Raspberry Tank - Barcamp Bournemouth 5
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This document discusses building robots using Raspberry Pi. It recommends using a Raspberry Pi B+ as the inexpensive yet powerful hardware, along with a motor driver, sensors, and chassis. The total estimated cost is around $80. It then outlines the steps to assemble the hardware, wire everything, and program the robot using JavaScript and the Johnny-Five library. Examples are provided of initializing Johnny-Five, making the robot move, adding sensors, and improving the programming. References for further information and South African online retailers are also included.
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Finally we will show the live demonstration of the full-chain exploitation scenarios in smart home such as “opening door lock, sniffing password and Eavesdropping through the device's microphone control”. By doing so, we will contribute improvement of the security of IoT Network and smart home with the awareness of the threats of IoT Hub.
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- Models include the Pi 3B and Pi Zero, with the Pi 3B having 1GB RAM, 4 USB ports, wireless LAN, and is recommended.
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This document introduces Python programming language. It discusses that Python was created by Guido van Rossum in 1991 and is developed by the Python Software Foundation. Python is a cross-platform, multi-paradigm programming language that can be used for web applications, desktop applications, mobile applications, and microcontrollers. Some popular uses of Python include in programs by Google, YouTube, and Quora. The document recommends learning Python through creating simple applications and provides examples of frameworks like Django that make web development with Python easy for beginners.
Introduction to Raspberry Pi
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This document discusses building robots using Raspberry Pi. It recommends using a Raspberry Pi B+ as the inexpensive yet powerful hardware, along with a motor driver, sensors, and chassis. The total estimated cost is around $80. It then outlines the steps to assemble the hardware, wire everything, and program the robot using JavaScript and the Johnny-Five library. Examples are provided of initializing Johnny-Five, making the robot move, adding sensors, and improving the programming. References for further information and South African online retailers are also included.
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The document discusses starting a Python Discussion Group at the University of Leeds School of Computing. It outlines reasons for using Python like it being free, easy to learn, and having many available packages. It also discusses myths about Python and potential activities for the group like mailing lists, wikis, data hacking sessions, tips/talks, and collaborating with other Python groups. The goal is to create a platform for Python enthusiasts to learn and discover its full capabilities.
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its full a description of raspberry pi with an ultimate customized contents, with lots of animation.
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The document discusses how artificial intelligence can help enhance productivity and creativity for developers by assisting with repetitive coding tasks. It notes that AI is undergoing rapid growth and learning new skills like writing code, generating images, and more. However, the document also outlines some issues with AI like limited knowledge, lack of creativity, data privacy concerns, and questions around intellectual property ownership.
Linux in Robotics
The document discusses the advantages of using Linux for robotics hardware and software. It notes that Linux is strong for perception, actioning, and elaboration capabilities. Common single board computers like Raspberry Pi use Linux as their operating system. Linux also has a large robotics research community through ROS, which provides open source tools and documentation. The customizability of Linux allows for ad-hoc installation and access to devices. Many commercial robots also use Linux internally. In conclusion, Linux is a good choice for robotics due to its capabilities, community support, and customization options.
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With the emergence of IoT, which stands for Internet of Things, our daily life is being convenient more than ever. IoT market today grow continuously. To manage a plethora of IoT devices at once, it is changing to the way to control all IoT devices easily and conveniently, rather than operating IoT devices independently. Since the IoT Hub can control the connected IoT devices, it is at high risk for serious damage such as malicious control by an attacker, privacy invasion, leakage of personal information in case of security breaches.
We will present the overall process of exploitation in IoT hub from acquiring root shells to analyzing the multiple IoT Hub firmware for showing how we derive the vulnerabilities. We made a data flow diagram(called as DFD) through the network packet analysis, firmware analysis, security threats we defined, and vulnerabilities. Subsequently, We will also discuss the vulnerabilities found in recently commercialized IoT Hub, and introduce the critical threats that could be derived from the vulnerabilities.
Finally we will show the live demonstration of the full-chain exploitation scenarios in smart home such as “opening door lock, sniffing password and Eavesdropping through the device's microphone control”. By doing so, we will contribute improvement of the security of IoT Network and smart home with the awareness of the threats of IoT Hub.
