Fujitsu Corporation

Toshikazu Senuki

Shinichirou Miyajima

Jun Endoh

Hidenobu Miyoshi

Yuji Ishii

Tetsuya Yasui

Naoyuki Takeshita

Kazuyuki Inomoto

Yuji Nagano

Kazuhiro Ichiyanagi

Akiko Kusumoto

Iwao Hashizume

Katsuhiro Eguchi

Masahiro Abe

An image encoding control method for controlling processing for encoding data of an input moving image based on an interlace system comprises: a step of determining whether or not a chrominance-component motion vector generated based on the luminance-component motion specifies a reference prohibition region preset at least one of outside an upper boundary and outside a lower boundary of the reference image, for each combination of a field type of the region to be encoded and the field type of the reference image; and a step of prohibiting, when the chrominance-component motion vector generated based on the luminance-component motion vector specifies the reference prohibition region, the luminance-component motion vector from being output as a motion vector specifying a region that is most similar to the region to be encoded.

Image encoding device, image encoding control method, and program

A mobile terminal is carried by a moving object, and the mobile station is configured to perform wireless communications with a base terminal from among a plurality of base stations. The mobile station acquires a communication status between itself and at least a first base station and a second base station from among the plurality of base stations. The mobile station performs wireless communications with a base station from among the first base station and the second base station of which the communication status satisfies a communication condition that is most distant.

Technology for controlling wireless communication

A communication system that can improve communication quality by accurately re-creating reproduction timing at the receiving end even at the time of receiving VBR data or in the case of the occurrence of a packet loss. A send rate recognition section recognizes a send rate from a time stamp. A memory stores data. A dummy data addition section adds dummy data for correcting the difference between a read rate set for reading out data from the memory and the send rate to the data written to the memory. A read clock generation section generates a read clock which is equal to the read rate. A dummy data removal section removes the dummy data from the data read out from the memory on the basis of the read clock.

Communication system

Growing community of inventors

Fukuoka, Japan

Toshikazu Senuki