Abstract: Features are disclosed for dynamically generating a proxy representation of characteristics associated with a private data set. A computing device can receive a private data set including private or proprietary information. The compute device can determine one or more characteristics that are associated with the private data set. The computing device can further receive a public data library that includes characteristics that are publicly available. The computing device may generate a proxy representation based on the public data library and the proxy representation may include one or more characteristics that represent the private data set. The proxy representation may be provided to one or more entities who are unauthorized to access the private data set. In some embodiments, the private data set may correspond to an exchange traded fund and the characteristics may correspond to risk factors associated with the exchange traded fund.

Abstract: Features are disclosed for dynamically generating a proxy representation of characteristics associated with a private data set. A computing device can receive a private data set including private or proprietary information. The compute device can determine one or more characteristics that are associated with the private data set. The computing device can further receive a public data library that includes characteristics that are publicly available. The computing device may generate a proxy representation based on the public data library and the proxy representation may include one or more characteristics that represent the private data set. The proxy representation may be provided to one or more entities who are unauthorized to access the private data set. In some embodiments, the private data set may correspond to an exchange traded fund and the characteristics may correspond to risk factors associated with the exchange traded fund.

Abstract: The present disclosure relates to computer-implemented methods and systems for determining the location of an access point. An example method may include receiving a plurality of data elements from a plurality of mobile devices. Each data element includes at least an indoor location of a respective mobile device. Each data element further includes a list of one or more radio frequency devices in the vicinity of the respective mobile device, and an indication of a signal strength between each of the one or more radio frequency devices in the vicinity of the respective mobile device and each respective mobile device. The method may also include analyzing the plurality of data elements to determine a location for a radio frequency device in the list of radio frequency devices. Furthermore, the method may include adding the determined location for the radio frequency device to a database.

Abstract: A novel and useful vehicle integrated communications system that provides a solution to the poor performance experienced at the cell edge in a cellular communications system due to weak signal strength and high interference levels. A core cellular communications platform embedded (integrated) into the vehicle platform utilizes multiple antennas integrated into the body of the vehicle which are coupled to a multi-antenna transceiver; receives electrical power from the vehicle power source eliminating the limitations of hand held device batteries; processes multiple MIMO RF signals taking advantage of antenna diversity, beamforming and spatial multiplexing; executes advanced interference mitigation algorithms; implements adaptive modulation and coding algorithms; and utilizes dynamic channel modeling and estimation to significantly improve performance.