Abstract: An electronic apparatus including a synthesized stream creation unit, a stream transmission unit, a process information retaining unit, a count information addition unit, a stream reception unit, and a processing unit is provided. The electronic apparatus enables synthesis of a plurality of streams into one stream and then transmission of the stream with external devices. A stream transmission and reception method of the electronic apparatus, a program, a host device, a stream transmission and reception method of the host device are also provided.

Abstract: A code bit of an LDPC code in which a code length is 16200 bits and an encoding rate is 7/15 is interchanged with a symbol bit of a symbol corresponding to any of 8 signal points defined by 8PSK. In the interchanging, when 3 bits of code bits stored in three units of storages having a storage capacity of 16200/3 bits and read bit by bit from the units of storages are allocated to one symbol, a (#i+1)-th bit from a most significant bit of the 3 bits of code bits is set to a bit b#i, a (#i+1)-th bit from a most significant bit of 3 bits of symbol bits of the one symbol is set to a bit y#i, and a bit b0, a bit b1, and a bit b2 are interchanged with a bit y1, a bit y0, and a bit y2.

Abstract: The present technology relates to a data processing apparatus and a data processing method that are able to secure good communication quality in data transmission using an LDPC code. One symbol is mapped to one of 16 signal points prescribed in 16APSK, with code bits of four bits of an LDPC code having a code length of 16200 bits and a code rate of 7/15 as one symbol. 16 signal points prescribed in 16APSK are four signal points on an inner circle and 12 signal points on an outer circle, and a radius ratio of the inner circle and the outer circle is 5.25. The present technology may be applied to, for example, a case of performing data transmission using an LDPC code.

Abstract: In a transmitting device, in interchanging to interchange a code bit of an LDPC code in which a code length is 16200 bits and an encoding rate is 8/15 with a symbol bit of a symbol corresponding to any of 8 signal points defined by 8PSK, when 3 bits of code bits stored in three units of storages having a storage capacity of 16200/3 bits and read bit by bit from the units of storages are allocated to one symbol, a bit b0, a bit b1, and a bit b2 are interchanged with a bit y1, a bit y0, and a bit y2, respectively. A position of the interchanged code bit obtained from data transmitted from the transmitting device is returned to an original position. The present technology is applicable to a case of transmitting data using an LDPC code, for example.

Abstract: By comparing a vehicle ID transmitted between an excitation coil 24 and a magnetic sensor 15a with a vehicle ID transmitted between a power feeding apparatus wireless communication unit 12a and a charging apparatus wireless communication unit 21, a charging station 2a with which a vehicle 3 should establish a wireless communication connection can be easily and reliably specified from a plurality of charging stations 2a, 2b, 2c.

Abstract: Provided is a signal processing device including: a valid clock width calculation unit configured to calculate a valid clock width corresponding to a bit rate of a valid section in which a transport stream (TS) packet exists; and a TS clock signal generation unit configured to generate, on a basis of the valid clock width calculated by the valid clock width calculation unit, a TS clock signal by combining clocks with different frequency dividing rates.

Abstract: Plural streams are synthesized into one stream, and preferable transmission and reception of the synthesized stream to and from an external device is realized. Transport stream packets of plural transport streams are synthesized to create a synthesized stream, and the created synthesized stream is transmitted to an external device. In this transmission, a count information adding area provided in each of the transport stream packets is brought into a state to which a particular count value is added for each of the transport stream packets of the synthesized stream. This configuration notifies the external device that a function for handling packet order switching based on count information is not provided, and receives from the external device a synthesized stream containing the respective transport stream packets arranged in the same order as the order of the transport stream packets at the time of transmission.

Abstract: Plural streams are synthesized into one stream, and preferable transmission and reception of the synthesized stream to and from an external device is realized. Transport stream packets of plural transport streams are synthesized to create a synthesized stream, and the created synthesized stream is transmitted to an external device. In this transmission, a count information adding area provided in each of the transport stream packets is brought into a state to which a particular count value is added for each of the transport stream packets of the synthesized stream. This configuration notifies the external device that a function for handling packet order switching based on count information is not provided, and receives from the external device a synthesized stream containing the respective transport stream packets arranged in the same order as the order of the transport stream packets at the time of transmission.

Abstract: Disclosed herein is a transmitting apparatus, including: a stream inputting portion inputting plural transport streams; an information adding portion adding additional information containing therein a stream identifier used to identify at least corresponding transport stream to respective transport stream packets of the plural transport streams thus inputted; a stream synthesizing portion synthesizing the plural transport streams in which the additional information is added to each of the transport stream packets, thereby obtaining one stream; and a stream transmitting portion transmitting the resulting one stream to an external apparatus. The information adding portion adds the additional information forward, backward or midway with respect to each of the transport stream packets.

