagreb. My thesis is about autonomous cars and how they can be used to improve traffic flow in urban areas.
I've been researching different algorithms for path planning and obstacle avoidance for autonomous vehicles for the past few months now and I've come up with some interesting results that I'm looking forward to sharing with you all soon.<|repo_name|>nastavka/nastavka.github.io<|file_sep|>/_posts/2017-08-31-Hobby.md --- layout: post title: "Hobby" date: '2017-08-31' tags: [hobby] ---
I've been working on my hobby project lately which is building an autonomous car from scratch using Arduino microcontrollers as its brain.
The goal of this project is to create a fully functional autonomous vehicle that can navigate through an environment without any human intervention.
I started this project back in January when I was still studying at university but due to exams, assignments etc., it took me quite some time before I could finally start working on it again after summer break.<|repo_name|>nastavka/nastavka.github.io<|file_sep|>/_posts/2020-03-01-Hugo.md --- layout: post title: "Hugo" date: '2020-03-01' tags: [blog] ---
I've recently decided to switch from using Jekyll as my blog engine over to Hugo because Jekyll has been giving me problems lately when trying to build static sites with large amounts of content (over 1000 posts).
Hugo seems like a much better option for me since it's written in Go which means that it should be faster than Jekyll which is written in Ruby.<|repo_name|>nastavka/nastavka.github.io<|file_sep|>/_posts/2020-02-27-Jekyll.md --- layout: post title: "Jekyll" date: '2020-02-27' tags: [blog] ---
I've been using Jekyll as my blog engine for quite some time now but recently I've been having some issues with it when trying to build static sites with large amounts of content (over 1000 posts).
Jekyll seems like a great option for small blogs but when it comes down to larger ones things start getting complicated very quickly.<|repo_name|>nastavka/nastavka.github.io<|file_sep|>/_posts/2020-04-11-Automation.md --- layout: post title: "Automation" date: '2020-04-11' tags: [automation] ---
I've recently automated some of my daily tasks using Python scripts which has saved me quite a bit of time every day.
The most notable example is automating backups of my important files using rsync over SSH so that they're always up-to-date without me having to worry about anything.<|file_sep|># personal website Source code for my personal website at http://nastavka.com/ ## License This work is licensed under MIT license. <|file_sep|># Nataša Stavljanin My personal website at http://nastavka.com/ ## License This work is licensed under MIT license. <|repo_name|>nastavka/nastavka.github.io<|file_sep|>/_posts/2019-10-09-Lab.md --- layout: post title: "Lab" date: '2019-10-09' tags: [lab] ---
I've been working on my undergraduate thesis at the Faculty of Mechanical Engineering and Naval Architecture in Zagreb for the past few months now.
The main focus of my research has been on developing algorithms that can be used by autonomous vehicles navigating through urban environments without any human intervention. I've also done some testing with real cars which was quite interesting because we got to see how well our algorithms performed under different conditions such as rain or snow.<|file_sep|># Nataša Stavljanin My personal website at https://nastavka.com/ ## License This work is licensed under MIT license. <|repo_name|>nastavka/nastavka.github.io<|file_sep|>/_posts/2019-08-20-Thesis-defense.md --- layout: post title: "Thesis Defense" date: '2019-08-20' tags: [thesis] ---
I defended my undergraduate thesis today and everything went really well! The committee members were very impressed by my work and gave me excellent feedback. I'm really happy that I was able to complete this project successfully.<|repo_name|>nastavka/nastavka.github.io<|file_sep|>/_posts/2020-02-25-Automotive-Thesis.md --- layout: post title: "Automotive Thesis" date: '2020-02-25' tags: [automotive] ---
I'm currently working on my undergraduate thesis at the Faculty of Mechanical Engineering and Naval Architecture in Zagreb.
My thesis is about autonomous cars and how they can be used to improve traffic flow in urban areas.
I've been researching different algorithms for path planning and obstacle avoidance for autonomous vehicles for the past few months now.<|repo_name|>nastavka/nastavka.github.io<|file_sep|>/_posts/2020-03-04-Blog.md
---
layout: post
title: "Blog"
date: '2020-03-04'
tags: [blog]
---
I recently switched from using Jekyll as my blog engine over to Hugo because Jekyll has been giving me problems lately when trying to build static sites with large amounts of content (over 1000 posts).
Hugo seems like a much better option for me since it's written in Go which means that it should be faster than Jekyll which is written in Ruby.<|repo_name|>nastavka/nastavka.github.io<|file_sep|>/_posts/2019-09-15-Automotive-Thesis.md
---
layout: post
title: "Automotive Thesis"
date:'2019-09-15'
tags:[automotive]
---
I'm currently working on my undergraduate thesis at the Faculty of Mechanical Engineering and Naval Architecture in Zagreb.
My thesis is about autonomous cars and how they can be used to improve traffic flow in urban areas.
I've been researching different algorithms for path planning and obstacle avoidance for autonomous vehicles for the past few months now.<|repo_name|>nastavka/nastavka.github.io<|file_sep|>/_posts/2021-05-31-Automotive-Thesis.md
---
layout : post
title : Automotive Thesis
date : '2021 -05 -31'
tags : [automotive]
---
I am currently working on my undergraduate thesis at the Faculty of Mechanical Engineering and Naval Architecture in Zagreb.
My thesis is about autonomous cars and how they can be used to improve traffic flow in urban areas.
I have been researching different algorithms for path planning and obstacle avoidance for autonomous vehicles for the past few months now.
The main focus of my research has been on developing algorithms that can be used by autonomous vehicles navigating through urban environments without any human intervention.
I have also done some testing with real cars which was quite interesting because we got to see how well our algorithms performed under different conditions such as rain or snow.
I am really excited about this project because it combines two things that I am very passionate about - cars and computer science!
I hope you enjoyed reading about what I have been up to lately! Stay tuned for more updates!
Nataša Stavljanin
<|repo_name|xenomorphus/HoloLensDeviceAgentSolutionsSampleAppForUnity3D<|file_sep | 
# HoloLens Device Agent Solutions Sample App For Unity3D
### Summary
This solution contains example code showing how Unity3D applications may communicate with HoloLens Device Agent.
### Documentation
[Device Agent Solutions Sample App For Unity3D](https://developer.xamarin.com/samples/mobile-samples/HoloLens_DeviceAgent_SampleAppForUnity3D)
### Source Code
[HoloLens_DeviceAgent_SampleAppForUnity3D](https://github.com/xamarin/mobile-samples/tree/master/HoloLens_DeviceAgent_SampleAppForUnity3D)
### Requirements
Visual Studio Professional or higher
### License
MIT
### Category
Mobile Apps
### Author(s)
Microsoft
