65results about How to "High signal reliability" patented technology

A linear capacitance displacement transducer (1) comprising first (2) and second (3) fixed capacitor plate and a dielectric structure (5) moveable longitudinally within a space (4) between the first (2) and second (3) capacitor plates, the dielectric structure (5) being operatively coupled to a moveable element (8). The capacitor plates and the dielectric material may be cylindrical and disposed coaxially and concentrically. The transducer (1) enables a displacement sensor that is capable of monitoring liquid levels in a syringe type drug reservoir (101) with sufficient sensitivity as to allow detection of erroneous drug delivery. The sensor is inexpensive to manufacture and provides reliable performance through robust design.

Provided is an apparatus and method for performing an ARQ operation for a uplink (UL) signal in a multi-hop relay cellular network. Upon receipt of a UL signal from a mobile station (MS), it is determined if there is an error in the received UL signal. If there is an error in the received UL signal, the channel condition for a relay station (RS) is compared with the channel condition for the MS. If the channel condition for the RS is better than the channel condition for the MS, it is determined if the RS knows the erroneously received UL signal. If the RS knows the erroneously received UL signal, the RS is requested to retransmit the erroneously received UL signal.

In a decision feedback equalization (DFE) input buffer, timing and voltage errors, such as those caused by inter-symbol interference (ISI), are fully compensated. A variable equalizing coefficient is applied that accommodates, and compensates for, a range of timing errors TE or voltage errors VE that may be generated over a range of operating conditions. In this manner, accurate compensation is achieved, allowing for greater signal reliability and higher inter-circuit transfer rates. A decision feedback equalization (DFE) input buffer includes an equalizer that amplifies a difference in voltage level between an input signal and an oversampled signal in response to a variable equalizing control signal, the equalizer generating an amplified output signal. A sampling unit samples the amplified output signal in response to a sampling clock signal to generate the oversampled signal. A phase detector generates a timing control signal for controlling the timing of the activation of the sampling clock signal in response to a phase of the oversampled signal. An equalizing controller modifies the variable equalizing control signal in response to the timing control signal.

A memory element having a novel structure and a signal processing circuit including the memory element are provided. A first circuit, including a first transistor and a second transistor, and a second circuit, including a third transistor and a fourth transistor, are included. A first signal potential and a second signal potential, each corresponding to an input signal, are respectively input to a gate of the second transistor via the first transistor in an on state and to a gate of the fourth transistor via the third transistor in an on state. After that, the first transistor and the third transistor are turned off. The input signal is read out using both the states of the second transistor and the fourth transistor. A transistor including an oxide semiconductor in which a channel is formed can be used for the first transistor and the third transistor.

Provided are a method for transmitting a relay signal for V2X communication in a wireless communication system and a device using the same. Specifically, a terminal receives allocation information of a first relay resource and a second relay resource for a communication group from a base station. A first terminal receives a data signal through a reception beam for the first relay resource from a second terminal. The first terminal transfers the data signal to a third terminal through a transmission beam for the first relay resource. Further, the first terminal transmits an ACK/NACK for the data signal to the second terminal through a transmission beam for the second relay resource. The reception beam for the first relay resource is symmetrical to the transmission beam for the second relay resource. The transmission beam for the first relay resource is symmetrical to a reception beam for the second relay resource.

An apparatus and method for Hybrid Automatic Repeat reQuest (HARQ) signaling in a broadband wireless communication system are provided. A communication method of a Base Station (BS) includes transmitting a Fixed Allocation (FA) message containing bitmap index information for all Mobile Stations (MSs) allocated with fixed resources; and transmitting bitmap information indicating whether packets to be transmitted to the MSs are Retransmission (Rtx) packets or new packets. Accordingly, when HARQ is carried out using a fixed resource allocation scheme, a bitmap is used to indicate whether HARQ packets transmitted in a current frame are new packets or Rtx packets. Therefore, a receiving end can be prevented from incorrectly decoding the packets.

The differences in length of conductor portions which arise due to differing levels in a two level type electric connector, that is, errors in the impedance characteristics, are improved. The multiple level type electric connector of the present invention is characterized by being provided with a plurality of levels of rows of electric contacts aligned on a same surface, stacked in a direction perpendicular to the aforementioned surfaces, each electric contact row containing electric contacts for signals and electric contacts for grounding, each of the electric contacts for signals contained in each of the electric contact rows having a free end located on a first plane differing for each level, and a leg portion extending downwards from said first plane and leading to a same second plane, and each of the electric contacts for grounding contained in each of the electric contact rows having a free end located on a first plane, and a leg portion extending downwards from said first plane and leading to a same second plane connected to a grounding line, and being provided with a shield portion connected to a grounding line, and at least partially covering the leg portions of the aforementioned electric contacts.

