Abstract:
Technologies are generally described for systems, methods, and devices for implementing device and session identification. In some examples, a processor may receive a first communication from a device. The first communication may include requests to interact with a web page, a session identifier associated with the first communication, and a protocol address associated with the device. The processor may receive a second communication from the device. The second communication may include a device identifier associated with the device, where the device identifier may be different from the internet protocol address, and the session identifier. The processor may link the first communication with the device identifier based on the session identifier. The processor may further analyze the first communication with respect to the device identifier to produce an analyzed first communication.
Abstract:
Examples are disclosed for executing vertical handovers of wireless devices configured to couple with heterogeneous wireless networks. In some examples, wireless devices on separate heterogeneous networks may be swapped between the heterogeneous networks.
Abstract:
Technologies and implementations for providing network coverage by cycling through beam shape coverage configurations are generally disclosed.
Abstract:
Implementations and techniques for adjusting the quality of service on an application-by-application basis based at least in part on a plurality of network addresses associated with a given mobile device are generally discussed.
Abstract:
Examples are disclosed for forwarding channel condition information for a wireless communication channel and precoding data to be transmitted over the wireless communication channel based on the forwarded channel condition information.
Abstract:
Technologies are generally described for cognitive radio spectrum sensing via Code Division Multiple Access (CDMA) receiver coding. A CDMA module in the front-end of a cognitive radio system may be used to sense spectrum. When the system is not decoding or transmitting signals, a modified CDMA receiver coding may replace a pseudorandom code used in decoding with relatively pure, non-random detection frequency to scan for energy from primary users of the spectrum. Multiplication of the received signal by spectrally pure codes in place of the CDMA code renders the CDMA processor effectively a scanning spectrum analyzer and may detect energy at multiple frequencies. The allocation of sub-bands and/or timing may be adjusted to account for the detected energy.