Abstract:
The present disclosure relates to a to a receiving network node, a transmitting network node and to methods therein. In particular, it relates to controlling of caching information for a radio bearer for a UE located in a wireless communications network. The receiving network node (100) controls caching of information in a wireless communications network (1) comprising the receiving network node (100) and a transmitting network node (200). The receiving network node (100) is capable of serving, on one or more radio bearers, one or more UEs (2), located in the wireless communications network (1). The receiving network node (100) comprises one or more transceivers (110), hereinafter only one transceiver (110) is considered for simplicity, a processor circuit (120) and a control circuit (130). The transceiver (110) is configured to receive a configuration message, from the transmitting network node (200), the configuration message including a caching indicator associated with a radio bearer for a UE (2). The transceiver (110) may further be configured to receive a configuration message including a caching indicator associated with an established radio bearer and/or a radio bearer to be established for the UE.
Abstract:
A method and apparatus for handling data compression in a mobile communications network. As a result of mobility of a mobile endpoint such as a mobile terminal, a first network node receives compression information relating to a remote node. The compression information is selected from any of compression capabilities of the remote node, a type of compression available at the remote node and an identity of the remote node. The received compression information is used to perform a compression operation on first data to produce modified data. The modified data is then sent towards the remote node.
Abstract:
A method of handling user plane data in a packet switched network. A packet inspection node determines a compression ratio and/or content information for the user plane data, and sends said compression ratio and/or content information towards a user plane data handling node. The user plane data handling node receives the compression ratio and/or content information, and handles the user plane data in dependence upon the compression ratio and/or content information.
Abstract:
A control processor (2) is connected to a subscriber line interface circuit (1) to, on the one hand, control the operating mode of the line interface circuit (1) and, on the other hand, monitor, via a detector output terminal (D) of the line interface circuit (1), the status of a line connected to the line interface circuit (1). The control processor (2) is adapted to control the line interface circuit (1) to, on the one hand, ensure, at a first point of time, that its detector output terminal (D) is in a first signal state and, on the other hand, at that first point of time, initiate measurement of the line voltage. The line interface circuit (1) is adapted, at a second point of time, to bring the detector output terminal (D) to a second signal state after a time interval whose length in a predetermined manner is proportional to the measured line voltage, and the control processor (2) is adapted to convert the time interval during which the detector output terminal (D) of the line interface circuit (1) is in the first signal state, to a voltage value corresponding to the line voltage.
Abstract:
In a method and an arrangement for adapting, from a DC point of view, the signal input (4) of a first circuit (3), lying at a first DC voltage, to the signal output (2) of at least one second circuit (1), lying at a second DC voltage, the signal input terminal (4) is connected to the respective signal output terminal (2) of the respective second circuit (1) via a respective first resistance (R1), whereby first DC currents (IR1) will be allowed to flow through the respective first resistance (R1). The signal input (4) is adapted to be virtually short-circuited to a source for the first DC voltage (U), which is of a predetermined value, separate from zero. The first circuit (3) is adapted to internally generate a DC cancellation current (I) and bring it to flow in the signal input (4). The signal input (4) is to be connected to ground via a selectable, second resistance (R2), whereby a second DC current (IR2) will flow through the second resistance (R2). This second resistance (R2) is to be selected in such a manner that the sum of the DC cancellation current (I), the first DC currents (IR1), and the second DC current (IR2), equals zero.
Abstract:
In an arrangement for protecting the output transistors in a power amplifier against temperatures exceeding a predetermined first temperature value, a temperature sensor is provided adjacent to the output transistors to sense their temperature and influence the power amplifier when the first temperature value is reached. The temperature sensor is adapted to vary the driving current of the power amplifier inversely proportional to the temperature of the output transistors for temperature values between the first temperature value and a predetermined higher temperature value.
Abstract:
In an arrangement for protecting the output transistors in a power amplifier against temperatures exceeding a predetermined first temperature value, a temperature sensor is provided adjacent to the output transistors to sense their temperature and influence the power amplifier when the first temperature value is reached. The temperature sensor is adapted to vary the driving current of the power amplifier inversely proportional to the temperature of the output transistors for temperature values between the first temperature value and a predetermined higher temperature value.
Abstract:
In an arrangement for protecting the output transistors in a power amplifier against temperatures exceeding a predetermined first temperature value, a temperature sensor is provided adjacent to the output transistors to sense their temperature and influence the power amplifier when the first temperature value is reached. The temperature sensor is adapted to vary the driving current of the power amplifier inversely proportional to the temperature of the output transistors for temperature values between the first temperature value and a predetermined higher temperature value.
Abstract:
In an arrangement for protecting the output transistors in a power amplifier (1) against temperatures above a predetermined temperature value, a temperature sensor (Q1) is provided adjacent to the output transistors to sense their temperature and influence the power amplifier (1) when the predetermined temperature value is reached. The temperature sensor (Q1) is adapted to vary the driving current of the power amplifier (1) inversely proportional to the temperature of the output transistors for temperature values between the predetermined temperature value and a predetermined higher temperature value.