The embodiment of the invention discloses a device and a method for configuring an address of vehicle bus equipment. The device specifically comprises a signal collecting module, a control module, an equipment address storage module and an MVB (multi-vehicle bus) module. The device and the method have the advantages that by utilizing the mutual reaction of the four modules, the requirements of safe reliability, anti-jamming capability, conformance to dynamic network topology and the like can be simultaneously met; on the basis of the design idea and concept of separating the MVB equipment address and the specific module product, the free interchangeability among the similar types of equipment is met, the use complexity of the product is greatly reduced, the universality of the product is improved, the maintenance cost is reduced, and the maintenance time is saved.

A communication satellite has multiple communication signal amplifiers coupled to multiple transmit horns that transmit communication signals to multiple corresponding geographic cells. The satellite includes a first set of communication signal amplifiers and transmit horns that cooperate to deliver multiple distinct communication signals of a first polarization to a first array of multiple adjacent geographic cells having interstices or intersections between them. The satellite also includes a second set of communication signal amplifiers and transmit horns that cooperate to deliver multiple distinct communication signals of a second polarization to a second array of multiple adjacent geographic cells having interstices or intersections between them. The first and second polarizations are orthogonal to each other, such as horizontal and vertical polarizations or right- and left-circular polarizations. In addition, the adjacent geographic cells of the first array are generally centered at the interstices between and overlap the cells of the second array, and the cells of the second array are generally centered at the interstices between and overlap the cells of the first array.

A display apparatus includes a pixel part disposed in a display area of a base substrate, including a switching element connected to a signal line, a pixel electrode connected to the switching element and a common electrode that overlaps the pixel electrode, a plurality of fan-out lines disposed in a peripheral area of the base substrate that are connected to the signal line of the display area, a plurality of pads disposed in the peripheral area of the base substrate that are respectively connected to end portions of the fan-out lines, an organic layer that covers the switching element of the display area and that extends from the display area to a portion of the fan-out lines, and an electrode pattern that overlaps the fan-out lines in a boundary portion of the organic layer.

Input circuit and method for setting a termination voltage. One embodiment provides a method for setting a termination voltage of an input circuit of an integrated circuit, the input circuit having an input terminal for receiving a signal, the termination voltage being applied to the input terminal, the received signal being driven with respect to the termination voltage and being evaluated by a comparison with a reference potential, the termination voltage being generated and being set in accordance with a control signal, the control signal being generated in a manner dependent on a comparison of one or more signal levels of the received signal with an assessment potential, the termination voltage being set by means of the control signal in such a way that the reliability of the signal reception is maximized.

A high-power point (110) and one or more low-power points (120) transmit signals that are associated with the same cell-identifier in a heterogeneous cell deployment. The coverage areas corresponding to the low-power points (120) fall at least partly within the coverage area for the high-power point (110), so that mobile stations (130) within range of a low-power point are also within range of the high-power point (110), from a downlink perspective. The same CRS signals are transmitted by both the high-power (macro) point (110) and some or all of the low-power (pico) points (120). At the same time, the network transmits CRS-based PDSCH for a particular UE on both the high-power point (110) as well as on some or all of the low-power points (120). In some embodiments only a subset of the points, e.g., those points that the UE hears sufficiently well, participate in the PDSCH transmission using CRS for channel estimation.

The invention discloses a mobile phone which can play music in the process of conversation, comprising: a central processing unit, a microphone, a communication module and an audio multimedia digital signal encoder/decoder. When the mobile phone is in the process of conversation, the central processing unit accesses the inlet of audio multimedia digital signal encoder/decoder; the microphone accesses another inlet of audio multimedia digital signal encoder/decoder; the output of audio multimedia digital signal encoder/decoder is accessed by the microphone inlet of communication module. The invention also discloses its relative method, comprising: when the mobile phone is in the process of conversation, user can select any stored music document which is encoded by the central processing unit and transmitted to the audio multimedia digital signal encoder/decoder which will send processed music document via communication module; when the receiving end receives the processed signal, user can listen the collected music which is wanted to be shared. The invention can improve the flexibility of mobile phone conversation significantly.

An output driver comprises a pull-up circuit that pulls up an output node to a supply voltage in N successive intervals in response to N pull-up control signals having different phases and a pull-down circuit that pulls down the output node to a ground voltage in M successive intervals in response to M pull-down control signals having different phases.

In an air pressure information display system of a vehicle tire, a vehicle (1) has air pressure sensors (7-9) for detecting the air pressure of a vehicle tire (2-5), and transmitting air pressure information indicating the detected air pressure via a wireless communication, and an informing unit (100) installed in a gas station or the like has a display module (100b) for displaying the received air pressure information.