ssrs fixed data matrix

ssrs fixed data matrix

ssrs fixed data matrix

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Frames Each code channel consists of a sequence of frames, which constitute the basic timing interval for functions such as power control and bit rate control Frame structures vary by protocol and within each protocol they vary by type of channel and by service con guration Frames may be subdivided into subframes Power Control One of the most challenging problems that had to be solved for the commercialization of CDMA is power control in the reverse CDMA channel The effect of spreading on received signals is similar to the effect of noise, so it is critical that signals from all MSs arrive at the BS with approximately the same power level Without power control, strong signals from nearby MSs would crowd out weaker signals from MSs farther away, in what is known as the near far effect.

shaping is employed in the shaper circuit following the preampli er so that the contribution of the parallel noise to the ENC is limited and one can use lower resistors or higher currents for discharging the feedback capacitors. Another way of discharging the feedback capacitor is to employ a switching circuit that periodically resets the capacitor. Such a solution is commonly used in ASICs for readout of silicon strip detectors in the collider type particle physics experiments, in which, if the signals appear, they appear synchronously in all the channels. The trigger signal for discharging the capacitors is provided by the central clock of the experiment. In X-ray measurements the signals appear randomly in time and independently in each channel. After receiving a signal from the strip, the circuit has to generate the trigger signal for discharging the capacitor. In order to generate such a trigger signal one needs to implement a threshold discriminator in every channel. Various schemes used for discharging the feedback capacitor are discussed in detail elsewhere (De Geronimo et al., 2001). The lowest level of noise optimization concerns the details of the preampli er design. The readout electronics realized in the form of an ASIC offers the possibility to optimize the preampli er circuit for each particular type of detector and for each particular application. A rst step in optimization of the input transistor is to evaluate the level of non-reducible current noise, which comes from the detector and possibly from the feedback resistor. Given the level of the current noise and the required peaking time one can minimize the

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To solve that problem, the power emitted by each MS must be adjusted as the MS moves, to ensure its signal arrives at the BS with constant power Two methods are used for power control: open loop and closed loop Open Loop Power Control The sender adjusts its power based on the power of the signal it receives, without any direct feedback from the receiver For example, a MS adjusts its emitted power based on the power of the signal received from the BS This method provides a fast reaction time but is not very accurate, because there is no exact symmetry between the two directions of transmission Closed Loop Power Control The entity receiving a signal sends power control information (bits) to the sender, directing it to increase/decrease signal power, based on the quality of the reception.

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The interval at which power control bits are sent is called the power control group, typically 125 ms This method is slower but more accurate than open loop Closed loop power control has two components: inner loop power control and outer loop power control The inner loop is a faster mechanism by which the receiver controls the sender s power based on a quick measurement of the received signal The measurement is a signal-to-noise/interference ratio, called SNR or SIR The inner loop mechanism raises or lowers the power emitted by the sender to meet a setpoint value for the SNR that is adjusted dynamically via an outer loop The outer loop is a slower mechanism that adjusts the target setpoint of the inner loop The objective is to achieve a longer-term quality target, based on the frame error rate (FER).

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