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Mechanized Advent Calendar, Oma Skyrus, Sigrid Derickson, Tyler Koski, Daniel Clifton
Mechanized Advent Calendar, Oma Skyrus, Sigrid Derickson, Tyler Koski, Daniel Clifton
Mechanical Engineering
Within this document, the “Naughty and Nice” team will describe the details associated with the completion of this project, which involves creating an animated advent calendar for the Cambria Christmas Market. The problem, the customers and stakeholders, and the general goals of the project are introduced. The team conducted background research; how this research helps in finding a solution or supporting the needs of the sponsor is illustrated. Initial research includes interviews with the sponsor and potential users, patent and existing product searches, and some technical research pertaining to the subject. The team found that there are not many existing …
Commercial Vehicle Research Buggy For Active Driver Assistance Systems, Fernando Mondragon-Cardenas, Nathaniel Mccutcheon Furbeyre, Ricardo Steven Lickiss Tan Iv
Commercial Vehicle Research Buggy For Active Driver Assistance Systems, Fernando Mondragon-Cardenas, Nathaniel Mccutcheon Furbeyre, Ricardo Steven Lickiss Tan Iv
Mechanical Engineering
This is the Final Design Report for Daimtronics, a senior project team sponsored by Professor Charles Birdsong of Cal Poly and by Daimler Trucks North America. This team integrated mechatronic systems into a scale semi-truck chassis using existing mechanical and software systems from three separate Cal Poly senior projects over the recent years: Daimscale, MicroLaren, and ProgreSSIV. The goal was to have a user-friendly platform capable of executing autonomous driving algorithms that are programmable at a high level in Simulink and Robotic Operating System (ROS). Advanced driver assistance and autonomous vehicle algorithms were not within the scope of this project, …
Raspberry Pi Enterprise Network Wifi Bridge, Dylan Halland, Riley Barrett
Raspberry Pi Enterprise Network Wifi Bridge, Dylan Halland, Riley Barrett
Computer Engineering
The goal of this project is to allow an IoT device, such as a Weemo Smart Plug, Amazon Echo, Gaming Console, or any other Wi-Fi enabled device to connect to a WPA_EAP Enterprise Network by using a Raspberry Pi Zero W as a packet forwarding device. Extra configuration steps are required for devices connecting to an enterprise network, and many devices are not compatible at all. By using a Wi-Fi Bridge, any device can easily obtain internet access by connecting to the Pi.
The system can be implemented on either one wireless card or two separate cards depending on the …