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The Raspberry Pi was created by the Raspberry Pi Foundation to help teach computer programming to students. It uses a small, cheap computer board that plugs into a monitor, keyboard and mouse. The first boards were produced in 2012 and over 1 million units have been sold. The Pi is used by hobbyists, educators, and others due to its low cost and ability to connect to electronics and the Internet. It runs the Linux operating system and can be programmed using Python and other languages.Scratching the itch, making Scratch for the Raspberry Pie
Title: Scratching the itch, making Scratch for the Raspberry Pie
Speaker: Tim Rowledge
Fri, August 22, 12:00pm – 12:30pm
Abstract: Scratch was originally written in a Squeak 2.8 era image. Much has changed since then and to make the Raspberry Pi run Scratch as well as possible we have ported the code forward to a 4.5 image so it can run on a StackVM; and soon a Cog VM. A substantial amount of Smalltalk code has had to be rewritten to do this and yet we have to maintain complete compatibility with the original system to avoid overloading the teachers that use it in their classes. A new branch of Cog for the ARM cpu is being written as well.
Bio: Tim Rowledge has almost 30 years of Smalltalk experience, and almost as much with ARM. Somehow the two have always gone together.
Raspberry pi 3
The document discusses the Raspberry Pi, a credit card-sized single-board computer developed in the UK. It describes the origins of the Raspberry Pi in 2006 when educators grew concerned about declining computer science skills. The Raspberry Pi Foundation was formed in 2008 with the goal of improving computer science education. Since launching in 2012, over 10 million Raspberry Pis have been sold in over 100 countries. The document outlines the hardware and software capabilities of the Raspberry Pi 3 and Zero models and provides examples of how Raspberry Pis are used for gaming, robotics, home automation, and more.
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This document provides an overview of advanced video production using free and open source software (FOSS). It begins with definitions of key terms like SMPTE, EDL, NLEs and file formats. It then outlines the typical pre-production, production and post-production workflows and maps FOSS tools to each stage, including Krita for image editing, Blender for compositing, and ffmpeg for format conversion. It acknowledges limitations in FOSS tools like missing metadata support and proposes solutions for common tasks like proxy generation and disk optimization. The document aims to demonstrate that high quality video production is possible using FOSS.
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みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
ここ3000字までしか入らないけどタイトルの方がたくさん文字入ると思います。
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Raspberry Tank - Barcamp Bournemouth 5
- 1. This is probably not the only talk you will hear today about the Raspberry Pi
- 2. But this one almost certainly has the most firepower.
- 3. The Raspberry Pi ● ● Good for: • Media Centres • Home Servers • Education • ...autonomous killbots?
- 4. The Mk.I Tiger Tank ● ● Good for: • Shooting the British • Striking fear into the hearts of your enemies • ...you can see where this is going
- 5. China ● ● Good for: • Making cheap plastic toys • ...dumplings
- 6. And so...
- 7. If it ain't broke, don't fix it break it. For science!
- 8. Fig. 6. Shenzhen's Finest Engineering
- 9. Code Cracking (like Turing, only shite)
- 10. Configuring the Raspberry Pi
- 11. Fun with knives GPIO (This is also the only RPi talk you will hear today with weird references to Velvet Acid Christ albums in it)
- 12. Fun with halibut I C 2
- 13. Really no fun at all with WiFi and power supply issues
- 14. Remote Control
- 15. Sensor Data in the Web UI
- 16. The Beginnings of Autonomy Mock my shitty code at: https://github.com/ianrenton/raspberrytank
- 17. Behold the Advanced Decision- Making Algorithms Giant 100MB video removed for SlideShare version - it's basically the same as https://www.youtube.com/watch?v=7vC9ug41YGg
- 18. Let's play!
- 19. What's Next? • A battery that lasts more than 10 minutes • Speakers with text-to-speech • Machine vision using OpenCV/Python ● Bonus: RPi will also function as hand-warmer • Decent autonomy with ROS or MOOS ● Sub-goal: avoid visit from nice men with ● sunglasses This one is OK. --->
- 20. ...And After That? • Aerial target-spotting from blimp or quadcopter • Many vehicles working together co-operatively • Find and eliminate John Connor I need your clothes, your boots, and oh fuck my wifi is dropping out again