Hiroyuki Ito

TL;DR: In this article, a moving apparatus with a driving force assist mechanism traveled mainly by human power is presented, in a non-contact manner, with respect to rotating portion such as traveling wheel, etc., rotation speed of the rotating portion to detect traveling state to deliver, from the driving forces assist mechanism, assistant driving force corresponding to speed change information that a person who operates the moving apparatus intends to give on the basis of the detected traveling information to carry out traveling to thereby permit smooth traveling even in the case where traveling by only human power becomes difficult.

TL;DR: In this paper, a moving apparatus with a driving force assist mechanism traveled mainly by human power is presented, in a non-contact manner, with respect to rotating portion such as traveling wheel, etc., rotation speed of the rotating portion to detect traveling state to deliver, from the driving forces assist mechanism, assistant driving force corresponding to speed change information that a person who operates the moving apparatus intends to give on the basis of the detected traveling information to carry out traveling to thereby permit smooth traveling even in the case where traveling by only human power becomes difficult.

TL;DR: A novel transceiver that consists of a single differential-amplifier and serves as both a transmitter and a receiver for transmitting signals to multipoint for on-chip high-speed networks that have big impact in chip performances is proposed.

TL;DR: The first caesium atomic fountain primary frequency standard NICT-CsF1 of National Institute of Information Communications Technology in Tokyo, Japan is described and the structure and evaluation procedure of the systematic frequency shifts and their uncertainties are presented.

TL;DR: The absolute frequency of the 4 2S1/2-3 2D5/2 optical clock transition of 40Ca+ ions has been measured for the first time with respect to the SI second as mentioned in this paper.