Abstract:
A method of handling a collision event between a first and second transmission includes detecting a collision event between the first and second transmissions while processing the first transmission at a receiver. The method further includes halting decoding of the first transmission in response to detecting the collision, adjusting receive parameters to receive the second transmission, and detecting a preamble portion of the second transmission using the adjusted receive parameters.
Abstract:
A receiver circuit includes an asynchronous demodulator having a demodulator input to receive a first signal and a demodulator output configured to provide a demodulated signal. The receiver circuit further includes a circuit, a multiplexer, and a synchronous demodulator. The modulator circuit includes a modulator input coupled to the demodulator output and includes a modulator output. The modulator re-modulates the demodulated signal to produce a second signal and provides the second signal to the modulator output. The multiplexer includes a first input to receive the first signal, a second input coupled to the modulator output to receive the second signal, a control input to a receive a select signal, and a multiplexer output. The synchronous demodulator includes an input coupled to the multiplexer output and an output to provide a demodulated output signal corresponding to a selected one of the first signal and the second signal.
Abstract:
A method an apparatus for performing automatic frequency compensation (or control) is disclosed. A method and apparatus for performing automatic frequency compensation (or control) is disclosed. In one embodiment, a method includes a radio receiver receiving a radio signal and detecting a preamble in the radio signal. The method further includes freezing an automatic frequency compensation (AFC) loop responsive to detecting the preamble. A clock source of the AFC loop may be switched from a first clock signal to a second clock signal. The method further includes subsequently unfreezing the AFC loop.
Abstract:
An optical element adapted to be arranged between a white light source of a backlight and a color filter substrate of a liquid crystal display (LCD) in optical path, wherein the white light of the backlight is obtained by mixing blue light and yellow light by exciting yellow fluorescent powders with blue light, and wherein red particles are dispersed in the optical element.
Abstract:
A method of brewing alcohol, comprising at least the following steps: a grinding step of materials: grinding a mixture of the materials and water to obtain a mash containing material residues; a mixture-preparing step: mixing the mash containing material residues with yeast; a fermentation step: fermenting the mash containing material residues and the yeast to obtain a fermented mash containing material residues and alcohol; and a distillation step: distilling the fermented mash containing material residues and alcohol to obtain the alcohol. The mash containing material residues is used for mixing, then the mash containing material residues and the yeast is fermented, finally the mash containing the material residues and alcohol content is distilled. Not only is the sugar in the mash converted into alcohol, but also the other contents such as fiber and residual sugar in the material residues are converted into alcohol, which improves the yield of liquor by 20% to 25% and the production cycle is shortened.
Abstract:
The present invention discloses a call center system and a method for obtaining interface invoke information to realize automatic analysis of the user behaviors. The method includes steps of sending a connection establishment request message to a user interface server by a call center client after a service is activated; allocating a connection identification for the activated service and sending a response message after the user interface server receives the connection request message; performing interactions between the call center client and the user interface server and recording the interaction message according to the connection identification attached in the interaction message; and decomposing the recorded interaction message and obtaining the information on the application programming interface invoked by each service according to the name of the application programming interface corresponding to the interface identification obtained from each message.
Abstract:
Polar silane linkers are provided that attach to resins to form silane-functionalized resins. The functionalized resins can be bound to hydroxyl groups on the surface of silica particles to improve the dispersibility of the silica particles in rubber mixtures. Further disclosed are synthetic routes to provide the silane-functionalized resins, as well as various uses and end products that benefit from the unexpected properties of the silane-functionalized resins. Silane-functionalized resins impart remarkable properties on various rubber compositions, such as tires, belts, hoses, brakes, and the like. Automobile tires incorporating the silane-functionalized resins are shown to possess excellent results in balancing the properties of rolling resistance, tire wear, and wet braking performance.
Abstract:
A method an apparatus for performing automatic frequency compensation (or control) is disclosed. A method and apparatus for performing automatic frequency compensation (or control) is disclosed. In one embodiment, a method includes a radio receiver receiving a radio signal and detecting a preamble in the radio signal. The method further includes freezing an automatic frequency compensation (AFC) loop responsive to detecting the preamble. A clock source of the AFC loop may be switched from a first clock signal to a second clock signal. The method further includes subsequently unfreezing the AFC loop.
Abstract:
A receiver circuit includes an asynchronous demodulator having a demodulator input to receive a first signal and a demodulator output configured to provide a demodulated signal. The receiver circuit further includes a circuit, a multiplexer, and a synchronous demodulator. The modulator circuit includes a modulator input coupled to the demodulator output and includes a modulator output. The modulator re-modulates the demodulated signal to produce a second signal and provides the second signal to the modulator output. The multiplexer includes a first input to receive the first signal, a second input coupled to the modulator output to receive the second signal, a control input to a receive a select signal, and a multiplexer output. The synchronous demodulator includes an input coupled to the multiplexer output and an output to provide a demodulated output signal corresponding to a selected one of the first signal and the second signal.
Abstract:
A method of handling a collision event between a first and second transmission includes detecting a collision event between the first and second transmissions while processing the first transmission at a receiver. The method further includes halting decoding of the first transmission in response to detecting the collision, adjusting receive parameters to receive the second transmission, and detecting a preamble portion of the second transmission using the adjusted receive parameters.