Abstract: A control apparatus 13 outputs an order signal to order supply apparatuses 12-1 through 12-N to perform supply of a signal in a contactless manner at a respectively different timing. The control apparatus 13 determines that a moving apparatus 11 is stopped at the position of the supply apparatus 12 being the output destination of the signal output order, when a wireless signal is received from the moving apparatus 11 within a certain period of time after outputting the order signal. Then, the supply apparatus 12 at the position at which the moving apparatus 11 is ordered to start supplying a signal.

Abstract: An in-vehicle communication device 2 broadcasts an inquiry signal while reducing the transmission output in stages, and when a response signal is received only from a single power feed device 9, automatically performs paring with a feeding-end communication device 10 that the power feed device 9 has.

Abstract: There is provided an electronic device including a composite stream generation unit to generate a composite stream by combining transport stream packets of transport streams, a stream transmission unit to transmit the composite stream to an external device, a processing information output unit to output processing information for processing each transport stream packet of the composite stream according to a transmission timing of each transport stream packet, a processing information delay unit to output the processing information with a delay of an amount of time corresponding to a delay time from reception to transmission of the composite stream at the external device, a stream reception unit to receive the composite stream from the external device, and a processing unit to process each transport stream packet of the composite stream based on the processing information that has been output with the delay and corresponds to each transport stream packet.

Abstract: There is provided a signal processing device including a selection unit that selects and outputs one clock serving as a transport stream (TS) clock, which represents timing of data of a TS, among a plurality of clocks with frequencies not less than a serial rate which is a data rate at which the TS included in a radio frequency (RF) signal is output in a serial manner.

Abstract: Provided is a signal processing device, including a clock width calculation unit configured to calculate a clock width corresponding to a data rate of a valid section in which a transport stream (TS) packet exists, and a generation unit configured to generate a clock signal whose period is the clock width calculated in the clock width calculation unit and to output the clock signal as a shaped TS clock signal, the shaped TS clock signal being a TS clock signal of the TS packet to which shaping has been performed.

Abstract: The present technique relates to a channel scan device and method, and a program configured so that high-speed channel scan is enabled. The power spectrum extracting unit 31 of the decoding unit 22 extracts a power level for each frequency of an input signal as a power spectrum, and supplies the power level to the channel scan processing unit 23. The channel scan processing unit 23 extracts a trapezoidal band, which constitutes a power spectrum waveform, in a power spectrum as a channel candidate, and extracts a channel, for which synchronization of a clock and synchronization of a TS required for reproduction of audio and video can be confirmed, as a valid channel. The present technique can be applied to a television receiver.

Abstract: A feeding apparatus includes a feeding unit configured to feed power in a non-contact manner to the charging apparatus mounted on a vehicle and a feeding control unit that receives vehicle detection information from a sensor configured to transmit vehicle detection information when a vehicle is detected. The apparatus executes control so that the feeding unit provided in the feeding apparatus feeds first power determined for each feeding apparatus so as to specify the feeding apparatus, transmits charging start information indicating a start of charging when feeding unit specifying information containing information to indicate the power level at which power is received from the feeding unit is received from the charging apparatus, and the received power level is determined to be within a specific power range, and executes control so that the feeding unit feeds second power in order to charge a battery unit of the charging apparatus.

Abstract: The present technique relates to a demodulation device, a demodulation method and a program capable of realizing a demodulation process at a rate equivalent to a case where I and Q channel signals are not inverted, even when the I and Q channel signals are inverted. A frequency correction unit establishes synchronization of a frequency and clock based on a signal from a frequency synchronization unit. A channel inversion detection unit of a frame synchronization unit detects presence or absence of inversion of I and Q channel signals, and supplies, as a detection result, a channel inversion detection result to the channel inversion control unit. The channel inversion control unit switches the I and Q channel signals if the inversion has occurred, based on the channel inversion detection result. This technique can be applied to a demodulation device.

Abstract: The present technique relates to a channel scan device and method, and a program configured so that high-speed channel scan is enabled. The power spectrum extracting unit 31 of the decoding unit 22 extracts a power level for each frequency of an input signal as a power spectrum, and supplies the power level to the channel scan processing unit 23. The channel scan processing unit 23 extracts a trapezoidal band, which constitutes a power spectrum waveform, in a power spectrum as a channel candidate, and extracts a channel, for which synchronization of a clock and synchronization of a TS required for reproduction of audio and video can be confirmed, as a valid channel. The present technique can be applied to a television receiver.

Abstract: Provided is an electronic apparatus including a synthesized stream creation unit, a stream transmission unit, a process information retaining unit, a count information addition unit, a stream reception unit, and a processing unit.

Abstract: Disclosed herein is a transmitting apparatus, including: a stream inputting portion inputting plural transport streams; an information adding portion adding additional information containing therein a stream identifier used to identify at least corresponding transport stream to respective transport stream packets of the plural transport streams thus inputted; a stream synthesizing portion synthesizing the plural transport streams in which the additional information is added to each of the transport stream packets, thereby obtaining one stream; and a stream transmitting portion transmitting the resulting one stream to an external apparatus. The information adding portion adds the additional information forward, backward or midway with respect to each of the transport stream packets.