Abstract: A signal analysis device includes a synchronization data generation unit, a synchronization correction value calculation unit, and a correction unit. The synchronization unit outputs an A/D-converted correction signal as first synchronization data. The first synchronization data is associated with time based on the timing of a trigger signal input from the outside. The synchronization correction value calculation unit calculates, as a first synchronization correction value, an amplitude ratio, a phase difference, and a time difference between the first synchronization data and second synchronization data input from the outside on the basis of the first synchronization data and the second synchronization data. The correction unit corrects the amplitude, phase, and timing of the RF signal output from the object to be measured, on the basis of the first synchronization correction value or a second synchronization correction value input from the outside.

Abstract: An information processing apparatus of the present invention reflects setting changes using a first-type setting that does not require an additional user operation for reflecting a setting change in the information processing apparatus, a second-type setting that requires the additional user operation for reflecting a setting change in the information processing apparatus and does not require restarting the information processing apparatus, and a third-type setting that requires both the additional user operation and restarting the information processing apparatus for reflecting a setting change in the information processing apparatus.

Abstract: A vehicle control device includes: a travelable region detecting device configured to detect a travelable region of a vehicle; a travel control device configured to execute trajectory control based on a target vehicle behavior amount calculated for the vehicle to travel in the travelable region detected by the travelable region detecting device; and a control device configured to calculate a target lateral position correction amount and a target yaw angle correction amount such that a vehicle response to a steering member of a driver when the trajectory control is executed becomes a predetermined vehicle response and correct the target vehicle behavior amount by using a corrected target lateral position based on the calculated target lateral position correction amount and a corrected target yaw angle based on the calculated target yaw angle correction amount when the trajectory control is executed by the travel control device.

Abstract: An apparatus for controlling a vehicle provided with a steering apparatus is provided with: a first target controlled variable setting device for setting a first target controlled variable regarding the steering apparatus for track control which makes a track of the vehicle follow a target track; a controlling device for performing the track control by controlling the steering apparatus on the basis of the set first target controlled variable; a specifying device for specifying magnitude of a steering input and frequency in a period of performing the track control; and a determining device for determining whether or not the steering input is overriding on the basis of the specified magnitude and frequency.

Abstract: A communication apparatus (a printing apparatus 100) according to an aspect of the present invention controls communication with an external apparatus in one of a first wireless communication mode (or a wired communication mode) and a second wireless communication mode. In the case where the communication mode is set to the second wireless communication mode, the printing apparatus 100 switches the communication mode to the first wireless communication mode (or the wired communication mode) when an operation state of the printing apparatus 100 shifts to another state such as a power saving state.

Abstract: Provided is a travel trajectory control device for a vehicle which executes a vehicle travel trajectory control by calculating a target steering angle corresponding to a target steered angle of the front wheels for making a vehicle travel to track a target trajectory, and controlling the steered angle of the front wheels on the basis of the target steered angle with a steered angle varying device and a power steering device. The driving ability of a driver and/or a trajectory change intent thereof are determined. On the basis of a driving ability index value and/or an index value which denotes the intensity of the trajectory change intent of the driver, the tracking of the vehicle to the target trajectory is variably set by variably setting the gain in the travel trajectory control.

Abstract: A second control unit in an image processing apparatus receives a packet transmitted from an external apparatus, copies and stores the received packet, analyzes the header of the received packet, deletes the analyzed header, and, when transitioning the image processing apparatus from a second power mode to a first power mode based on the result of analysis in the case where the image processing apparatus is in the second power mode, transitions the image processing apparatus from the second power mode to the first power mode, and transfers to the first control unit the received packet that was stored and does not transfer to the first control unit the received packet from which the header was deleted.

Abstract: A vehicle control apparatus which performs a parking control of a vehicle, includes a wheel setting unit configured to set at least one brake wheel which is a wheel to which a braking force is applied during the parking control and at least one non-brake wheel which is a wheel to which the braking force is not applied during the parking control, and a control unit configured to perform the parking control of the vehicle based on a rotation amount of at least one brake wheel and a rotation amount of at least one non-brake wheel detected by a wheel speed sensor detecting the rotation amount of a wheel of the vehicle.

Abstract: A communication apparatus which realizes communication flow control which is capable of preventing decrease in reception performance without causing disappearance of communication data. A first storage unit stores data transmitted from an external apparatus. A second storage unit stores data transferred from the first storage unit. A determination unit determines, in a case of executing communication with the external apparatus, determine a notification size to be notified to the external apparatus as a size of data that can be received by the communication apparatus on a basis of a size of a free space of the first storage unit and a size of a free space of the second storage unit. A notification unit notifies the notification size determined by the determination unit to the external apparatus.

