• Data display for a signal scavenging personnel detection system 

    Devarakonda, Krishna Kishor (University of Missouri--Columbia, 2011)
    We developed a display to remotely monitor activity in a room using passive elements like aluminum foils, and a mechanism which will inform the loved ones in case of an emergency. The system consists of amplifiers to ...
  • Fall detection system using low cost computing and online communication 

    Gadre, Kaustubh Raghunath (University of Missouri--Columbia, 2012)
    Falls are prevalent among elderly and sometime may result in fatal injuries, which impacts their ability of independent living. Thus, a reliable as well as cost effective fall detection system is required. We have developed ...
  • Floor sensor development using signal scavenging for personnel detection system 

    Neelgund, Rohan Vasantha (University of Missouri--Columbia, 2010)
    Falls have been a major cause of injuries likes fractures, head trauma in elder people. In many cases, these injuries have been fatal. This being a major concern of the Alzheimer's Association, a 'Smart Carpet' to detect ...
  • MizzouSMP 

    Nash, Sean (University of Missouri--Columbia, 2009)
    This paper covers the implementation of a 32 Bit RISC multiprocessor MizzouSMP. It was developed from MizzouRisc, simulated on Aldec Active HDL, implemented on a Altera DE2 board. The MizzouSMP core can be configured to ...
  • PCI bus connects MizzouRISC to PC 

    Zhu, Nan (University of Missouri--Columbia, 2011)
    This paper covers the design of a PCI transmission controller to make a 32-bit microprocessor MizzouRISC be a co-processor for a PC. The co-processor communicates with the PC through the PCI bus, and works as a target ...
  • Performance evaluation of a low cost processor with wireless connectivity 

    Yoo, Jin Jung D. (University of Missouri--Columbia, 2005)
    This study shows the development and analysis of the connectivity of a wireless system using a low cost processor. First, we designed a system with two sensor processors and a server PC. Second, we developed two protocols; ...