5results about How to "Guaranteed bandwidth" patented technology

The application provides a FC network communication scheduling method based on a virtual link, comprising the following steps: constructing one or more virtual links between a sending node and one or more receiving nodes; configuring virtual link parameters to limit the maximum available bandwidth of each virtual link, wherein the virtual link parameters comprise a bandwidth allocation interval and a maximum frame length; allocating one or more data frames sent by the sending node to one or more virtual links; configuring a virtual link credit amount for transmission through a switch; when the switch receives a data frame, if the virtual link credit amount is greater than the maximum frame length of the data frame, the credit amount is consumed, the data frame is forwarded through the switch, if the virtual link credit amount is less than the maximum frame length of the data frame, the data frame is discarded by the switch; the virtual link credit amount has an upper limit, after the virtual link credit amount is consumed, a maximum frame length value is gradually increased in one bandwidth allocation interval, and the above steps are repeated until the data is transmitted completely.

The application relates to the technical field of integrated circuits, and discloses an analog front-end circuit applied to a super-high-speed SerDes receiver, a transimpedance amplifier of which comprises a pair of input transistors, the gates of which are connected and connected with a T coil composed of a first inductor and a second inductor, one end of the first inductor is connected with the gate and connected in parallel with a second capacitor, the other end receives a front-stage input and is connected in parallel with one end of the second inductor and a first capacitor, the drains of the input transistors are connected and connected with a T coil composed of a fifth inductor and a sixth inductor, one end of the sixth inductor is connected with the drain and connected in parallel with a third capacitor, the other end outputs an amplified signal and is connected in parallel with one end of the fifth inductor and a fourth capacitor, and the other end of the second inductor and the other end of the fifth inductor are directly connected in series with a first resistor and a third inductor. The application optimizes zero-pole compensation high-frequency loss and optimizes impedance matching to reduce reflection, and better guarantees the integrity of signals.

The utility model discloses an optical communication light splitting system based on filters, which relates to the technical field of optical communication and comprises a first lens (1), a second lens (2), a third lens (3), a first filter (4), a first reflector plate (5), a second filter (6), a second reflector plate (7), a third reflector plate (8) and a fourth lens (9). According to the utility model, the problems of low product yield and difficulty in batch production in the prior art are solved.

The application discloses a vehicle-mounted network flow scheduling method, device and computer program product. The method comprises: dividing a network transmission time into repeated time periods; dividing the time periods into transmission blocks, monitoring blocks and supplementary blocks based on preset configuration parameters; in the transmission blocks, scheduling all priority data flows to be transmitted in order of priority from high to low; in the monitoring blocks, pre-allocating a first fixed time proportion to each priority, and allocating a transmission time period starting from the highest priority entering the monitoring block; in the supplementary blocks, dynamically allocating a second time proportion to each priority according to the uncompleted transmission state of each priority in the monitoring blocks, and transmitting the uncompleted transmission data flow. The application can ensure that burst high-priority flow obtains sufficient bandwidth, effectively prevent low-priority flow from being completely starved due to long-term lack of service, and flexibly adjust the proportion between blocks to maximize the utilization of bandwidth resources.

The application provides a silicon photon gyroscope stable control method and silicon photon gyroscope under a rapid temperature changing condition, and the stable control method comprises the following steps: setting a light source frequency control digital interval; controlling the light source temperature to make the light source center frequency enter a resonance valley, and recording the valley entering temperature; collecting the CW and CCW resonance signals output after the light source enters the resonance cavity, and calculating the sum of the clockwise and counterclockwise resonance frequency and the light source center frequency deviation; and calculating the feedback control light source current and temperature according to the light source frequency control digital interval where the sum of the frequency deviation is located. Through the adaptive control of the light source current and temperature, the light source center frequency can quickly track the resonance frequency of the resonance cavity under the rapid temperature changing condition, the stable control of the gyroscope is realized, and the gyroscope output accuracy is improved.