2016
- Team Sensors for Intelligent Networks is building a network of distributed sensors, designed to gather data for use in analysis of HVAC systems via data analytics by external servers. In particular, we will be taking data in rooms with consistently
- Can a robot mimic the functionality of a standard guide dog to help lead the visually impaired in a less expensive, more reliable way? That is the question we wish to answer in our senior design project for the 2015-2016 year. If successful, our
- The Radio Agnostic Phased Array 361 (RAPA 361) is an electronically steered antenna that can manage communications with multiple unmanned aircraft systems (UASs) simultaneously. It improves upon previous designs because it can change directions at a
- Dropsondes are disposable sensor packages that are dropped from an aircraft to collect meteorological information. Dropsondes typically collect temperature, pressure, and humidity information as they fall. The dropsondes that we worked with are used
- Skeletal tracking and muscle activation detection technologies are both useful on their own, but exist in separate realms. Our product combines Kinect 2.0 skeletal tracking with electromyography to accomplish the goal of better understanding human
- Magnetic fields on earth are not uniform and include many stray DC and AC magnetic fields, which create challenges for reliably and accurately testing satellite attitude control systems that utilize these uniform magnetic fields for attitude control
- Autonomous vehicles are becoming a reality in our modern society as prominent companies such as Google, Tesla, Audi, and Mercedes are developing prototypes and relevant legislation has already been introduced in 16 states. Currently, autonomous