Abstract:
An access network that is configured for wireless communication with an access terminal is disclosed. The access network includes a transmitter for transmitting first signals to the access terminal, an antenna for receiving second signals from the access terminal, a processor, memory in electronic communication with the processor, and instructions stored in the memory. The instructions are executable to implement a method comprising estimating steady-state values of autonomous power allocations for a plurality of flows on one or more access terminals, setting current power allocation grants for the plurality of flows equal to the estimated steady-state values, and sending a grant message to each of the one or more access terminals. The grant message sent to a particular access terminal includes a current power allocation grant for the one or more flows on that access terminal.
Abstract:
An access network that is configured for wireless communication with an access terminal, where the access terminal includes a flow is disclosed. The access network includes a transmitter for transmitting first signals to the access terminal, an antenna for receiving second signals from the access terminal, a processor, memory in electronic communication with the processor, and instructions stored in the memory where the instructions are executable to implement a method. The method includes the steps of (a) determining whether the flow (1316) is meeting at least one quality of service requirement, (b) if the flow (1316) is not meeting the at least one quality of service requirement, sending a grant message (1342) to the access terminal (1306) where the grant message (1306) includes a current power allocation grant (1374) or an accumulated power allocation grant for the flow (1316), and (c) if the flow (1316) is meeting the at least one quality of service requirement, allowing the flow (1316) to autonomously set its own proper allocation.
Abstract:
Métodos y sistemas para estimar y cancelar la interferencia piloto en un sistema de comunicación inalámbrica (por ejemplo CDMA). En un método, una señal recibida comprendida de un número de instancias de señal, cada una incluyendo un piloto, es inicuamente procesada para proporcionar muestras de datos. Cada interferencia piloto de la instancia de señal puede ser estimada mediante la diseminación de las muestras de datos con una secuencia diseminadora para la instancia de señal, canalizando los datos de-diseminados para proporcionar símbolos pilotos, filtrar los símbolos pilotos para estimar la respuesta del canal a la instancia de señal, y multiplicar la respuesta del canal estimada con la secuencia de diseminación. Los estimados de la interferencia piloto debido a una pluralidad de multi-direccionales interferentes se acumulan para derivar la interferencia piloto total, la cual se resta de las muestras de datos para proporcionar muestras de datos piloto-canceladas. Estas muestras son entonces procesadas para derivar datos de-modulados para cada una de al menos una instancia de señal (deseado) en la señal recibida
Abstract:
A method is provided comprising generating data samples of received signals; demodulating the data samples to provide recovered symbols; deinterleaving the recovered symbols; decoding the recovered symbols to recover decoded data bits transmitted by an access terminal; encoding, interleaving and modulating the decoded data bits to form samples from the access terminal; and removing or cancelling a contribution of the access terminal from the data samples. Corresponding electronic hardware, software module and storage medium are also provided.
Abstract:
A method is provided comprising generating data samples of received signals; demodulating the data samples to provide recovered symbols; deinterleaving the recovered symbols; decoding the recovered symbols to recover decoded data bits transmitted by an access terminal; encoding, interleaving and modulating the decoded data bits to form samples from the access terminal; and removing or cancelling a contribution of the access terminal from the data samples. Corresponding electronic hardware, software module and storage medium are also provided.
Abstract:
Methods and apparatuses to selectively assign interlace preference factors to a plurality of user terminals to use a plurality of interlaces. These methods and apparatuses may improve capacity compared to a system that allows each user terminal to transmit data in every interlace.
Abstract:
A wireless communication system transmits in a High Speed Downlink Packet Access (HSDPA) by having a Radio Network Controller (RNC) assign portions of data to a first serving cell and a second serving cell for transmitting to a user equipment. The first serving cell transmits data on a first downlink carrier to the user equipment. The second serving cell, which is independent from the first serving cell, transmits data on a second downlink carrier to the user equipment. In an optional aspect, the RNC receives a measurement report from the user equipment on a first uplink carrier via at least one of the first serving cell and the second serving cell.
Abstract:
A method of determining a distance estimate between a mobile device and a wireless transceiver communicating with the mobile device on at least one multi- carrier signal includes: receiving at least one multi-carrier signal; selecting at least one carrier signal from the at least one multi-carrier signal; measuring a signal characteristic of the at least one carrier signal from the at least one multi-carrier signal; and determining the distance estimate between the mobile device and the wireless transceiver based at least partially upon the signal characteristic.