Abstract: To provide a game device capable of improving reality regarding an operation of a game in which an attack on one or more attack targets is performed. Remaining number-of-times information storage means (70) stores remaining number-of-times information that indicates a remaining number of times an attack on one or more attack targets can be performed. Display means (74) displays a screen that includes a first image, containing a plurality of reference regions, and a second image. Image moving means (72) moves at least one of the first image and the second image according to a direction instructing operation of a player. Remaining number-of-times information update means (76) increases the remaining number of times the attack on one or more attack target can be performed based on a number of one or more reference regions included in a superposition region in which the first image and the second image are superposed on each other.

Abstract: To provide a game device capable of improving reality regarding an operation of a game in which an attack on one or more attack targets is performed. Remaining number-of-times information storage means (70) stores remaining number-of-times information that indicates a remaining number of times an attack on one or more attack targets can be performed. Display means (74) displays a screen that includes a first image, containing a plurality of reference regions, and a second image. Image moving means (72) moves at least one of the first image and the second image according to a direction instructing operation of a player. Remaining number-of-times information update means (76) increases the remaining number of times the attack on one or more attack target can be performed based on a number of one or more reference regions included in a superposition region in which the first image and the second image are superposed on each other.

Abstract: A method for mapping a spectrum obtained from signals under test corresponding to linearly spaced frequencies to logarithmically spaced frequencies in a measuring apparatus. A spectrum within a predetermined frequency range from logarithmically spaced frequencies is selected from this spectrum corresponding to linearly spaced frequencies and vector averaging of the selected spectrum is performed.

Abstract: A method for mapping a spectrum obtained from signals under test corresponding to linearly spaced frequencies to logarithmically spaced frequencies in a measuring apparatus. A spectrum within a predetermined frequency range from logarithmically spaced frequencies is selected from this spectrum corresponding to linearly spaced frequencies and vector averaging of the selected spectrum is performed.

Abstract: An input/output data transfer system capable of integrating input/output data transfer on a plurality of input/output interface cables into data transfer on a single serial input/output interface cable for substantially reducing the number of input/output interface cables required for a host computer system. A multiplexer channel device is provided with a plurality of channels which serve as logical channels corresponding to conventional physical channel paths from a viewpoint of an operating system running on the host computer system. A multiplexer port device is provided with a plurality of input/output ports on a switching device or input/output device, each of these channels and ports shares a large-capacity input/output interface, and a channel path multiplexing function is performed for enabling frame-by-frame multiplexing and simultaneous input/output operations on plural channels.

Abstract: A circuit network measuring apparatus applies a measurement signal from a signal source to a device under test and measures circuit parameters of the device under test from the measurement signal and an output signal of the device under test. The apparatus includes a function which adds a frequency follow-up algorithm to a computer control portion to vary the output frequency of the signal source, thereby performing control such that the measured value will substantially equal a given value.

Abstract: An apparatus transfers data between a plurality of input/output (I/O) devices and a main storage unit and includes a plurality of channel devices and a channel control unit. Each channel device is provided with a first data buffer for holding data to be transferred to and transferred from an I/O device. The channel control unit has an address register and a second data buffer. An address register is provided for each channel device, and holds an address of the main storage unit at which address the data to and from the I/O device is stored, and the second data buffer holds the data to be transferred to and transferred from the I/O device, which data is accessed based on the address designated by the address register. A data bus is connected between the first and second data buffers, the data bus having a bit capacity larger than that for data transfer between the I/O device and the channel device.