Abstract: An effect determination system according to the present invention includes: a memory configured to store instructions; and one or more processors configured to execute the instructions to: acquire a predicted displacement of a structure after an event, the predicted displacement being a displacement of the structure on a ground surface and having been predicted based on a pre-event displacement acquired before the event related to a ground of the structure; acquire a post-event displacement of the structure based on an observation result of the ground surface observed after the event; and determine an effect of the event on the structure based on the predicted displacement and the post-event displacement.

Abstract: A management assistance system according to an aspect of the present disclosure includes: at least one memory configured to store instructions; and at least one processor configured to execute the instructions to: detect a road surface mark and a degree of abrasion of the road surface mark from a road surface image taken of a road surface; determine, based on the degree of abrasion of the road surface mark, whether the road surface mark is to be repainted; and calculate, based on the road surface mark determined to be repainted, an amount of paint to be used for repainting the road surface mark.

Abstract: This state determination device comprises: a ground surface information acquisition means that acquires ground surface displacement using a measurement image acquired from a ground surface measurement device; a region setting means for setting, on the basis of ground surface displacement, the quantity of sensor information processed for each prescribed region, the quantity being used in processing for acquiring the sensor information from a sensor information acquisition device; a sensor information processing means that processes the sensor information on the basis of the quantity of the sensor information processed that corresponds to each of the set regions; a state determination means that determines the state of a structure using the processed sensor information; and an output means that outputs the determined state of the structure.

Abstract: A repair assistance system according to an aspect of the present disclosure includes: at least one memory configured to store instructions; and at least one processor configured to execute the instructions to: detect unrepaired road surface deterioration from a road surface image obtained by imaging a road surface; determine an area of road surface deterioration to be subjected to temporary repair based on the detected unrepaired road surface deterioration; and calculate an amount of a material to be used for the temporary repair of the road surface based on the determined area.

Abstract: A road surface management device 1 includes a deterioration detection unit 2, a deterioration index calculation unit 3, and a display processing unit 4. The deterioration detection unit 2 detects a crack in a road surface on the basis of an image of the road surface acquired from a vehicle. The deterioration index calculation unit 3 calculates, for the detected crack, a crack width and a crack rate on the basis of the image. The display processing unit 4 superimposes the calculated crack width and crack rate on the road surface on a map.

Abstract: Provided, are a mobile station device and a channel estimation method for estimating a beam forming pattern applied in transmission beam forming processing through a forward link, thereby using a channel estimation technology having a better performance, and a control program therefor. The provided mobile station device, the channel estimation method, and the control program involve performing channel estimation processing in wireless frequency transmission through the forward link of the transmission beam forming.

Abstract: A transmitting unit divides a transmit data into a plurality of code blocks, and encodes each of the plurality of code blocks to generate a transmission signal. The transmitting unit transmits the transmission signal, and a receiving unit receives the transmission signal as a reception signal. The receiving unit, when being an error in the reception signal, transmits a retransmission request feedback data which contains a NACK data and a data indicating the first code block group to the transmitting unit. First resources are assigned for each of the plurality of code blocks of the transmission signal. The transmitting unit assigns resources of the first code block group of the plurality of code blocks of the transmission signal to second resources which are fewer than the first resources, based on the retransmission request feedback data, and retransmits the transmission signal to the receiving unit.

Abstract: To improve the accuracy of a channel estimated value when beam-forming is employed, provided is a channel estimation method including: determining a channel estimated value of a cell-specific reference signal from a cell-specific reference signal; determining a channel estimated value of a UE-specific reference signal from a UE-specific reference signal; calculating a cell-specific channel estimated value by using the channel estimated value of the cell-specific reference signal; estimating a beam-forming vector by using the channel estimated value of the cell-specific reference signal and the channel estimated value of the UE-specific reference signal; and calculating a UE-specific channel estimated value by multiplying the cell-specific channel estimated value by the beam-forming vector.

Abstract: Provided are a reception device, a reception method, and a computer program that are capable of high-precision channel estimation using little memory volume. Parameters indicating channel characteristics are estimated from channel estimation values for received signal reference signals; a prescribed coefficient matrix is selected in accordance with the estimated parameters, from among coefficient matrices stored beforehand, said matrix being a coefficient matrix in accordance with a reference signal pattern expanded in the frequency direction; and LMMSE channel estimation is performed using a coefficient included in a range that is a coefficient range arranged in the selected coefficient matrix and corresponds to the received signal reference signal arrangement.

Abstract: A transmitting unit divides a transmit data into a plurality of code blocks, and encodes each of the plurality of code blocks to generate a transmission signal. The transmitting unit transmits the transmission signal, and a receiving unit receives the transmission signal as a reception signal. The receiving unit receives performs an iterative decoding to each of the plurality of code blocks of the reception signal. The iterative decoding is terminated to a first code block group in which an error has not been detected before a first setting iteration count. The receiving unit, when being an error in the reception signal, transmits a retransmission request feedback data which contains a NACK data and a data indicating the first code block group to the transmitting unit. First resources are assigned for each of the plurality of code blocks of the transmission signal.

Abstract: Disclosed is a channel estimation circuit that estimates a channel state of each sub-carrier, transforms the estimated channel state information into a time-domain complex delay profile, suppresses a noise by way of processing the complex delay profile, and transforms the complex delay profile into a frequency domain. The channel estimation circuit makes a judgment on the estimated channel state and carries out masking on a part of the complex delay profile in accordance with the judgment for suppressing the noise.

Abstract: A transmitting unit divides a transmit data into a plurality of code blocks, and encodes each of the plurality of code blocks to generate a transmission signal. The transmitting unit transmits the transmission signal, and a receiving unit receives the transmission signal as a reception signal. The receiving unit receives performs an iterative decoding to each of the plurality of code blocks of the reception signal. The iterative decoding is terminated to a first code block group in which an error has not been detected before a first setting iteration count. The receiving unit, when being an error in the reception signal, transmits a retransmission request feedback data which contains a NACK data and a data indicating the first code block group to the transmitting unit. First resources are assigned for each of the plurality of code blocks of the transmission signal.