Abstract: The signal analysis device includes a synchronization data generation unit 19a that outputs an A/D-converted correction signal as first synchronization data which is associated with time based on the timing of a trigger signal input from the outside, a synchronization correction value calculation unit 19c that calculates, as a first synchronization correction value, an amplitude ratio, a phase difference, and a time difference between the first synchronization data and second synchronization data input from the outside on the basis of the first synchronization data and the second synchronization data, and a correction unit 19d that corrects the amplitude, phase, and timing of the RF signal output from the object to be measured, on the basis of the first synchronization correction value or a second synchronization correction value input from the outside.

Abstract: A vehicle motion control apparatus which is configured to control a motion of a vehicle comprising a plurality of apparatuses, each of which is configured to selectively control a slip angle or a yaw rate, is provided with: a behavior controlling device which is configured to perform behavior control in which a plurality of apparatuses are controlled such that a slip angle and a yaw rate are a set target slip angle and a target yaw rate, respectively; a turning state quantity specifying device which is configured to specify a turning state quantity of the vehicle; and a selecting device which is configured to select at least one of the slip angle and the yaw rate to be prioritized, on the basis of the specified turning state quantity in a case where the behavior control needs to be performed by one of the plurality of apparatuses.

Abstract: When an information processing apparatus is in the normal mode, the main controller determines whether or not the main controller is to perform a process on a received packet, on the basis of a filtering condition which is set in the information processing apparatus. When the information processing apparatus is in the sleep mode, a communication unit determines whether or not the communication unit, instead of the main controller, is to perform a process on a received packet, on the basis of the filtering condition.

Abstract: An apparatus for controlling a vehicle provided with a steering apparatus is provided with: a first target controlled variable setting device for setting a first target controlled variable regarding the steering apparatus for track control which makes a track of the vehicle follow a target track; a controlling device for performing the track control by controlling the steering apparatus on the basis of the set first target controlled variable; a specifying device for specifying magnitude of a steering input and frequency in a period of performing the track control; and a determining device for determining whether or not the steering input is overriding on the basis of the specified magnitude and frequency.

Abstract: The present invention relates to an image forming apparatus including transmitting and receiving means for transmitting and receiving data to and from an external apparatus via a network.

Abstract: There is provided a multifunction peripheral (MFP) configured to perform data communication using a session initiation protocol (SIP) server, which includes a main controller and a sub controller. The sub controller performs a 100Trying response as to a received INVITE, and also instructs activation of the main controller. Also, the main controller performs a 180Ringing response following the 100Trying after activation in response to the instruction from the sub controller, and performs data communication using a session established between the main controller and a partner device.

Abstract: A communication apparatus according to one aspect of the present invention determines, in a case where a communication request for communicating with an external apparatus has occurred, whether direct wireless communication between a communication terminal and the communication apparatus with one of the communication terminal and the communication apparatus functioning as an access point is being executed or not. In a case where it is determined that the direct wireless communication is being executed, controls the communication apparatus to not communicate with the external apparatus based on the communication request until a communication method switches from the direct wireless communication to a different communication method, and causes communication with the external apparatus based on the communication request to be executed using the different communication method in response to switching of the communication method.

Abstract: A communication apparatus (a printing apparatus 100) according to an aspect of the present invention controls communication with an external apparatus in one of a first wireless communication mode (or a wired communication mode) and a second wireless communication mode. In the case where the communication mode is set to the second wireless communication mode, the printing apparatus 100 switches the communication mode to the first wireless communication mode (or the wired communication mode) when an operation state of the printing apparatus 100 shifts to another state such as a power saving state.

Abstract: A communication apparatus according to one aspect of the present invention determines, in a case where a communication request for communicating with an external apparatus has occurred, whether direct wireless communication between a communication terminal and the communication apparatus with one of the communication terminal and the communication apparatus functioning as an access point is being executed or not. In a case where it is determined that the direct wireless communication is being executed, controls the communication apparatus to not communicate with the external apparatus based on the communication request until a communication method switches from the direct wireless communication to a different communication method, and causes communication with the external apparatus based on the communication request to be executed using the different communication method in response to switching of the communication method.

Abstract: An information processing apparatus connected to a network via a network interface device and capable of performing encrypted communication with an external apparatus on the network. When the information processing apparatus is operating in a normal power mode, a sleep control module thereof detects whether a condition under which the apparatus shifts to an energy saving mode in which power consumption is smaller than in the normal power mode is satisfied. When the condition is detected to be satisfied, a proxy response registration module of the apparatus instructs an IPSec module of the same to request the external apparatus not to perform encrypted communication.

Abstract: An image forming apparatus which enables a user to, even in a case of transmitting image data to the party at the other end of the line who is making a phone call over IP telephony, transmit the image data to the party at the other end of the line by one key operation without inputting an address or searching an address book. When a phone call to an external apparatus to which the image forming apparatus is connected via a network is in progress, a communication with the external apparatus is established. When the communication is established, a response transmitted from the external apparatus is received, and destination information on the external apparatus is obtained from the received response. When the destination information on the external apparatus is obtained, an operation unit for transmitting data to the external apparatus is offered.